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Invasive Mosquito Project

The Invasive Mosquito Project (IMP) is a public education and national mosquito monitoring program at the USDA that partners local professionals with high school teachers and community educators (summer camps, naturalists, gardeners, scouts, etc.) to teach about mosquito-borne disease and public health, provide teachers with educational materials that meet Next Generation Science Standards, and create community outreach opportunities that benefit mosquito control/public health agencies. The IMP website (www.citizenscience.us) provides connections, resources, and information. Partnered citizen science is different than the typical crowd sourced citizen science because the expertise, experience, and enthusiasm of a professional or expert in the field supports the educator. The yearly mosquito species collection data will be used to generate mosquito species distribution maps for each year and cumulative distributions for each species.




Autoimmune Citizen Science

Our goal is to bring the autoimmune community together in a scientific way, such that it will change the way that autoimmune disease is treated in healthcare today. The massive online community that has formed around chronic illness is ample evidence that something is wrong. Forums and Facebook groups provide immense value in that they connect people with autoimmune disease together and allow them to provide support and share information, but we want to go one step further and organize it all. Right now, everyone is on their own journey, communicating only bits and pieces of it in small posts here and there, which quickly disappear in the noise.

Data aggregation for autoimmune diseases has never been done at this scale and we’re excited to provide a resource to facilitate that. Users will record symptoms, treatments, and results using the Autoimmune Citizen Science mobile application. We plan to then aggregate that data and share it with our users so that they can see (anonymously) what is working for other people with similar symptoms.




WeCureALZ

One symptom of Alzheimer’s that has been known since the discovery of the disease is reduced blood flow to the brain, but until now, nobody knew why. That is why this aspect of the disease, which likely contributes to cognitive problems and accelerates injury to brain cells, has remained untreated.

New specialized imaging techniques have allowed Cornell University researchers to discover a potential cause of the reduced blood flow. This suggests new treatment approaches that could slow progression of the disease to delay, or even prevent, the onset of symptoms, and possibly restore some cognitive function when symptoms are present.

However, understanding the molecular basis of the process, and homing in on the specific pharmaceutical targets using current methods could take decades, limited primarily by the need for extensive manual image analysis. Crowdsourcing this analysis to citizen scientists could reduce that time to just a few years.




EteRNA

EteRNA is the first-ever global laboratory where scientists, educators, students, online gamers, and any human being with a strong interest in unlocking the mystery of life will collectively help solve world's biggest scientific problems.

RNA, or ribonucleic acid, is a substance that our cells use to translate and express genetic information from our DNA. We now know that folding and shape-shifting allows RNA and its partners to control the cell in a predictable fashion. However, the full biological and medical implications of these discoveries are still being worked out.

By playing EteRNA, you will help extend and curate the first large scale library of synthetic RNA designs. You play by designing RNAs, tiny molecules at the heart of every cell. If you win the weekly competition your RNA is synthesized and scored by how well it folds. Your efforts will help us understand, dissect, and control the functional properties of real and designed RNAs from bacteria, viruses, and our own cells. Join the global laboratory!




Mission: Starlight - a global experiment on UV protection

Your mission is to protect astronauts from the effects of harmful UV light. Experiment with different materials to discover which blocks UV light the best. Tell us about your results to receive a mission completion certificates and to unlock a secret video featuring British astronaut Tim Peake.
This global experiment will remain open so you can take part anytime.




National Geographic's Giant Map of Colorado

Teachers know how important it is for students to understand Colorado geography and characteristics. They want the next generation to be familiar with landmarks such as Mesa Verde and Rocky Mountain National Parks, the location of cities and boundaries, as well as the physical landscape of the state. The giant state map program is designed to encourage geographic learning through physical movement and games, teaching place names, physical geography, and cultural geography as well as map reading skills. Based on the national giant traveling map program featuring continents and the Pacific Ocean, National Geographic created a giant map of each state to travel to schools, libraries, and museums. The Colorado Geographic Alliance, hosted by the University of Colorado Colorado Springs, supports professional development for geography educators across the state. The giant map – a great resource for teachers - is now available.




National Moth Week 2016

National Moth Week (NMW) shines a much-needed spotlight on moths and their ecological importance, as well as their incredible biodiversity. While moths often have taken a back seat to their more admired Lepidoptera kin – butterflies – there is growing interest in their role as pollinators and as a food source for other animals. Scientists also look for the impact of climate change on their numbers and distribution.
During National Moth Week moth-ers will be looking for moth species at hundreds of private and public mothing events.
Anyone can register event or find one to attend in their area by checking nationalmothweek.org for public events. Registration is free to individuals, groups and organizations. Last year, more than 400 events were registered in the U.S. and nearly 40 other countries.
Studying moths can be as easy as turning on a porch light and waiting for them to come, or shining a light on a white sheet in a backyard or park. Ambitious moth-ers also coat tree trunks with a sticky, sweet mixture of fruit and stale beer. Searching for caterpillars and day-flying moths is a good activity for daytime. The NMW website offers tips on attracting moths.
This year’s spotlighted moths, commonly known as underwings, comprise the genus Catocala, which is part of the large Erebidae family. There are more than 250 known species of Catocala, with about half found in North America, while the rest are in Europe, Asia and the tropics. Their dull-colored forewings, serve as camouflage while at rest. However, when they spread their wings, they reveal strikingly colorful hindwings with orange, red, white or blue markings.




Backyard Bark Beetles

Backyard Bark Beetles is a citizen science initiative, aimed at producing and maintaining a large-scale, long-term bark beetle monitoring program. With this, we can learn where populations have become established and track newly invasive species, all while engaging the public in real-world scientific research. Help us understand what kinds of bark beetles are in YOUR backyard!




AppEAR

This project involves the use of smartphones to evaluate the aquatic habitat quality, including the river banks, riparian zone and the main channel itself. The used is required to answer a short questionnaire based on the site they want to evaluate (rivers, streams, lakes or estuaries), and to take up to four photographs of the site with the smartphone's camera. The data is sent to the scientists throught via web, directly from the phone. The user wins points and awards for their help!




The Great Sunflower Project

The Great Sunflower Project has three programs. The Safe Gardens for Pollinators program which uses data collected on Lemon Queen sunflowers to examine the effects of pesticides on pollinators. The Pollinator Friendly Plants program which is designed to identify the key plants to support healthy pollinator communities. And, the Great Pollinator Habitat Challenge which allows citizen scientists to evaluate and improve gardens, parks and other green spaces for pollinators.

Some bee populations have experienced severe declines that may affect food production. However, nobody has ever measured how much pollination is happening over a region, much less a continent, so there is little information about how a decline in the bee population can influence gardens.

The Great Sunflower Project makes it easy to gather this information. Find a plant you know (or a Lemon Queen Sunflower), observe it for 5 or more minutes and record all pollinators that visit, and contribute data online. You can make as many observations as you want while your flowers are in bloom. Plant, Watch, Enter. Repeat. That's it. And, who doesn't like sunflowers?!




World Birds

World Birds is a volunteer network that collects and makes available bird observations from around the world.

Developed as a global "family" of databases, each country has its own system linked to the map portal. This portal allows you to choose a country and submit your bird observations, thus making a valuable contribution to bird conservation on a local, national, and international scale.

Broadly accessible and with a strong community structure, this global initiative will establish a vast source of bird and environmental information generated by general birdwatchers and professionals alike.

Over time, more countries will be brought online as BirdLife partners implement new systems, leading to better coverage. Some of these databases will be developed independently, but many will be based on a core system, developed with the intention of bringing online as many countries as possible quickly and with minimal expense.




International Sea Turtle Observation Registry (iSTOR)

The International Sea Turtle Observation Registry is a database of sea turtle sightings to help sea turtle biologists and conservations track and understand the distribution of sea turtles around the world. You can help!

When you see a live turtle, please report it to the registry. Data will be made available to scientists and managers to improve the understanding of our marine environment.




Norfolk Bat Survey

The Norfolk Bat Survey (www.batsurvey.org) was originally set up with colleagues at the British Trust for Ornithology as a bit of fun, whilst improving local knowledge and interest in bats, but has since enlisted over 800 volunteers. Volunteers sign up and borrow a passive bat-detector from one of 21 centres hosting equipment. Leaving the detector outside at three different locations a night within a 1-km square, bat calls are recorded and saved to a memory card. After three days, volunteers return the detector and post the memory card containing bat recordings to the BTO. The data are analysed using algorithms that help assign bat calls to species and volunteers are sent a report with the results of their survey within a few days of taking part.

Since the start of the project in 2013, volunteers have surveyed 1,146 1-km squares (>20% of Norfolk). This has generated over 1.2 million bat recordings, making this one of the most extensive high-quality datasets for bats from anywhere in the world.

At a local scale, the Norfolk project has improved our understanding of patterns of occurrence and activity of all species from the near ubiquitous Common Pipistrelle (Pipistrellus pipistrellus) to the locally scarce Leisler’s bat (Nyctalus leisleri). This has demonstrated the cost-effectiveness of setting up a network of centres across a survey area of interest from which anyone can borrow a passive detector for a few days. Through our choice of centres, it has given us the opportunity to work with a wide range of communities and organisations that already had their own network of volunteers or members, and in doing so opened up citizen science to a new set of people.

Plans now are underway to set up of a much larger acoustic bat project across southern Scotland, in partnership with the Bat Conservation Trust, National Trust for Scotland and funded by Scottish Natural Heritage to run from May 2016. More broadly, with bat detectors recording more than just bats (e.g. >300,000 recordings of bush-crickets from Norfolk), there is clearly an exciting opportunity for “bat recording” to contribute more widely to biological recording in the future.

Dr Stuart Newson, British Trust for Ornithology

Newson, S.E., Evans, H.E. & Gillings, S. 2015. A novel citizen approach for large-scale standardised monitoring of bat activity and distribution, evaluated in eastern England. Biological Conservation 191: 38-49. http://www.sciencedirect.com/science/article/pii/S0006320715002323

Newson, S.E., Ross-Smith, V., Evans, I., Harold, R., Miller, R. & Barlow, K. 2014. Bat-monitoring: a novel approach. British Wildlife 25: 264-269.




Lepidoptera of North America Network (LepNet)

The Lepidoptera of North America Thematic Collections Network (LepNet TCN) will serves as a hub for integrating millions of occurrence records for Lepidoptera. The project is funded by the NSF-ADBC program ($3.2 million, 2016-2020) and includes 27 core museums distributed across the United States. We will accomplish the following goals:
- Digitize 1.7 million adult specimens and 58,524 larval vial records while integrating >1 million existing lepidopteran records, for a total of at least 2.7 million occurrence records.
- Produce high-resolution species exemplar images of 81,000 adult museum specimens representing at least 60% of the 14,300+ North American Lepidoptera species to enhance remote identifications and promote systematic and ecological research.
- Implement computer identification workflow (LepSnap) to exponentially increase capacity for identification of museum specimens and consequently promote imaging additional specimens.
- Develop smartphone applications via LepSnap for student researchers and volunteers to image cataloged specimens and add >160,000 images beyond the high-resolution species exemplars.
- Catalyse novel, data- and hypothesis-driven research advancing our understanding of the wide-ranging factors that influence the evolution and ecology of Lepidoptera and plant-herbivore interactions; within and across taxonomic and functional groups and spatial scales.
- Disseminate rich education-outreach content to students and the public through LepXPLOR.




Caterpillars Count!

Caterpillars Count! is a project that relies on citizen scientists (you!) to help understand some of the most important organisms in our ecosystems—caterpillars and other insects—by conducting surveys of the plants and trees around them. These insects are an important food source for birds and other wildlife, and they have economic and environmental impacts on our forests and crops. You can help us understand how the abundance of these bugs varies from rural countrysides to major urban areas, and from coast to coast.

Your observations can also help us track how the abundance of caterpillars and other insects varies over the seasons. The seasonal timing of caterpillar availability is especially important for birds which try to time their spring migration so that there will be lots of insect food around (caterpillars are an especially tasty treat!) to successfully raise their young.

Finally, you can visually explore the data collected by yourself or others to reveal patterns that scientists haven't even yet discovered!




ARTigo

Art history studies mainly original artworks, but often their reproductions, too. Today, these reproductions exist in substantial electronic repositories sometimes amounting to several million items. What can we do to retrieve these reproductions preferably on the basis of various criteria? As the possibilities of a computerized search of these reproductions are still very limited we allocate keywords, known as metadata. This is a most time-consuming operation and one would need a great number of staff members to do this job. We would appreciate your contribution to this game. However, we don't only want something from you but we offer you as well entertainment and at the same time training as you get to know quite a lot about the paintings shown here. In addition to that, you will be able to work with the descriptions you gave us.




Stream Stewards

Stream Stewards is a Citizen Science program designed to engage committed volunteers in monitoring the water quality of streams that flow through First State National Historical Park to Brandywine Creek. Volunteers will learn how to collect scientific data that will be used make recommendations for restoration projects aimed at improving the health of the watershed.




Eterna

Eterna invites contributors to become RNA scientists. Contributors solve puzzles to design specialized RNA-based medicines and sensors, receive feedback after their designs are built and tested in a lab at Stanford, and work together to build knowledge about how RNA works.




Turtle Observer Program

The western pond turtle, Actinemys marmorata, is a federally listed vulnerable species. These are the only fresh water turtles native to California, and they can be found around Phoenix, Lagunitas, and Alpine Lakes in the Mt. Tamalpais Watershed.

MMWD has enlisted the help of volunteers to protect this vulnerable animal by monitoring habitat conditions, recording their behavior, and educating the public during the spring when they are most vulnerable. Volunteers have collected valuable data on native and non-native turtles that is helping to direct the management of these species.




Wisconsin Bird Monitoring

The Wisconsin Bird Conservation Initiative (WBCI) recognizes the need for sound bird monitoring programs, and recently its Research and Monitoring Committee identified several key bird groups whose populations previously were not adequately monitored in the state. To fill these gaps and help identify species at risk, three new statewide surveys that focus on owls, nightjars, and secretive marshbirds were initiated in the past several years.

Volunteers can participate in one or more of the surveys.




Wisconsin Frog and Toad Survey

The primary purpose of the WFTS is to determine the status, distribution, and long-term population trends of Wisconsin's twelve frog and toad species. The WFTS began in 1981 and is now the longest running acoustic frog and toad monitoring project in the world.

There are two ways to volunteer:

Route monitoring is used to record frogs and toads at specific locations throughout Wisconsin. Volunteers visit 10 spots along predetermined routes 3 times each year and take note of the frogs and toads they hear calling. These routes are limited to about 2 routes per county.

Phenology surveys help monitor frog breeding seasons in relation to fluctuating spring weather conditions. Volunteers select 1-2 sites to monitor throughout the spring and early summer and monitor them repeatedly for frog and toad calls. Phenology surveys are open to an unlimited number of volunteers.




Wisconsin Turtle Conservation Program

The main goals of the WTCP are to catalog species' statewide distributions more thoroughly and to document high turtle mortality locations along roads in order to promote effective management and conservation of Wisconsin’s 11 turtle species.

The WTCP was initiated in response to the increasing trend in highway collisions of migrating turtles and vehicles. Our ever-expanding dedicated volunteer base makes projects like these possible and allows for more efficient ways in which WDNR employees can productively manage turtle numbers.

Volunteering is easy! When you see a live turtle or a turtle that has been hit on the road, use our online or paper form to report it. Photographs are also welcome.




Grunion Greeters: Citizen Science on the Beach

Volunteer “Grunion Greeters” experience a grunion run and witness the remarkable behavior of the silvery little fish as they come completely ashore to spawn. Volunteers monitor local beaches and collect basic information for about two hours during a grunion run. Peak spawning season typically occurs from April through June. The grunion runs occur late at night, twice a month, after the highest tides associated with a full or new moon. Runs may occur on any flat, sandy beach and prefer areas without a lot of flashing light, noise and activity.

Background: Grunion (Leuresthes tenuis) are restricted to a narrow distribution along coastal California and Baja. After concern that beach grooming practices were harming grunion eggs incubating beneath the surface of the sand during spawning season, the first systematic study of the impact of humans on the sandy beach habitat of grunion was conducted in 2002. The results effected significant and lasting change in beach grooming procedures in San Diego and throughout California. Additional studies continue to expand this work. Coastal municipalities, beach managers, state parks, government agencies and environmental organizations are cooperating to ensure protection of incubating grunion eggs on shore and continued conservation of this remarkable fish and its sandy beach habitat.

Current Situation: After receiving reports last season not only of far fewer runs, but smaller and more inconsistent runs throughout their spawning habitat, we are considerably concerned about the species. We encourage volunteers to monitor the beaches this season during the spring and summer months in southern California. We have a list of dates and times, along with extensive information about these most charismatic fish on our website: www.Grunion.org. We encourage anyone who heads to the beach the night of a run to submit a short report on our website, especially if no grunion were seen:
https://www.surveymonkey.com/r/Grun2016




Urban Buzz

At any given moment we’ve got animals living under our feet – some of them for 17 years at a time. An underground universe populated by mysterious creatures, digging… feeding… emerging.

Sometimes their underground homes get paved over, or flooded, or have a bucket of bright green toxic sludge poured on them. Scientists want to learn more about what happens to cicadas when they’re down there for so long – so they need your help. Go out with your students, parents, kids, grandparents, friends, dogs, friend’s dogs and collect some dead bugs and send them to us! (Yes, you heard that right.)

Cicadas are sensitive to changes in their environment, especially temperature and the availability of trees.

As more people populate the planet… we build cities and homes and those come with roads and sidewalks and pollution. Have you ever noticed that the sidewalk is hotter than the grass? The cicadas noticed that, too. These rising temperatures are sometimes called an “urban heat island” – which sounds like a lovely place to visit, right?

Researchers are studying how cicadas are responding to environmental changes associated with urbanization (humans building more buildings and paving more land) by measuring the wonkiness (“abnormalities and asymmetry”) in cicada wings and legs.




Aquatic Salamander Monitoring at Tremont Institute

Great Smoky Mountains National Park is the Salamander Capital of the World, with higher diversity of salamanders than anywhere else of similar size. To monitor the salamander populations of Walker Valley, where Tremont Institute is located, we have artificial salamander habitats, or Salamander Hotels, placed in six streams. Using a set protocol, citizen scientists check each hotel for salamanders and identify, measure, and release any salamanders found.




Phenology Monitoring at Tremont Institute

Phenology is the study of the timing of natural events – in particular, life cycle events such as leaf out, migration, flowering, or mating. Since many of these events are tied to temperature, phenology can be a powerful way to study the effects of climate change. While we expect to observe changes in the phenology of the trees, wildflowers and birds over time, we are specifically interested to see how these changes affect species interactions. We have 8 phenology plots that are visited weekly by citizen scientists. Volunteers and participants become deeply connected to these small plots of land and become conservation advocates, invested in the future of the project.




Broodmapper: Honey Bee Development and Citizen Science

The Ohio State University OARDC is investigating Miticide and Fungicide Interactions and their effect on honey bee brood survival and development. As a part of that study, Broodmapper is used to determine the cell contents using photographs of combs from experimental colonies.




The Invasive Mosquito Project: A Public Education Tool

This classroom project helps high school teachers meet national education requirements and students learn about mosquitoes, public health, and safety. One of the main goals of the project is to transform teachers and students into citizen scientists. The Invasive Mosquito Project provides educational materials for teachers and students. As part of data gathering, students collect mosquito eggs around their houses. After a week, upon the presence of eggs, students bring the mosquito eggs to class and choose to raise ¼ of the eggs to adults following the protocol and safety measures provided in the lesson plan. The remaining eggs are sent to USDA. Classes have the opportunity to assess local, regional and national mosquito distribution data and to determine if there is an increased risk of particular pathogens in their community based on the presence of certain mosquito vector species. In addition to the public education component, another goal of the IMP project is to monitor invasive mosquito species in the United States. The project uses a new partnered approach to citizen science given each classroom is paired with mosquito and public health professionals that support the lesson plans and data gathering by, for instance, confirming the students’ mosquito identifications.




Cyanomonitoring

Project designed to document the occurrence and timing of Harmful Algal Blooms, spatial distribution of toxin producing cyanobacteria with genus/species identification, and development of bloom forecasting and HAB vulnerability in water bodies.




JunoCam

When NASA's Juno mission arrives at Jupiter on July 4, 2016, new views of the planet will be sent back to Earth, courtesy of its color camera, called JunoCam. The public will act as a virtual imaging team, participating in key steps of the process. Amateur astronomers are invited to submit images of Jupiter from their own telescopes. These views are the basis for online discussions about what JunoCam should image as it passes over the planet. After Juno arrives at Jupiter, the public will process the images to create color pictures.




The Great Backyard Bird Count

The next count is being held February 17-20, 2017

The Great Backyard Bird Count is an annual four-day event during which bird watchers count birds to create a real-time snapshot of where birds are located around the world.

Scientists and bird enthusiasts can learn a lot by knowing where birds are. Unfortunately, no single scientist or team of scientists could hope to document the complex distribution and movements of so many species in such a short time.

Anyone, from beginning bird watchers to experts, can participate in the The Great Backyard Bird Count. It takes as little as 15 minutes on one day, or you can count for as long as you like during each day of the event. It’s free, fun, and easy, and it helps the birds. In addition, yearly data collection makes the information more meaningful and allows scientists to investigate far-reaching questions.

Hosted by the Cornell Lab of Ornithology, National Audubon Society, and Bird Studies Canada.




RNA World

RNA World is a distributed supercomputer that uses Internet-connected computers to advance RNA research. This system is dedicated to identify, analyze, structurally predict, and design RNA molecules on the basis of established bioinformatics software in a high-performance, high-throughput fashion.

The RNA World project is based at the Rechenkraft research facility located in Germany.




AnimalsandEarth

Explore, share, and contribute photos of animals around the world. Animals and Earth is a resource for photos of all species, their behavior, habitats, and conservation efforts.

There are several ways you can participate.

Option A: Find photos or issues you care about by browsing our photo collection of animals and earth photos. Gather a photo collection, create a blog, and start your own conservation effort using our content

Option B: Grab your camera and help document the flora and fauna of your place on earth.

Option C: Help identify animals and places on our site by adding photo locations and Latin names for animals photos that are not identified yet. Post photos to websites, blogs and social networks promotes awareness and conservation.




WildObs

WildObs (from "wildlife observations") participants capture memorable wildlife encounters and put them to work. Record your encounters for your own studies, or enjoyment. Use these records to develop your own wildlife calendar for the year. Maintain and grow your life-list, learn about new species and connect with nature.

Join the WildObs community via your Android or iPhone and use technology to help you connect with nature.

As a wildlife community, WilObs participants help each other find the nature (for a photograph or close encounter) and we learn about the species in our neighborhoods. WildObs is collaborative wildlife enjoyment. It can help connect each other to wildlife.

Additionally, WildObs is a proud partner of the National Wildlife Federation's Wildlife Watch, and works with a number of other scientific studies to extract citizen science from recorded encounters.




Phylo

Phylo is a game in which participants align sequences of DNA by shifting and moving puzzle pieces. Your score depends on how you arrange these pieces. You will be competing against a computer and other players in the community.

Though it may appear to be just a game, Phylo is actually a framework for harnessing the computing power of mankind to solve a common problem -- Multiple Sequence Alignments.

A sequence alignment is a way of arranging the sequences of DNA, RNA or protein to identify regions of similarity. These similarities may be consequences of functional, structural, or evolutionary relationships between the sequences. From such an alignment, biologists may infer shared evolutionary origins, identify functionally important sites, and illustrate mutation events. More importantly, biologists can trace the source of certain genetic diseases.

Traditionally, multiple sequence alignment algorithms use computationally complex heuristics to align the sequences. Unfortunately, the use of heuristics do not guarantee global optimization as it would be prohibitively computationally expensive to achieve an optimal alignment. This is due in part to the sheer size of the genome, which consists of roughly three billion base pairs, and the increasing computational complexity resulting from each additional sequence in an alignment.

Humans have evolved to recognize patterns and solve visual problems efficiently. By abstracting multiple sequence alignment to manipulating patterns consisting of coloured shapes, we have adapted the problem to benefit from human capabilities. By taking data which has already been aligned by a heuristic algorithm, we allow the user to optimize where the algorithm may have failed.

All alignments were generously made available through UCSC Genome Browser. In fact, all alignments contain sections of human DNA which have been speculated to be linked to various genetic disorders, such as breast cancer. Every alignment is received, analyzed, and stored in a database, where it will eventually be re-introduced back into the global alignment as an optimization.

Let's play!




MySwan

MySwan is a citizen science project for people who love swans. Just record your black swan sighting on the interactive map, and you can make a valuable contribution to research on the behavior and movement of swans.

After you submit your sighting, you'll get an instant report about the swan, with interesting information about its history and recent movements.




Journey North

Journey North invites you to join in a global study of wildlife migration and seasonal change. Share your local observations with people across North America. Track the coming of spring through the migrations of monarch butterflies, robins and hummingbirds, the budding of plants, changing day length and other natural events. Predict when plants will emerge and bloom with Journey North Tulip Test Gardens. Track changes in day length to find ten Mystery Classes hidden around the globe. Explore weekly news updates, migration maps, photos, video clips, live cams, lessons, and other resources. Journey North exemplifies best-practice instruction and is one of the nation's premiere citizen science projects.




Pollinators.info Bumble Bee Photo Group

Bumble bees are important pollinators, and science needs YOUR help to conserve them. You can contribute to our knowledge of bumble bees and their lives all over the world. Your contribution will tell us about which bumble bees live where, the flowers they visit, and when they're active during the year.

The photo group is administered by Athena Rayne Anderson, a doctoral candidate in Ecology at the University of Georgia, and author of the website.




Citizen Sort

Video games have the potential to do more than entertain. Citizen Sort is taking advantage of this potential by designing video games that make doing science fun.

Citizen Sort is a research project at the School of Information Studies at Syracuse University in New York. Students from Syracuse University drew, colored, programmed and coded three unique citizen science games. They are Forgotten Island, Happy Match, and Living Links.

Happy Match is a twist on the classic matching game. Players will classify photos of animal, plant and insect species that scientists took live in the field. Each round of the game has a different question and players will drag the animal, plant or insect photo into one of the photo answers along the bottom. Scientists wrote the questions in Happy Match based on information they want to know. By classifying the photos, you'll these help scientists as they study the natural world.

Forgotten Island is a point and click adventure game. Players take on the role of a lost adventurer with a secret past. As the player explores the island they meet a suspicious robot spouting orders to re-classify the falling photographs of plant, animal or insect species. The player will also solve puzzles and explore diverse locations from icy peaks to fiery volcanoes.The more classifications a player does, the more money they earn buy items and solve the mystery of Forgotten Island.

Living Links is a fast-paced image classification game between deep learning-based AI and human.

Citizen Sort was partially supported by the US National Science Foundation under grant SOCS 09-68470.




Marine Debris Tracker

The Marine Debris Tracker mobile application allows you to help make a difference by checking in when you find trash on our coastlines and waterways. Data you submit is available to download online and you also have access to mapping all data, worldwide. Marine Debris Tracker is a joint partnership of the NOAA Marine Debris Division and the Southeast Atlantic Marine Debris Initiative (SEA-MDI), located within the College of Engineering at the University of Georgia.




Smithsonian Transcription Center

The Smithsonian Transcription Center engages the public in making our priceless collections more accessible. We work hand-in-hand with Digital Volunteers to transcribe historic documents and collection records to facilitate research and excite learning in audiences everywhere. Participants have the chance to transcribe a diverse array of collection materials drawn from Smithsonian holdings in science, history, art, and culture.




Indigo V Expeditions

Are you a sailor looking to do something good for the ocean? Consider becoming a citizen oceanographer! Participants collect and filter plankton from seawater, record pH, temperature and salinity of the water sample in question. The data is part of our large, robust ocean health monitoring program called The Indigo Project.

We are putting reliable and sustainable data collection into the hands of the blue water cruiser, transforming ordinary yachts into in situ ocean health monitoring platforms that will allow for the scientific preservation of our oceans and seas.




Wisconsin Bat Program

In general, bats are difficult to study because they are nocturnal, fast fliers, roost in inconspicuous places and can move great distances in short periods of time. As such, lack of information on basic biology and ecology is one of the greatest limitations to conservation of bat species.

There are three ways that you can participate in this project:

1) Report sick or dead bats. With the spread of White-Nose syndrome, which can be fatal for bats, it is important that we track bat mortality.

2) Monitor bat roosts during the summer. Bat roost monitoring is simple and can be an enjoyable experience. Monitors identify bat roosts and sit outside the roost entrance in the evening to count the bats as they emerge. Bats will start to exit the roost just after sunset, and will emerge one or two at a time making counting easy. The bats will continue to exit for about 40 minutes. How often a roost gets counted is up to the volunteer, however the program appreciates at least two counts- one in early June and one in late July.

3) Conduct acoustic bat surveys in Wisconsin. Volunteers are trained to use handheld ultrasonic detectors, or bat detectors as they are affectionately called. The system consists of a detector that records the ultrasound, a PDA that displays the bat calls on a graph of frequency over time, and a GPS unit that tracks the route taken and pinpoints each bat call. Data is saved onto the PDA and analyzed in the office. Just like birds, bat species have different calls from each other. By looking at the frequency, shape and other characteristics of calls, the WBP can identify the species of bat that was recorded.




ScienceCache: Geocaching for Goals

ScienceCache is a geocaching mobile app that connects the public to places where scientists have questions. Anyone can navigate to a site, take pictures and answer questions posed by scientists about plants, animals, water, or geology. The data is then uploaded to a project database where the scientist can access it. The pilot project on huckleberries and their pollinators will begin in Glacier National Park summer of 2016. One goal of this framework is to allow 'easy entry' for scientists into public data collection and outreach. Scientists use a website to set up routes, including 1 or more sites with the location coordinates, hints and photos to help people find the location, the questions to ask and descriptions of how to answer the questions. The initial version will work on iphones. Features of the app include the ability to work outside of cellular service. Funding and development of the app is a partnership between computer scientists at the Fort Collins Science Center, research ecologist, Dr. Tabitha Graves, and the Community for Data Integration.




2016 National Parks BioBlitz - St. Croix

The St. Croix BioBlitz will focus on identifying as many species as possible in all taxonomic groups. The St. Croix BioBlitz will span 24 hours and occur along the St. Croix National Scenic Riverway as it flows through Minnesota and Wisconsin Interstate State Parks.




2016 National Parks BioBlitz - Colonial Insect Blitz

This bioblitz will be a day long event looking at a specific species of pollinating insects. We plan on having an evening moth component as well. The park is recruiting county and urban school districts for middle school participation as part of the Director's Call to Action. This purpose is to observe and identify as many species as possible within one day. It is the intent that this begins an annual effort to inventory as many insects in the park to develop an inventory of insects in the park using citizen science.




Geothermal Case Studies and Exploration

Detailed exploration case studies, such as Beaumont and Foster (1990, 1991, 1992), which were completed for oil and gas plays, will give operators an accessible portal for gathering clean, unbiased information with which to explore for geothermal drilling prospects. Providing a database of these case studies with each case study broken down into queriable properties makes this information even more powerful in planning future exploration efforts in new areas.

The goal of this effort is to develop a template for geothermal case studies in a crowd-sourced platform to allow for contributions from the entire geothermal community. Information collected for the case studies includes historical information regarding exploration and development in an area and current information about reservoir characteristics and facility production. The initial focus is on populating case studies for developing and operational geothermal areas throughout the world that can then be used as a basis for discovering new areas, and guiding efficient exploration and development of those areas.




Asteroid Mappers

Help NASA identify craters and other terrain on the asteroid Vesta




Mars Mappers

Help NASA identify craters and other terrain on Mars




Mercury Mappers

Help NASA identify craters on Mercury




Environmental Archaeology at Smithsonian Environmental Research Center

Work with scientists and students to excavate sites, preserve artifacts, and collect environmental data to understand the ways that people have changed the land over the past 200 years.




Classical Biological Control of the Brown Marmorated Stink Bug (BMSB)

The BMSB is an introduced insect that is indigenous throughout Eastern Asia, and it is a serious pest of fruits, vegetables, and legumes. Our Citizen Science activities include having individual citizens participate in the research by allowing traps to be set on their properties and collecting BMSB in their houses or businesses.




North American Baldcypress Swamp Network

Volunteers can help scientists understand the effects of climate change on baldcypress swamps. Rising levels of carbon dioxide have been linked to increases in temperatures in North America, and scientists need to understand better how well natural wetlands can pull gases from the atmosphere. You can help scientists at the USGS Wetland and Aquatic Research Center who are studying production levels in swamps to better understand if swamps can store the carbon that is present in the atmosphere.




pH Pro

Collect pH coastal data easily with a device that links to smart phone. pH photometer will deliver 0.01 pH accuracy, and it includes salinity and temperature probes all at a low cost to allow citizen scientists access. This device is being interfaced with a smart phone app and ultimately a website to allow transfer and visualization of data for scientists, students, and citizen scientists.




MMOWGLI

MMOWGLI stands for Massive Multiplayer Online Wargame Leveraging the Internet. It is a message-based game to encourage innovative thinking by many people, connected via the Web. It has been used to study a number of topics, such as how the Navy can prepare for the future of energy......starting in 2021 and beyond.

The MMOWGLI project was originally sponsored by the Office of Naval Research (ONR) for the United States Navy. The goal of the project is to explore the potential of a Massively Multiplayer Online War Game Leveraging the Internet (MMOWGLI), with a variety of themes, to expand engagement in military and non-military strategy development for complex geopolitical problems. The platform is designed to support large numbers of distributed global players working together on idea generation and action planning, with an eye towards surfacing innovative outlier strategies. Several dozen games, workshops and courses have used the MMOWGLI platform.




2016 National Parks BioBlitz - Natchez Trace BioBlitz and Wildlife Weekend

This event is geared more towards public engagement and education regarding the biodiversity in the park. The BioBlitz is also coordinated with the Parkway's Wildlife Weekend where we will offer a wildlife education program and exhibits from partner groups for the public. Experts on taxa will lead walks with public visitors to collect as many species are available and document data in iNaturalist. The BioBlitz is a event that is conducted in partnership with Mississippi State University and the Geographic Alliance of Mississippi.




2016 National Parks BioBlitz - Mississippi Coldwater BioBlitz: Mississippi River Coldwater BioBlitz

The goal of this BioBlitz is to identify as many species as possible in all taxonomic groups in the 100-acre NPS Coldwater Spring area. This is a follow-up to the baseline spring 2013 BioBlitz held at the site following building demo and initial site restoration in fall of 2012. The 2016 BioBlitz will be a good indication of the return of species to the site as the area is restored to a natural condition - woodland and oak savanna/prairie - and will also provide information on the return of pollinators to the area.




eMammal

eMammal is a system for collecting, storing, and sharing camera trap data. The system is designed not only for scientists, but also for anyone who wants to join in the fun and discovery of camera trapping through citizen science. Professional and volunteer camera trappers use our software to look at pictures, identify animals, and upload them to the Smithsonian Data Repository for review and storage. These data are useful for addressing important scientific and conservation questions, and the pictures provide a unique view into the hidden world of wildlife.




DC/Baltimore Cricket Crawl

The annual Cricket Crawl is a call to citizen scientists, artists, naturalists and scientists for an evening sound census of the late summer crickets and katydids singing throughout local areas in Washington District of Columbia (DC), Arlington (VA) and Baltimore (MD). This is a citizen science pilot project in which participants listen for the calls of crickets and katydids and document their observations. Volunteers are asked to venture out between dusk and midnight to random locales throughout the city in order to make their observations. The data from observations is then aggregated and assessed in an annual report.




NYC Cricket Crawl

The annual Cricket Crawl is a call to citizen scientists, artists, naturalists and scientists for an evening sound census of the late summer crickets and katydids singing throughout local areas in New York City. This is a citizen science pilot project in which participants listen for the calls of crickets and katydids and document their observations. Volunteers are asked to venture out between dusk and midnight to random locales throughout the city in order to make their observations. The data from observations is then aggregated and assessed in an annual report.




2016 National Parks BioBlitz - Theodore Roosevelt

Theodore Roosevelt National Park will focus on finding and identifying as many small mammals and vegetation as possible in the Peaceful Valley Ranch over a 24 hour time frame.




Biodiversity of Alabama

This project serves to record observations of all organisms found in Alabama, one of the most biologically diverse states in the United States. This diversity is a product of Alabama's warm, moist climate, its great geologic diversity, and its rich evolutionary past. With more than 4,533 documented species, Alabama ranks fifth among states in terms of overall species diversity, and is first among states east of the Mississippi River. The large western states of California, Texas, Arizona, and New Mexico lead the nation, and fellow southeastern states Georgia (sixth) and Florida (seventh) trail Alabama. Alabama harbors 64 types of terrestrial ecosystems, including 25 forests and woodlands, 11 wetlands, and 7 glades and prairies. The state also supports 77,000 miles of rivers and streams and several dozen marine ecosystems.




Bleach Patrol

The world’s coral reefs are threatened by the increased frequency of wide-spread bleaching events. Corals that experience thermal stress sometimes “bleach,” turning white as they expel symbiotic algae living in their tissue. In order to better understand coral bleaching, scientists need to know when and where corals are bleached and where reefs appear stressed.

The “Bleach Patrol” are citizen scientists, surfers, divers, and general enthusiasts working together to map out the extent of global coral bleaching. Anyone with a smartphone or internet access and enthusiasm for being part of a global scientific campaign can help!

The project is a collaboration between the World Surf League, the social networking app goFlow, and scientists at the Lamont-Doherty Earth Observatory of Columbia University. Our goal is to compile a global, constantly updated data set of coral bleaching and reef health.




2016 National Parks BioBlitz - Shenandoah: Mycological Foray

This event is being run by the North American Mycological Association with support for the the Mycological Association of Washington. This event will be based in Front Royal, VA outside the Park. Buses will transport participants into the park to collect along trails in the northern district.

The foray aims to observe and/or collect and identify as many species of fungi (including lichens) as possible within the northern district of Shenandoah National Park.




2016 National Parks BioBlitz - Big Thicket Mini-BioBlitz

Join Big Thicket National Preserve to help identify as many species as possible in all taxonomic groups at the park's 2016 BioBlitz.




NOAA NWS SKYWARN® Weather Spotter Program

SKYWARN® is a National Weather Service (NWS) program developed in the 1960s that consists of trained weather spotters who provide reports of severe and hazardous weather to help meteorologists and emergency managers make life-saving warning decisions. There are well over 300,000 active SKYWARN Weather Spotters in the U.S. Spotters are concerned citizens, amateur radio operators, truck drivers, mariners, airplane pilots, emergency management personnel, and public safety officials who volunteer their time and energy to report on hazardous weather impacting their community.

The first steps in becoming an official NWS SKYWARN Weather Spotter is to complete training on weather hazards and their reporting in your area. Classroom type training is typically offered each Spring and Fall. To find the next available training provided by your local NWS forecast office please visit this interactive map: http://www.nws.noaa.gov/skywarn/skywarn.htm

In partnership with the COMET® Program, which is part of the University Corporation for Atmospheric Research's Community Programs supplemental national web-based training was also created. For more information please visit: https://www.meted.ucar.edu/training_course.php?id=23




Coastal observation And Seabird Survey Team (COASST)

The Coastal observation And Seabird Survey Team (COASST) is a citizen-science program established to identify the carcasses of marine birds found on beaches along the coast of the Pacific Northwest. COASST is a project of the University of Washington in partnership with state, tribal and federal agencies, environmental organizations, and community groups along the coasts of Oregon, Washington and Alaska. COASST believes citizens of coastal communities are essential scientific partners in monitoring marine ecosystem health. By collaborating with citizens, natural resource management agencies and environmental organizations, COASST works to translate long-term monitoring into effective marine conservation solutions.

Specifically, trained COASST volunteers conduct surveys for beached birds on the same stretch of coastline each month. Each bird carcass is measured, identified, photographed, marked, and left in place for potential re-find on subsequent surveys. Beach morphology, visitors use and presence or absence oil is also recorded.

COASST data have created a baseline, or the 'normal' pattern, for beached bird mortality. Armed with this information, we can detect unusual events such as increased mortality due to low food availability, weather, harmful algal blooms, oil spills, or other factors.

Perhaps most importantly, COASST data can be used to identify long-term changes in the status of our resident marine bird populations.




Image Detective

Use your geography skills to geolocate Astronaut photography of Earth! If you have always wanted to associate those amazing photographs of our beautiful planet taken from space with their locations on the Earth, Image Detective is the perfect tool for you! By doing so, you will help to locate hundreds of thousands of images and also enhance your geography skills at the same time. You can gauge how high your skill level is by accumulating points as you submit each image, then checking out the "Who Has High Score?" icon on the front page.




Marine Debris Monitoring and Assessment Project (MDMAP)

Partner organizations and volunteers conduct shoreline monitoring according to the published NOAA Marine Debris Monitoring and Assessment Project survey techniques. Survey data that is uploaded to the MDMAP database contributes to our understanding of the distribution, types, and abundance of debris in the marine environment, in order to guide policy development, education and outreach, and research initiatives.




The GLOBE Program

GLOBE, the Global Learning and Observations to benefit the Environment Program, is a worldwide program that brings together students, teachers, scientists and citizens to promote science and learning about the environment. Through a hands-on approach to inquiry, participants are encouraged to engage in local investigations that cover five core fields: atmosphere, biosphere, hydrosphere, soil (pedosphere), and Earth as a system. Observations made locally are submitted to the GLOBE data and information system, and can be accessed freely online. These measurements are combined with readings at automated stations to create a worldwide resource for conducting scientific inquiry; some measurements serve as ground truth for NASA satellite data products (e.g., clouds, soil moisture). The GLOBE data and information system contains over 130 million measurements from more than 10 million students in 113 countries around the world since its operation begun in 1995. Beginning in 2016, GLOBE has expanded its participation outside of the formal school setting to include individual citizens of all ages.




The Delaware Bay Horseshoe Crab Survey

The Delaware Bay Horseshoe Crab Survey was founded in 1990, and received government support beginning in 1999. Volunteers collect data on Horseshoe crabs through beach surveys, providing critical information for scientists and policymakers about Horseshoe crab populations in the Delaware Bay. Data from the survey has helped the Atlantic States Marine Fisheries Commission (ASMFC) set protocols for commercial fishing. Limuli Labs, a company that relies on horseshoe crabs to support medical research and practice, provides funding for the project website.




Common Loon Citizen Science Project at Glacier National Park

Citizen scientists are trained to conduct surveys at 45 lakes with suitable habitat in Glacier National Park. Surveys are used to document presence of common loons and observations of breeding and nesting behaviors. Citizen Scientists attend a one-day classroom and field based education program, where they learn about species identification, behavior, management concerns, and how to observe and document loons. They also learn how to use field equipment such as spotting scopes, compasses, and GPS receivers. Hiking distances to the sites range from along the roadside up to fifteen miles each way. Once they reach the lake, Citizen Scientists observe for one hour and document loon sightings and behavior.
Common Loons are a Montana Species of Special Concern, and Glacier National Park harbors about 20 percent of Montana’s breeding pairs. Loons are susceptible to adverse impacts by human disturbance at nest and nursery sites. The Common Loon Citizen Science Project helps to identify factors that affect nesting success. The contribution of citizen scientists to the long-term record of loon population health is invaluable in providing a scientific basis for management recommendations, especially in regards to issues that may affect loon nesting success and habitat.




Volunteer Cattail Monitoring Project

Cattail populations are changing due to hybridization of two or three species in the United States. This project provides volunteers the opportunity to document the kinds of cattails in any location based on the plant morphology.




Shoreline Debris Monitoring

Olympic Coast National Marine Sanctuary (OCNMS), funded by a grant from NOAA’s Marine Debris Program, initiated shoreline debris monitoring in 2012 following NOAA’s Marine Debris Shoreline Survey Field Guide methods published in 2012. OCNMS volunteers originally initiated shoreline debris monitoring in 2001 using data categories standardized by the U.S. Environmental Protection Agency and Ocean Conservancy. Heightened interest in shoreline debris data associated with concerns about materials originating from the March 2011 Japan tsunami coincided with release of the new NOAA methods, which prompted significant modification of OCNMS’ shoreline debris monitoring program.

Shoreline debris data will be used to document temporal, spatial, and composition patterns in debris deposition on Washington’s coastline, and to the extent possible to identify changes in debris types and volumes associated with the March 2011 tsunami debris.

In 2012, new shoreline debris monitoring methods were initiated at 6 sites on the outer coast of Washington state. By 2014 there were nine coast sites and seven sites on the Strait of Juan de Fuca. The goal for FY 2015 is to continue this monitoring effort and expand the effort to teachers and their students within walking distance of coast sites.




Neighborhood Nestwatch

Neighborhood Nestwatch is a citizen science program that teaches citizens about the migratory birds in their backyards, while collecting hard-to-get data about urbanization impacts on wildlife. What makes Neighborhood Nestwatch so effective and scientifically robust is the face-to-face interaction between participants and Smithsonian scientists when we visit their backyards to band birds every spring. Neighborhood Nestwatch provides both a powerful educational experience and a unique platform for important scientific research.




OpenTreeMap

OpenTreeMap is a collaborative platform for crowdsourced tree inventory, ecosystem services calculations, urban forestry analysis, and community engagement. Funded in part by grants through the USDA Small Business Innovation Research program, OpenTreeMap encourages community groups, non-profit organizations, governments, and local citizens to work together to map and explore the urban forest. Members of the public can search the existing tree data by species and other search filters, add new trees, edit existing tree data, upload images, or leave comments. OpenTreeMap uses the i-Tree software developed by the US Forest Service to calculate and display the ecosystem benefits generated by urban trees, and members of the Forest Service have reviewed the project. OpenTreeMap is available as open source software or a subscription service, and there are over twenty OpenTreeMap sites available worldwide.




Lunar and Planetary Mapping and Modeling Project

The web portals produced by the Lunar and Planetary Mapping and Modeling Project provide interactive online tools that allow anybody with an Internet connection to search, view, and analyze the immense database of images and digital records collected from a variety instruments aboard a number of spacecraft studying a growing number of worlds. The project, which is magaged through SSERVI at NASA Ames developed at JPL, provides a platform for anyone to conduct in-depth analyses. These insights are used to support mission planning and planetary science for upcoming exploration and science missions to planetary bodies. The Lunar Mapping and Modeling Project is funded through NASA Science Mission Directorate and Human Exploration Operations Mission Directorate. The project works with NASA Challenge programs in order to engage the global software development community through contests and hackathons to come up crowdsourced solutions to develop new tools and enhance existing tools for planetary data visualization and analysis. The project is also charged to provide the public with tools that will facilitate their better understanding of and participation in the process of selecting sites for future exploration.




High Country Citizen Science Project at Glacier National Park

Participants attend a one-day classroom and field based education program, where they learn about species identification, management concerns, and how to observe and document observations of mountain goats, bighorn sheep, and pikas. They also learn how to use field equipment such as spotting scopes, compasses, and GPS receivers. Once trained, participants select survey sites from a list of mapped locations. Hiking distances to the sites range from along the roadside up to fifteen miles each way. Mountain goat and bighorn sheep surveys consist of one hour observing the selected site with binoculars and a spotting scope. During pika surveys, participants traverse talus (boulder) fields looking under rocks for pikas, pika scat, and food caches (haypiles).
High country habitats are highly vulnerable to impacts from climate change, yet, little is known about how these changes may impact high elevation wildlife. Mountain goat and pika population declines have been documented in areas outside of Glacier. The primary goal of the project is to collect baseline information about population size and distribution and to monitor population trend over time.




Greater Atlanta Pollinator Partnership: A model for urban pollinator conservation

Global pollinator populations are in decline for a variety of reasons including habitat loss, pesticide use, and climate change. The Greater Atlanta Pollinator Partnership (GAPP) was initiated in 2011 because of the rapid loss of habitat and increase in pesticide use caused by the housing boom of the 1990s and early 2000s. Over this 20-year period, approximately 400,000 acres of green space were lost. Goals of the GAPP are to encourage restoration and development of pollinator habitat at a landscape scale that is ecologically significant; consequently, we designed our project to focus on an area within a 25 - mile radius around downtown Atlanta, Georgia. This comprises nearly 1.2 million acres of potential pollinator habitat and includes all major public lands in metropolitan Atlanta and thousands of individual residences. Within this area, efforts focus on restoring pollinator-friendly habitat and educating the public through formal and informal opportunities. Key components of the GAPP include using native species when available, rescuing native plants from construction sites, controlling invasive species, establishing community gardens, citizen science projects, conservation, education, research, and website development. The GAPP website (http://gapp.org/) is critical to our online garden registration and mapping so we can track garden establishment, assess habitat development trends including identifying where corridors are developing or where more effort is needed, provide online educational materials, and provide focus to the effort through a newsletter. Through the GAPP, Bombus pensylvanicus, a rare and declining species, has been documented in a community garden in downtown Atlanta. This indicates even rare species can be conserved in urban environments if the appropriate species are planted. Funding for the Greater Atlanta Pollinator Partnership is limited, so synergy through partnerships is the key to success.




Florida Microplastic Awareness Project

Citizen scientists are collecting coastal water samples and filtering them to look for the presence of microplastics (using a microscope). They are also helping to educate stakeholders about the sources of and problems caused by microplastics in order to encourage people to read labels to avoid purchasing plastics when non-plastic alternatives are available, and to recycle/reuse as much as possible.




Georgia Adopt-a-Stream

Georgia's Environmental Protection Division has 4 programs engaging citizens in watershed work and education: Rivers Alive, Adopt-A-Stream, Project WET and River of Words. The Adopt-A-Stream program organizes and provides resources to trainers, volunteer citizen scientists and state organizations helping them perform water quality monitoring around the state.




Students' Cloud observations On-Line

The S'COOL Project involves people (ages 5-99) in real science, taking and reporting ground truth observations of clouds to assist in the validation of NASA's Clouds and the Earth's Radiant Energy System (CERES) instruments. CERES is an important tool for scientists who study how atmospheric moisture affects our weather and climate. The observations made by S'COOL help to provide another piece of the puzzle. The project, which began in 1997, is coordinated with a trio of low Earth orbit satellites that carry CERES instruments. S'COOL was developed from the beginning in coordination with teachers who sought a safe, simple and cheap way to unite students with NASA. In 2008 technology advances enabled S'COOL to accept observations from citizen scientists anywhere in the world. Beginning in 2016, S'COOL is integrated with GLOBE cloud observations.




Microbial Inheritance in Seeds

Plants are not just plants - rather, a plant is a host to thousands of species of symbiotic bacteria and fungi that reside on its surface and inside its roots, stems and leaves, greatly impacting its overall health and functioning. The plant microbiome plays a fundamental role in a plant's ability to acquire nutrients, resist diseases, and tolerate drought, herbivores and other environmental stresses. Plants are experts at regulating their microbiome, as part of its adaptive responses to environmental conditions. They can pick up new microbes from the environment or break ties with microbial symbionts to increase their chances of survival. For example, associating with a particular species of endophytic fungi can mean the difference between life and death during drought conditions.

Similarly, seeds are not simply packets of plant genes, but also propagules of the plant-symbiotic microorganisms, passing along diverse bacteria and fungi to their offspring. Seedborne "microbial inheritance" allows plant species to maintain beneficial relationships with microbes across plant generations, which is particularly important in agriculture, where the vast majority of our crops are annuals or biennials, dying back every year or so. We can consider the plant microbiome as a more fluid, adaptable form of plant inheritance than plant genetics. The acquired microbial associations that increase the fitness of the plant are the most likely to be passed along in seeds. Thus, seeds are a good place to look for beneficial plant microbes. To make things more complicated, pathogens can 'hitch-hike' across plant generations via the seed. Seed companies often treat their seeds against pathogens as a precaution of spreading disease. But at what cost? What benficial microbes are are we losing by disinfecting seeds against pathogens?

This research project seeks to uncover the hidden world of seedborne microbial inheritance, focusing on open-pollinated corn. How efficient is this form of transmission? How are we affecting microbial inheritance through our farming practices? Can we link desired plant traits (e.g. drought tolerance or disease resistance) to the presence of particular seedborne microbes?

How to participate

The simplest way to participate in this project is to grow and send in open-pollinated corn seeds! We are building a database of seedborne microbes from a growing diversity of corn seed samples - dent, flour, flint, sweet, and popcorn (over 80 samples so far!). We are using cutting-edge DNA sequencing technology to identify the entire population of seedborne bacteria and fungi in each sample. The goal is to look for overall trends between seedborne microbes and corn variety type, traits, and growing practices. If you are looking for a source of seeds, I would recommend growing the Cascade Ruby-Gold flint corn variety from Carol Deppe's Fertile Valley Seeds - Carol is the original breeder. You can also order it from Adaptive Seeds, who is also participating in the project. This particular variety has been most characterized in the project so far, so it will be informative to see how it grows in more locations and farming systems. If you have your own variety that you have been stewarding, that's great too!

Another way to participate is to conduct your own experiments, and send in seed samples from different treatments or selections. For example, perhaps you have been saving seeds of a particular corn variety from plants that do well in low irrigation conditions. You can send in seeds from the better-performing plants, and also seeds from the worse-performing plants, and see how their seedborne microbes are different, to identify candidate beneficial microbes. Another example might be a controlled field experiment where you use a special amendment (say, a microbial inoculant) and are testing how well it performs against a control treatment. You can send in seeds from the control and the treatment, and see how that affected the seedborne microbes. If you decide to go this route, please contact me (seedmicrobes@gmail.com) to plan out experiment details.

Sending in your seed samples

A seed sample should represent a particular harvest or selection of seeds from a corn variety that you grew in a single season. Because we are interested in how we affect microbial inheritance through time, we encourage you to also send in samples from any previous years you grew them, and also samples from original seed sources - unless you sourced seeds directly from me or participating seed companies Adaptive Seeds (adaptiveseeds.com) or Carol Deppe’s Fertile Valley Seeds (http://www.caroldeppe.com/Seed%20List%202015.html) because we already have seed microbial data from those sources. Each sample should contain a representative 20-50 seeds. Visit the website for more details (www.microbialinheritance.org/network/seedsample). To receive microbial community data from your seed samples, please fill out the online Seed Sample Submission Form for each seed sample. After filling out the each form, you will receive an email with ID number to include along with your seed sample, in addition to the mailing address where to send the sample.




The covering sense of OVER

The preposition 'over' has long been studied by linguists since it has some semantic features which pose lots of problems for contemporary theories of polysemy and solving those problems might help realize how semantic networks are organized in the mind of a language speaker.

Having studied most influential studies on the subject matter, we came up with our own experiment design. We found one specific sense of 'over', namely its covering sense, of a particular interest as in most studies it hasn't yet deserved much attention and its semantic peculiarities have not been properly explained. We designed a survey which aims to specify those peculiarities and now we need to find some English speakers who, by taking part in the survey, could help us collect the necessary data for further analysis.




Roadkill Survey for Road Bikers

Roadkill Survey for Road Bikers is a project that attempts to find out where wildlife live and how they move in relation to roads.

Wildlife is often lost due to accidents with cars and trucks. Identifying the types of wildlife that are often killed will give clues to wildlife distributions, activity, and responses to climate change.




OMEGA-LOCATE

Nonmarine ostracods, tiny crustaceans with an excellent fossil record, are common in aquatic ecosystems. The Ostracod Metadatabase of Environmental and Geographical Attributes (OMEGA) facilitates access to global geographical and environmental distributional data for nonmarine ostracods, supporting applications in biodiversity auditing, biogeography and the calibration of species as fossil proxies for past environmental and climatic change. Citizen Scientists can help improve accuracy and coverage of datasets by adding, correcting and validating the geographical coordinates of localities.




Citizen Science

Citizen Science is an online flash-based computer adventure game in which the player is a young adult who becomes concerned about the health of a local lake threatend by eutrophication. Based at Lake Mendota in Madison, WI, the player's goal is to restore the lake. By focusing on the ecological needs of Lake Mendota as well as the surounding community, the game is able to bring together real-world issues and scientific practices.

Citizen Science encourages students to connect ecology content to civic action. It is designed to introduce questions like, "What can I do to change things?" The purpose of Citizen Science is to help players develop a conceptual understanding of lake ecology while giving them experiences of confronting pressing ecological issues, conducting scientific inquiry to address these issues, and taking action in the (virtual) world to affect change.

Citizen Science was developed for upper-elementary school and early middle school students. It is intended to be implemented as part of a class curriculum.




Spot A Ladybug

Did you ever wonder how ladybugs got their spots?

I am working with a extremely interesting type of ladybug called the Harlequin ladybug, or Harmonia axyridis. This ladybug can vary in the way they look with respect to both color (they can be red, orange, yellow, and black) and spot number (they can have anywhere from zero spots to twenty-two spots).

This projects uses citizens to understand what these ladybugs look like across continents! Knowing how the Harlequin ladybug's look varies will help determine, genetically, how so much variation exists.




Where is the Elaphrus Beetle?

Dan Duran, assistant professor in Drexel University’s Department of Biodiversity, Earth and Environmental Science, has just embarked on a search for the marsh ground beetle, which also goes by the Latin name for its genus, Elaphrus.

It is found along muddy stream banks in temperate regions like ours. It's an effective "indicator species" because it's adversely affected by run-off, like road salts and agricultural chemicals--that make it into a stream without being visible.




Scaling up marsh science

We need citizen scientists to help us better understand the ecology of the salt marsh. We have over 50,000 overlapping photographs of a salt marsh, taken every year starting in 2010, and need to align them to create detailed maps for each year. Because the images are taken from close to the marsh surface, and lack strong visual features, software programs are unable to align them automatically. Citizen scientists can help us by identifying matching features in pairs of photographs. This information will then be used to create a photographic map of a large area, and to study how this area changes from year to year. At the same time, you’ll learn some basic facts about salt marsh ecology.




Global Whale Tracking with Happywhale

With your help, Happywhale tracks individual whales throughout our world's oceans. We believe that whale watching guides, naturalists and passengers are vital to our understanding of whales. Scientists can only be in one place at one time; by harnessing the power of millions of whale watching enthusiasts, we can expand our scientific knowledge exponentially.

Our platform empowers whale watchers to photograph whales and tell their stories.

First, review our instructions on how to take whale ID photos. Next, get out there and photograph whales. Last, submit your whale photos at happywhale.com. We'll run your images through our ID system built in collaboration with scientists at Cascadia Research Collective and Allied Whale. If we find a match, we'll tell you what we know about your whale. If you are the first Happywhale contributor to see a whale, congratulations! We'll let you know that too.

We welcome you to submit images from past whale sightings. Submitting older photos is a great way to start building your account and will give us valuable historical data on whales.

As each of your whales is spotted around the world, we'll send you updates. You can track your whales on your personal Happywhale page. As our site and functionality grows, you'll be able to stay in touch with team members around the globe. You'll also discover how your data is being used by scientists.

What stories will your photos tell?




PANOPTES

PANOPTES (Panoptic Astronomical Networked OPtical observatory for Transiting Exoplanets Survey) is a citizen science project which aims to build low cost, robotic telescopes which can be used to detect transiting exoplanets.

Due to the simplicity and low cost (an individual PANOPTES unit is targeted to cost about $5000 USD), a PANOPTES "unit" can be reproduced quickly and easily by students or amateur scientists. In this way, many units can be deployed at many different sites to provide continuous and redundant sky coverage. PANOPTES is designed from the ground up to be a citizen science project which will involve the public in all aspects of the science, from data acquisition to data reduction.

The philosophy behind the PANOPTES hardware and software design is to use as many commercial off the shelf (COTS) parts as possible as these are generally inexpensive and easily acquired. In addition, the PANOPTES design is kept as simple as possible as this makes the build process easier and means that the final product is more reliable.

With PANOPTES, you too can help discover exoplanets! Join us!




International Quake Catcher Network (QCN)

In this Citizen Seismology project named Quake Catcher Network (QCN), everyone can become a citizen seismologist and share data with the community in order to better understand the earthquakes and their effects.

Participants will improve their earthquake preparedness, increase the number of seismic sensors especially in urban areas, where risk is high and spatially heterogeneous.

Volunteers will not only contribute data, but will help to better understand the earthquake phenomenon.




CyanoTRACKER

We are looking for citizen scientists to report Algal Blooms in their neighborhood pond/lake.

CyanoTRACKER will address a significant environmental issue important to inland waters, namely, Harmful Algal Blooms or popularly referred by other names "Toxic Algae", "Algal Bloom ", "Red Tide", "Cyanobacteria" and "Blue Green Algae".

Studies have shown that the cyanobacteria produce neurotoxins which has resulted in large amount of fish kills, pets and cattle death and gastro-intenstinal problems in human beings. Further studies are linking the cyanotoxins to dementia, alzheimer's and ALS.

These cyanobacteria look like green scum and can form on any open water which are rich in nitrogen, phosphorus via pollution with appropriate warm temperature.

Follow us on Twitter - https://twitter.com/CyanoTracker or Facebook - http://on.fb.me/2508NDJ or
visit http://cyanotracker.uga.edu/services.htm for more details.




White-throat Song

We’ve been studying changes in the song structure of white-throated sparrows since 2002 and have found several interesting patterns. Now, we’re trying to measure how these patterns change over time and space.

Here's where you come in! Recording sparrows over a broad geographical area is extremely time consuming and expensive. We’re hoping to recruit participants to help us collect recordings of male white-throated sparrows.

Volunteers can be from anywhere within the breeding range of the species, but we are especially interested in recordings from Saskatchewan eastward to the Atlantic provinces, and across the northern tier of states in the US from Wisconsin to Maine.

For more information about our project or how to get involved, please see our website.




AirVisual: The Air Pollution Monitoring Project

Unhealthy, polluted air is a ubiquitous, invisible threat that is responsible for 200,000 premature deaths every year in America alone. The NRDC estimates that about 81 million Americans live in areas that fail to meet national air quality standards for particulate pollution (PM2.5).

Particulate matter, abbreviated as PM2.5, is a term used for particles found in the air; including dust, soot, dirt, smoke and liquid droplets that are 2.5 micrometers in size, or less. These particles are so small that they can be absorbed into the bloodstream upon inhalation and cause a variety of adverse health effects.

We tend to assume the air we breathe indoors is safe, yet indoor air quality is frequently worse than outdoors due to high confinement and a variety of indoor sources.

We are calling on interested participants to help determine sources of air pollution both indoors and out. Use the AirVisual Node to discover factors that influence air quality and then download the data from the device to validate your conclusions.

Scientific findings will be posted on our website, airvisual.com, (with credit to you) in order to grow awareness of air pollution sources in the home, office and classroom.

You can also make your air quality monitor a public outdoor station, connected to our monitoring platform (airvisual.com) and crowd-sourced air pollution map (airvisual.com/world) to fill in gaps in government air quality data.

Have an interesting idea for using the device that would contribute to our understanding of air pollution? We want to hear from you!




BeachObserver

When a vessel accidentally discharges cargo at sea, or when oil spills occur, or when plastics or any floating marine debris is cast adrift on the ocean, it will eventually arrive on shore. In most cases affected landowners, neighborhoods, small communities, or municipalities will be the first to notice the accumulation of flotsam and jetsam on local beaches. We have developed a mobile phone application to simplify the recording, mapping, and networking of observations. The app works anywhere but is tailored for wildlife and objects found on shore or near the coast. The main objectives of the project are to:
1) Promote citizen science,
2) Develop baseline data,
3) Analyze change over time,
by facilitating the recording, sharing, and networking of credible shoreline observations including wildlife, beach cast animals, and marine debris with geo-tagged observations and photos. The browser based app is available at www.beachobserver.com and is also available for download from iTunes.




Citizen CATE Experiment

The Citizen CATE Experiment will use a fleet of telescopes to observe the total solar eclipse of 21 Aug 2017. As the shadow of the moon travels across the continental USA, citizen astronomers from more than 60 sites will take images of the brightness of the inner solar corona. While the totality phase of the eclipse will last only 2 minutes at each site, the combined Citizen CATE Experiment data set will reveal for the first time how this part of the solar atmosphere changes during 90 minutes. New scientific results about the dynamics of the magnetic fields and plasmas in this part of the solar corona will be derived from the data, and the image sequence will provide a beautiful perspective of the solar eclipse as never seen before.




School of Ants

School of Ants Australia aims to document the diversity, distribution and diet preferences of Australia?s dominant ground foraging ants; those ubiquitous little black ants that infiltrate homes, backyards, parks and schools.

Uncover a world of ants at your own feet, in your backyard, school or park. By becoming a citizen scientist you can help us locate damaging invasive species, compare and contrast species of common little black ants across the country, and add important records to our understanding of ant biodiversity. Records like this are crucial in our understanding of how the ranges of organisms change with our changing climate and landscapes.

Ants are ubiquitous in Australia. They occupy every habitat and landscape across all States and Territories (excluding Antarctica). Their sensitivity to disturbances of many sorts means they can be used as bioindicators of landscape health, reforestation and mine site recovery. They are important predators, pest controllers and soil engineers, but can also become pests themselves.

Ants also move around with humans all the time, so finding out what ants are where can help us pinpoint problem ants before they cause problems for humans, our environment or agriculture in Australia. The Red Imported Fire Ant, the Yellow Crazy Ant, Electric Ant and the Argentine Ant are examples of introduced ants that have become problematic.




WildPaths

WildPaths is a volunteer citizen science project to monitor road crossings in their neighborhood, through tracks, roadkill and live sightings. The goal of the project is to use the data to better direct our local efforts with future development so that we can maintain crucial connections between core wildlife habitats.




BabyWorld

How do babies learn language? In order to answer that question, we need to know more about babies' environments. What do they see? What do they hear?

We have a large corpus of videos of babies and toddlers going about their days. Need your help to analyze these videos. This project does not require any special expertise, just an interest in how babies learn and develop.




Queen Quest

Queen Quest is a bumble bee queen phenology project. It is a joint effort between UNL’s Bumble Boosters team, University of Minnesota’s Bee Squad, and citizen scientists to track first instances of bumble bee queen sightings in the spring. Little is known about the long-term and cyclical effects of climate on bumble bee populations. A key project objective is to determine the relationship and long-term impacts of climate on bumble bees.

The scientific objectives of the Queen Quest program are to:
1) Determine the phenology of spring bumble bee queen emergence.
2) Determine which flowers bumble bee queens visit in the early spring.
3) Determine long-term climate impacts on bumble bee populations and distribution in North America.




Earthworm Watch

Earthworm Watch aims to improve knowledge of how humans affect earthworms and how this influences soil health.

The survey should take under an hour and involves digging two holes to count earthworms and measure some soil properties - so you will need access to a suitable site: a garden, allotment, park, etc. to take part.

For more information and to sign up visit our website.




Share a flood observation

If you've seen a flood, no matter how big or small, old or recent, share it at floodcrowd.co.uk!
We've had observations of large floods from Kendal...
...and small pools in Watford
All these observations are important as they can help researchers understand the environment better. The records are forming an online database which will be available to all researchers and stakeholders.




Butterflies of Kyrgyzstan

Kyrgyzstan’s Butterflies at Your Fingertips!

Central Asia is internationally known as a biodiversity hotspot, and perhaps no other country here symbolises that more than Kyrgyzstan. This application has been designed to introduce you to the world of butterflies while encouraging you to submit new information through citizen science. Every identification you make gives local scientists in Kyrgyzstan more data that helps them make informed decisions about conservation measures.

Features:

▪ Photographs of more than 60 species of butterflies. This number continues to climb as users submit new information!

▪ A section on the natural history of each species will give you information on when and where you might find them, as well as a better understanding of their life cycle.

▪ The “My Collections” feature allows you to build a virtual collection of the butterflies you have seen.

▪ The “Citizen Science” feature lets you help scientists determine if identifications by other users are accurate.

▪ An included map gives accurate location data for each species and is searchable by species and date.

▪ Frequent app updates add user submitted content like new images, map locations, and new species.




ELMO | South African Elasmobranch Monitoring

The Southern African coastline is known for its outstanding diversity in marine wildlife. 204 out of 1188 known Chondrichthyans (sharks, rays, skates & chimaera) occur in Southern Africa, making it the 4th most diverse hotspot for these species.

Although the conservation of Elasmobranchs is gaining rising public concern, smaller sharks and rays are often in the shadow of widely 'adulated' charismatic sharks. Several species of catsharks, rays and skates - many of which are endemic to Southern Africa - make up a large portion of the bycatch in South African commercial fisheries. Many Elasmobranchs are also targeted directly for products like shark cartilage, liver oil, leather, teeth, jaws as well as ray wings and shark fins.

Monitoring Elasmobranch populations can be difficult and costly. There are however, a number of people, who encounter sharks, skates and rays on a regular basis: Anglers, divers, snorkellers, skippers, the occasional beach visitor and basically anyone, who reads the news or surfs the internet. And they can deliver two different types of data:


1) EGGCASES

Some sharks and all skates lay leathery eggcases either directly into the sand or they attach them to tough underwater surfaces such as rocks, corals or kelp. Storms, currents or predators can loosen these eggcases and wash them ashore. These mermaids' purses have characteristic shapes that differ in each species and their abundance and distributions can be used for long-term monitorings.

2) SIGHTINGS.

People who spend time in or close to the water regularly encounter sharks, skates or rays. These direct observations can help with the identification of species-distributions and important habitats. Sightings do not always have to be recorded first-hand, but can be extracted from photographs or news articles. Historic photographs are of specifically high value as they can be an indication of changes in size and abundance of species.



ELMO serves as an interactive database that can be accessed and utilized by everyone. All data is illustrated in an interactive map that can be used to explore our Elasmobranch populations. Furthermore we administer the original information in datasheets, which can be obtained directly from us for projects that promote Elasmobranch conservation and awareness campaigns. We are working closely together with other citizen science projects and data bases to make sure your contributions reach out as far as possible.

We also provide a number of resources, which can be used privately or for educational purposes. Please feel free to download our Eggcase ID guide or visit our Resources page to access more information material on South African Elasmobranchs.




Decodoku

A series of games and puzzles, allowing players to take learn about and take part in quantum error correction research.

Users are given puzzles to solve. They need to come up with a method that gets high scores as much as possible. This can then be used to protect real-life quantum computers against noise.




NatureWatch

NatureWatch is a community that engages all Canadians in collecting scientific information on nature to understand our changing environment.

NatureWatch hosts the following nature monitoring programs in Canada, with more to come in the future:

FrogWatch: Learn about Canada’s favourite amphibians while helping researchers and zoos monitor the health of frogs population and frog habitat.

Ice Watch: Do you live near a pond, lake, or river that freezes over each winter? The dates when ice appears and disappears provide important information about patterns in Canada’s climate. Join our network of citizen scientists who have been tracking changes in winter ice conditions over many years.

PlantWatch: The blooming times of Canada’s most easily-recognized plant species help scientists to track changing climate trends and their impacts. If you love to garden or have an eye for flowers, please help PlantWatch and its network of volunteer provincial coordinators monitor Canada’s changing natural environment.

WormWatch: Worms might gross some people out, but at
WormWatch, we think worms provide an exciting way to teach kids about the importance of soil and the organisms that live in it. And the kids agree with us. If you’re a teacher, guide or scout leader, or someone with a bunch of kids to amuse on a sunny afternoon, get out your shovel and your smartphone and give WormWatch a try.




Mark My Bird

Our team of researchers, based at the University of Sheffield, are taking 3D scans of the bills of all of the world’s bird species from museum collections. The 3D scans are incredibly detailed but before we can use them they require a process called landmarking. Landmarking involves placing points on features of the bill that are common to all specimens. We can use the landmarks to mathematically describe the shape of bills so that we can compare and test how they differ among species. By landmarking our 3D images you can contribute to real science. The digitised data will help us to understand how and why the 10,000 species of birds diversified.




SquirrelMapper

Life has evolved over millions of years. Yet evolution can produce dramatic change quickly! The coat color of gray squirrels, which occur over much of eastern North America and are introduced around the globe, is a good example. Today most are indeed gray but two centuries ago most were apparently black. How could evolution change this species so profoundly and so quickly?

Help us explore this question at SquirrelMapper where you can: contribute observations of squirrels from your own neighborhood, test hypotheses about why squirrel color varies geographically, directly measure natural selection on squirrel coloration by participating in our "squirrel hunt" exercise, view the geographical pattern of morphs across the gray squirrel's range. Together we can crack this nut!




SLIME

Snails and slugs Living in Metropolitan Environments (SLIME) is a citizen science project that aims to catalogue the biodiversity of terrestrial gastropods (land snails and slugs) in Los Angeles County and throughout Southern California.

The Natural History Museum’s collection of land snails includes thousands of specimens from locations throughout the Los Angeles basin and spans the last 100 years. However, not much is known about this mollusk biodiversity today, especially within the cities of Southern California. That’s where citizen scientists come in!

We’d like you to help us complete the first citizen science snail survey focusing on urban Southern California by finding snails and slugs and, either
1) collecting them and bringing them to the Museum or,
2) taking photos and emailing them to us or uploading them to the SLIME iNaturalist page.

With this information we hope to identify the species that call the urban areas of Southern California home, those that are new to the area, and those that haven’t been able to survive the changes that urbanization has made to their homeland.




Southern California Squirrel Survey

The Southern California Squirrel Survey is a citizen-science based research program to catalog the occurrence of squirrels in the greater southern California region.

Although squirrels are well-known to people, they are often overlooked. Not many people realize that eastern fox squirrels are not native to California. Similarly, the decline of the native western gray squirrel has gone unnoticed.

The aim of the Southern California Squirrel Survey is to learn more about the distribution and behavior of these species, as well as the many other understudied species in our regions, such as the northern flying squirrel (Glaucomys sabrinus), eastern gray squirrel (Sciurus carolinensis), lodgepole chipmunk (Tamias speciosus), and Merriam’s chipmunk (Tamias merriami).




Biological Records Centre

The BRC helps the recording community to publish atlases, data and other online resources to provide essential information which informs research, policy and the conservation of our heritage of wildlife.




Open Insulin Project

A team of biohackers is developing the first open source protocol to produce insulin simply and economically. Our work may serve as a basis for generic production of this life-saving drug and provide a firmer foundation for continued research into improved versions of insulin.

Some of the articles about us:

Popular Science - www.popsci.com/these-biohackers-are-making-open-source-insulin

Vice - motherboard.vice.com/en_ca/read/after-92-years-biohackers-want-to-finally-make-cheap-and-generic-insulin




Season Spotter

We invite you to join Season Spotter, where you can help with an ongoing climate change research project. We have over 250 digital cameras mounted on towers and platforms across North America (and beyond) taking continual images of vegetated landscapes including forests, grasslands, and croplands. The result is images – a lot of images – that provide a unique record of how plants respond to seasonal change including the timing of leafing, flowering, and fruiting.

While some of the images can be categorized by using automated algorithms, humans are much better at tasks involving visual skills such as pattern recognition. That’s where you come in. A little bit of your time can further research to better understand how the natural world responds to changing climate. Help us classify landscape images so that we can produce forecasts that will be useful for a wide range of purposes, including in agriculture, conservation, tourism, and public health.




"Stick Out Your Tongue" - Saca La Lengua

‘Stick Out Your Tongue’ (‘Saca la Lengua’) is a citizen’s science project that aims to study the mouth’s microbiome and its possible relationship with our environmental characteristics and lifestyle.
This project has involved the public at different levels. Stay in touch with the project, train yourself in bioinformatics... our next project participation phase will be released soon.




Picture Pile

In Picture Pile you can help science solve global problems like climate change and hunger by sorting with other players picture piles!

The sorting works quite similar to the popular dating app Tinder. You see an image and the game asks you a question like “Do you see tree loss over time?”. You can now answer by dragging the image to the right to say “yes” or left for “no”. In addition if you are unsure you can swipe the image down to say “maybe”.




Volunteer Science

Volunteer Science allows people from all over the world to play online games, take surveys, and donate their data to social scientists. By participating, you give scientific researchers the data they need to answer today's most important research questions.

Each game takes two to five minutes and you don't have to sign up to play. A short game can have a lasting impact.




CrowdMag

In CrowdMag project, NOAA explore whether digital magnetometers built in modern mobile smartphones can be used as scientific instruments. With CrowdMag mobile apps, phones all around the world send magnetometer data to NOAA. At NOAA, we check quality of the magnetic data and make data available to the public as aggregate maps and charts. We have two long-term goals: 1) Create near-real-time models of Earth's time changing magnetic field by combining crowdsourced magnetic data with real-time solar wind data. and 2) Map local magnetic noise sources (for e.g. power transformer and iron pipes) to improve accuracy of the magnetic navigation systems.




Les Herbonautes

This french site offers you to participate in the creation of a scientific database from millions of plants of photos of the french herbaria.
In exploring these plants and their labels to determine when and where it was collected. The data you find are valuable elements to learn more about biodiversity and measure and predict erosion.




Plan Prediction

This project will enable cognitive scientists to conclude whether or not the 'Plan Prediction Foundation''s internet app can learn to predict, with statistically significant accuracy, which plans different types of people will favor - in ANY problem situation.

Previous tests with prototype versions showed that it correctly predicts any individual's favored plan at least 70% of the time. But such performance should greatly improve after many people have used the app in order to contribute their sincere, personal judgements, thereby 'teaching' the app to become, hopefully, more accurate.

If and when this occurs, the app will continue to be made freely available for everyone to use. This should make much socially-sensitive planning around the world more empathetic due to the app's cognizance of different kinds of people's contrasting beliefs and priorities.

Specifically, participants run the app which asks them to select a sample situation and to score its plans both on twelve criteria and for overall desirability (there are no right or wrong answers). All serious users' scores then become part of a now richer, cloud-based, group-specific data set. The latter, hopefully, enables the app to forecast group-specific, plan scores more accurately.




Biodiversity PEEK

The Biodiversity PEEK (Photography Engaging and Educating Kids) program is a citizen science program designed to actively engage local, disadvantaged, public school children with their local overlooked habitats and wildlife through site-adaptable, hands-on, outdoor exploration, digital photography, and the contribution of real scientific data on an online database. Biodiversity PEEK is inquiry-based and project based learning designed to meet national science standards.




SPARCnet

SPARCnet (Salamander Population and Adaptation Research Collaboration Network) is a regional collaborative network designed to meet scientific and educational objectives associated with understanding the effects of climate change and land use on salamander populations. We would like you to collect woodland salamander monitoring data using one of two methods: natural cover surveys or cover board surveys. Sampling salamanders is cheap, easy and fun!




Seeking All Southern California Stinkbugs!

Help create a portrait of California stinkbug diversity and distribution by submitting your observations. Get help using a field guide to some of the stink bug taxa found in Southern California available at http://www.inaturalist.org/guides/887. Smartphone users can use iNaturalist apps, or use the Riverside NatureSpotter app (available free online for iPhone and Android devices); or upload data and image files directly to the project site. Hosted by the City of Riverside's Metropolitan Museum, verification of observations will be carried out by Museum staff, UC-Riverside Entomology personnel, plus other entomologists and iNaturalist users.

Most stink bugs are large, easy to photograph, and their egg masses are conspicuous. As observations accumulate, iNaturalist creates a checklist of observed species for the project. These observations may also provide early detection of the spread of introduced pest species, such as the Brown Marmorated Stinkbug (Halyomorpha halys).




Whale mAPP

Whale mAPP is a collection of GIS-based web and mobile tools used by researchers and citizen scientists to contribute observations for scientists studying and mapping human impact on marine mammals.

Record and visualize ocean-based trips.

Track marine mammal sightings.

Choose from a list of species in your region and submit photos of your observations.

Visualize and explore your contributions through Whale mAPP web.

Manage and visualize your collected data.

Explore what other citizen scientists have contributed.
Download your data – for research or for fun!




The WQI Project

The WQI (Water Quality Index) Project is a guided citizen science curriculum. It encourages learners to investigate water quality in their community, consider water challenges around the world, and share their findings with other students around the country. The WQI Project is ideal for a classroom or group setting.

Each WQI Project kit provides everything learners need to investigate water quality issues, and everything facilitators need to lead a successful investigation. In purchasing the kit you will receive login information for thewqiproject.org where you will have access to the exclusive student data map and online resources. The curriculum includes 5 lessons and assessment mechanisms built by certified science educators. The WQI Project aligns to Next Generation Science Standards and Common Core State Standards.




Drought Risk and You (DRY)

The DRY Project takes a pioneering approach to better understand drought by bringing together a unique blend of science and stories in drought risk decision-making across seven river catchments in England, Scotland and Wales. Led by the University of the West England (UWE) the DRY project, is a partnership made up of seven other universities, and is funded by the UK Research Councils.

Drought is a normal part of all climates and is likely to become more frequent and more severe in the future. However, many questions about ecosystem responses to climate change and the joint impact of climate, land management, and human activities remain unanswered.

The DRY project aims to better understand these processes by exploring the impacts of drought and climate change on grasslands and trees in the Frome River Catchment, Don and Eden Catchments (Visit: http://dryproject.co.uk/our-uk-river-catchments/ for delineations of the catchment boundaries).

Get involved

We want to work with members of the general public, to take part in our grassland surveys and tree studies.

Programme activities

Grassland Surveys

Frome River Catchment

Volunteer by undertaking grassland surveys close to the University of West England, Frenchay Campus, Coldharbour Lane, Bristol, BS16 1QY. Volunteers can help between 1-3 days from Monday-Wednesday (10.30am-4.30pm) depending on your availability until December 2017.

Upper Don Catchment

Volunteers can help undertake grassland surveys close to our field sites in High Bradfield and Ingbirchworth Reservoir. For further information about volunteering in the Don Catchment please email Natasha or Sarah on dry@uwe.ac.uk or ring: 0117 32 87024

Eden Catchment

Volunteers can also help to undertake grassland surveys and phenology observations at sites located close to Foxton in Cupar and Craig Meads Meadow. For further information about volunteering in the Don Catchment please email Natasha or Sarah on dry@uwe.ac.uk or ring: 0117 32 87024.

Volunteers will work with university staff and in some case independently to carry out grassland surveys. Tasks include monitoring changes in grassland species, abundance of species, phenology of flowering grasses (the study of the timings of naturally re-occurring phenomena) and the number and species of pollinators and invertebrates. There will also be opportunities for volunteers to explore their own topics of interest.

Adopt and monitor a tree

We are looking for volunteers to adopt a tree or several trees in their local school, garden, street or park in urban and rural areas and to help us collect a range of measurements on that particular tree in 2015, 2016 and 2017. The aims of the project are to assess tree species responses to changes in rainfall and temperature in urban and rural environments across the river catchment.
The tree monitoring activities can take place at any time and for each tree we need to know: the location of the trees, the date sampled, tree species, trunk circumference, height, crown spread and crown depth.

We would also like to know additional information about the natural timing of life cycle events such as the flowering times of trees and how they change over the years. We are also interested in collecting information on temperature, relative humidity and rainfall in the environment where the tree measurements were taken. The tree survey manual and monitoring form can be downloaded online and the data inputted onto the DRY website by visiting (http://dryproject.co.uk/about-the-project/citizen-science/urban-and-rural-trees).

Tree monitoring events

We will be hosting a number of tree monitoring events in winter 2015, spring 2016 and summer 2016 throughout the Frome River catchment that people can attend to learn more about trees in their local areas, undertake scientific experiments on trees and the impacts of a climate change on the environment. Check our website to keep updated on tree monitoring events in your area.

What will you gain?

This is an exciting opportunity to gain valuable experience on a large-scale scientific project, learn plant and tree identification skills, about grassland and tree ecology and more broadly about the impacts of drought and climate change on the environment. Volunteers will receive a certificate detailing the number of hours spent on the project and essential skills acquired, which are important for many ecological or conservation jobs.




Monarch SOS

Monarch SOS is a field guide created by Naturedigger, LLC in cooperation with the Monarch Joint Venture. It is the first monarch app developed by scientists which covers monarch identification in all life cycle stages, confusing look-alikes and numerous milkweed species (monarch's larval host plants), frequently encountered in North America.

The public can now use the app to participate in data collection for monarch research projects, like the Southwest Monarch Study and the Monarch Larva Monitoring Project, and do their part to conserve this iconic species.

Veterans of monarch research and conservation have contributed their expertise to Monarch SOS to make it a useful tool for monarch conservation. With guidance from the MJV and their citizen science partners, Monarch SOS is a valuable tool for collecting accurate data, which will increase the understanding of monarch butterflies with the help of citizen scientists.




Cape Citizen Science

Cape Citizen Science is a project to engage the public in a survey of plant pathogens in the Fynbos of the Cape Floral Region in South Africa.




Reading Nature's Library

Reading Nature's Library is a citizen science project where anyone can help the Museum catalogue the fossil collection.

The collection is broken down into projects, such as fossil corals. New projects will be added over time as we photograph the collection.

It's free to join and take part, and you'll be helping make the amazing collection available to everyone!

Once you've signed up you can share your favorite images with friends and family, or see if they can help with any hard to read labels.




HerpMapper

HerpMapper is a cooperative project, designed to gather and share information about reptile and amphibian observations across the planet. Using HerpMapper, you can create records of your herp observations and keep them all in one place. In turn, your data is made available to HerpMapper Partners – groups who use your recorded observations for research, conservation, and preservation purposes. Your observations can make valuable contributions on the behalf of amphibians and reptiles.




Wildbook for Whale Sharks

The Wildbook for Whale Sharks citizen science program allows any member of the community to be involved in collecting important identification data on whale sharks. Citizen scientists across the world can take a photo of the spot patterns on the skin of a whale shark and enter the photo into this Wildbook. Wild Me (http://www.wildme.org) and the global whale shark research community will then use this photo as a way to identify the whale shark, determine their movements and if they have been seen in the same area before.

Wildbook for Whale Sharks is available for people to access around the world, so any shark sighting can be reported into the Library as an encounter. We have actively set up partnerships for this citizen science program in Indonesia, Mexico, Mozambique, Seychelles, Maldives, Galapagos, Belize, Honduras and Philippines, with many other countries interested in being involved. The Library currently holds over 50,000 photos and has received submissions from 4800+ people and 100+ researchers who have photographed whale sharks in 46 different countries.

Our citizen science project provides huge potential to increase the interest in science and conservation among community members using the unique combination of a flagship species (whale sharks) and the latest technology (the on-line data collection system used within Wildbook). It also provides the opportunity and skills for community to be involved in the natural resource management of their local area. Wild Me believes that the combination of awareness raising and capacity building among our community and, in particular, youth is a vital part of our marine environment’s future.




South Texas Wintering Birds

Contribute your observations to a database for the state of Texas. Whether you are on a large private ranch, small yard in the city, or public nature area -- if you go birding, we need your sightings. Help us better understand the richness, abundance and changes in bird life in Texas!




eBird

A real-time, online checklist program, eBird has revolutionized the way that the birding community reports and accesses information about birds. Launched in 2002 by the Cornell Lab of Ornithology and National Audubon Society, eBird provides rich data sources for basic information on bird abundance and distribution at a variety of spatial and temporal scales.

The observations of each participant join those of others in an international network of eBird users. eBird then shares these observations with a global community of educators, land managers, ornithologists, and conservation biologists. In time these data will become the foundation for a better understanding of bird distribution across the western hemisphere and beyond.




Orchid Observers

During 2015 citizen scientists photographed and identified flowering wild orchids in the UK. Now we need your help to extract flowering date information from over 10,000 images of orchid specimens in the Natural History Museum's collections. Collected over three centuries, they can tell us about flowering times in the past. Together, these datasets will enable Natural History Museum researchers to examine the impact climate change may be having on the flowering time of the UK’s orchids.

Extracting data from so many specimens is a huge task, so we need your help. Get involved at www.orchidobservers.org

Background:
Fifty-six native species of orchid grow wild in the UK, flowering from April to September.

Recent research indicated that climate change is affecting the flowering time of the early spider orchid, Ophrys sphegodes. We want to find out if this is true for other wild orchids and whether all species are responding in the same way, starting with 29 species.




Big Seaweed Search

Help us to determine what impact climate change and invasive species are having on the distribution of seaweeds in the UK.

The UK has 650 species of seaweed along its shores, which is around 7% of the world's species. Seaweeds play an important role in the functioning of marine habitats. At the bottom of the food chain they provide food and shelter for many organisms. They are also used in a number of man-made products, such as cosmetics and medicines. With such an important role to play, it's important for us to understand how climate change and invasive species might be affecting their distribution.

We would like you to look out for 12 different species of seaweed. When you find one we'd like you to take a couple of photographs and record some information about the site you have visited, such as where you are and whether the shore is rocky or sandy. We also want to know how many limpets you can find in 1 minute.

Anyone can take part and the survey is open all year round.




Purposeful Gaming

Purposeful Gaming is a project that explores how computer games can be used to enhance and preserve historical texts, such as 19th-century hand-written field notes and early agricultural catalogs.

Because these materials cannot be read by Optical Character Recognition (OCR), people must transcribe them from scanned images. Some words are difficult to read, however, leading to different transcriptions of the same material.

When two transcriptions of the same text use a different word or spelling in the same place, that word is fed into the game. Each time players type the word, their interpretation is stored. Eventually, when enough people have typed the word, the game can create consensus about the correct spelling. These words are then sent back to the digital library that holds the texts, where they can be incorporated into the original transcriptions to make them more accurate and searchable.

Play a game. Save a book.




ClimateWatch

ClimateWatch was developed by Earthwatch with the Bureau of Meteorology and The University of Melbourne to understand how changes in temperature and rainfall are affecting the seasonal behaviour of Australia's plants and animals. The first continental phenology project in the Southern Hemisphere, ClimateWatch enables every Australian to be involved in collecting and recording data that will help shape the country?s scientific response to climate change.

The ClimateWatch system provides:
* An opportunity for educators to introduce their students to phenology, biodiversity, and climate change.
* A greater understanding, while raising public awareness, of the response of Australia?s biodiversity to climate change;
* An online system for collecting, storing, interpreting and reporting indicators of biological responses to climate; and
* The ability to predict and monitor changes in native and pest species distributions and to test their sensitivity to climate.




iNaturalist

iNaturalist.org is a place where you can record what you see in nature, meet other nature lovers, and learn about the natural world. It is also a crowdsourced species identification system and an organism occurrence recording tool. You can use it to record your own observations, get help with identifications, collaborate with others to collect this kind of information for a common purpose, or access the observational data collected by iNaturalist users.

From hikers to hunters, birders to beach-combers, the world is filled with naturalists, and many of us record what we find. What if all those observations could be shared online? You might discover someone who finds beautiful wildflowers at your favorite birding spot, or learn about the birds you see on the way to work. If enough people recorded their observations, it would be like a living record of life on Earth that scientists and land managers could use to monitor changes in biodiversity, and that anyone could use to learn more about nature.

That's the vision behind iNaturalist.org. So if you like recording your findings from the outdoors, or if you just like learning about life, join us!




Einstein@Home

Einstein@Home uses your computer's idle time to search for weak astrophysical signals from spinning neutron stars (also called pulsars) using data from the LIGO gravitational-wave detectors, the Arecibo and Parkes radio telescopes, and the Fermi gamma-ray satellite.

Einstein@Home is a World Year of Physics 2005 and an International Year of Astronomy 2009 project supported by the American Physical Society (APS) and by a number of international organizations.

Einstein@Home volunteers have already discovered more than 50 new neutron stars, and we hope to find many more in the future.

Our long-term goal is to make the first direct detections of gravitational-wave emission from spinning neutron stars. Gravitational waves were predicted by Albert Einstein in 1916, but have never been directly detected. Such observations would open up a new window on the universe, and usher in a new era in astronomy.




Birds and Berries

We are seeking photographic observations of wild birds feeding on berries and other fruits. We prefer the bird in the act of consuming the fruit, but we also welcome the bird perched on or near the fruiting plant. The fruiting plants can be wild or cultivated, native or invasive. No feeders please. We prefer birds and plants within North America, especially California. If possible, please identify the bird or the plant or both (an additional identification can be included within the comments section). If multiple birds or plants are shown in the photograph, please specify which bird was eating which plant.

If you have no photographs to submit, please help us make others' submissions "Research Grade" by verifying identifications of the birds and plants in photographs.

Birds are around us every day. We encounter berry species in the fruits we buy, the plants in our yard, and when we're out in nature. We know there's a connection between them - many birds use berries as a food source, especially in the fall and winter months in North America and many of these plants rely on birds to disperse their seeds. Yet we do not know nearly enough about this relationship, particularly all of the species involved. Please help us collect this information!




CrowdHydrology

The CrowdHydrology mission is to create freely available data on stream stage in a simple and inexpensive way. We do this through the use of crowdsourcing, which means we gather information on stream stage or water levels from anyone willing to send us a text message of the water levels at their local stream to collect spatially distributed hydrologic data. These data are then available for anyone to then use, from Universities to Elementary schools, interested in studying hydrologic data.




Long term marine ecology project

Australia’s south eastern coastline is home to an array of unique and fascinating marine life. These organisms have adapted and acclimatised to temperate (cold water) conditions. However, climate change modelling predicts that Australia’s surrounding oceans will warm by 1–2 ⁰C by 2070, with the south east coast of Australia expected to feel the greatest effects due to increased strength and penetration of the East Australian Current (EAC).

– the EAC pushes warm water from the tropics, i.e. around the Great Barrier Reef, southward into the temperate waters found along the south eastern coast. This strength varies in season–

As a consequence to this predicted increase in ocean temperatures, there is mounting evidence suggesting that the geographic range of tropical and temperature coastal fish species will shift to higher latitudes (in this case further South), in response to warming trends. For example, ongoing studies around a coastal town called Merimbula (37°S) have recorded over 50 species of tropical fish which are aided by the warmer water and stronger EAC during Summer/Autumn. It is only when the warm water recedes and cold water replaces it, do these tropical fish die. With the predicted changes, these tropical fish are expected to survive through winter and compete with temperate fish species.
In addition to this, structurally important and unique macroalgae (e.g. bull kelp Durvillea potatorum) are predicted to have dramatic temperate fish range shifts. Preferring temperate conditions, increased ocean temperatures are predicted to radically move macroalgae distribution poleward. Warm ocean temperatures influence the health of macroalgae, often leaving large populations vulnerable to disease and wave action. Macroalgae provides important habitats for a number of temperate fish and invertebrate species throughout their life cycles, with predicted poleward shifts, species that require macroalgae habitats will either adapt or follow macroalgae range shifts.
Acknowledging these predicted changes, community members are establishing a long term monitoring program to record any annual and seasonal changes in fish diversity and macroalgae health. This would also include recording sea surface temperature.

Acknowledging these predicted changes, community members are establishing a long term monitoring program to record any annual and seasonal changes in species diversity and macroalgae health. This would also include recording sea surface temperature.

AIMS

1.Establish a monitoring programme that will build valuable data, recording biodiversity and changes over time

2.Monitor annual and seasonal changes in fish and invertebrate diversity and macroalgae health

3.Create and maintain an ongoing training program that improves interested community members knowledge about local marine life and improve their identification skills

4.Create an identification/education guide of the target fish and invertebrate diversity and health indicators on macroalgae.

5.Establish frequent monitoring of nominated sites and expand the number of survey sites over time

6.Encourage university involvement and/or grants

METHODS

1)Timed snorkel: using a recording template (that will have a list of key fish), participants will note down any fish/invertbrate species they observed and an estimated abundance. They will also note down any macroalgae discolouration.

2)Un-timed snorkel/SCUBA: using a slate and waterproof paper, particpants will note down/photograph as many species as they can during their recreational snorkel/SCUBA dive.

3)Video footage: working with local fisheries, underwater video footage of offshore habitats (e.g. urchin barrens, rocky reefs) has been made available to the community working group.

QUESTIONS
Can't get to the location to help out? Then maybe you can help answer some of our projects questions (if you can, please join the project and follow the contact prompts);

1) What data should we be aiming to record;

- Species wise: Should we aim to create a total species list and record as much of the biodiversity as possible OR create a targeted species list that aims to record indicator species of fish, invertebrates and macroalgae?

- Health: What is the best way to record the health of macroalgae?

- Abiotic parameters: we have access to temperature data loggers, but what other parameters should we look to record? E.g. depth, water clarity, tide, swell height etc

New to working with underwater video footage has created a few questions:

2) What would be the best way to utilise the video footage ? Footage shows macroalgae and fish species inhabiting habitats at different depths. (NOTE: original thoughts was to take snapshots of the footage and overlay randomised dots/points over the image. Dots/points that are over macroalgae would be highlighted and those that aren’t over macroalgae would be left alone)

3) Is there an online tool or free software to analyse video footage?

4) What would be the best way to standardise video analysis? Note: video footage will be from the same sites taken at different times of the year.




National Plant Monitoring Scheme

We are a habitat-based plant monitoring program that collects data to provide an annual assessment of plant abundance and diversity.

Our volunteers are assigned a random but convenient 1km area to monitor. Monitoring involves recording the plant species present in that plot of land.




What Do Birds Eat?

We (Douglas Tallamy's lab in the Department of Entomology and Wildlife Ecology at the University of Delaware) are collecting photo contributions to an ongoing research project about avian diets-- in a nutshell, we are trying to figure out "what birds eat"!

If you have any photos of birds holding insects or other arthropods (spiders, etc.) in their bills, please consider submitting them on our site. Thanks to everyone who has already contributed!




Bugs In Our Backyard

Bugs In Our Backyard is an educational outreach and collaborative research program, providing project-based learning opportunities for K-12 students-- or anyone! The core activity for Bugs In Our Backyard takes advantage of the bugs in your own backyard, schoolyard or neighborhood. Students become citizen-scientists by surveying this diversity of insects and plants. How much insect diversity can you find? How does insect diversity vary over time? How does insect diversity vary across geographic and urban scales? These are some of the questions that can be asked. The survey targets are “true bugs” (what entomologists call Heteroptera) in the eastern US, but activities are designed to be open-ended. Everyone is welcome to get involved. Let’s expand what we know about about insect diversity across rural and urban landscapes!

BioB is part of an NSF-funded research program at Colby College, which will also provide students with insight into the practice of science. Our goal is to engage students with biology by making them citizen scientists. Get involved in ecological surveys of local bugs and their host plants! Produce data to contribute to a growing community database. Connect to the biological diversity in your own backyard!

A series of modular activities on different life science topics, such as biodiversity, growth and development, invasive species, genetics, insects, evolution, urban ecology and statistical analysis, are also being produced. These modules can be scaled to the needs of different classes and grade-levels or used over multiple grade-levels. For older students, survey data are available to be used in hypothesis-testing or exploratory analyses. Teachers are encouraged to modify the activities to their own needs and share success stories.




Truckee River Guide

Truckee River Guide is an interactive field guide to the plants and wildlife of the Truckee River, and a community wildlife mapping project.

Did you know that there is no complete species list for the Truckee River region of California and Nevada? The Truckee River is an important resource for the people that live in our community, and also an important resource for wildlife. With an ongoing drought and a changing climate, it is important to keep records of the species that live in our region, so that we can recognize and monitor change as it happens. You can help, by taking photos and submitting observations of plants and wildlife to Truckee River Guide.

The Truckee River Guide website is a free community resource intended to provide information to the public about the species that live in the Truckee River region of California and Nevada.




NOVA Evolution Lab

In NOVA’s Evolution Lab (pbs.org/nova/labs), phylogenetics—the study of the evolutionary relationships between species—is explored in depth as players evaluate similarities in the traits and
DNA of species and conduct their own investigations in a virtual tree of life. Along the way, players can watch short animated videos that explain the evidence of evolution and illustrate it with specific examples.

The Evolution Lab contains two interactives, Build A Tree and Deep Tree, that were developed by the Life on Earth project based at Harvard’s School of Engineering and Applied Sciences. Life on Earth is a NSF-funded project led by principal investigator Chia Shen, director of the Scientists’ Discovery Room (SDR) Lab. Shen’s team, including lead developer Florian Block and collaborators around the country, worked for several years to find the most effective ways to make the tree an open-ended space to explore how life formed and continues to evolve.




The Banished Beetle Project

The Banished Beetle Project is a citizen science initiative designed to increase awareness of burying beetles and their importance to the environment. Collecting data on burying beetle species is beneficial in order to determine the presence of the endangered American burying beetle (ABB). The American burying beetle only occurs in six states, including Oklahoma. There has never before been a chance to involve citizen scientists in this research effort until now! I have developed methods that enable teachers and young children to go outside and perform experiments that will add to larger pool of data that will significantly improve research efforts towards the conservation of this troubled species.




LabintheWild

LabintheWild tests your abilities and preferences. At the end of each experiment, you will see a page with your personalized feedback, which lets you compare yourself and your performance to other people around the world.

By participating, you contribute to research on people's similarities and differences and help improve users' experience when interacting with technology. We believe that research should be done in collaboration with people—people like you from all over the world who are interested in learning about themselves and helping research. With your help, we can, for example, compare the website preferences of people from different countries, or analyze what user interfaces should look like if optimized for the most interaction abilities of certain age groups.




Gotham Whale

Gotham Whale monitors marine mammals in the waters around New York City. We work primarily on board the whale watching vessel, The American Princess. We enlist other on-the-water observers to report sightings of whales, dolphins, and seals in the area.




BUGSS

BUGSS stands for Baltimore UnderGround Science Space. We are a community lab for amateur, professional, and citizen scientists and a place to be curious about biotechnology and have fun responsibly.




Connecticut Turtle Atlas

With approximately 58 percent of the world’s 335 turtle species threatened with extinction, turtles are the most endangered vertebrate group in the world. The Bruce Museum in Greenwich invites people to help map the distribution of turtles with the Connecticut Turtle Atlas Citizen Science project.

The unassuming turtle is seldom on the mind of most people, but they are a top priority for many conservation biologists. Turtles can play key ecological roles, serving as both predators and prey, contributing to the cycling of nutrients, and acting as seed dispersers.

Anyone interested in turtles or the outdoors can participate, including families, children, individuals, and classrooms. Participants in this Bruce Museum Citizen Science initiative will collect data on all turtle species found throughout the state as they help scientists track turtle distribution and abundance. The project runs from April through November on an annual basis.

The state of Connecticut is home to twelve native turtle species that inhabit our woodlands, wetlands, and even the waters of Long Island Sound. The primary threats to turtles in the state include habitat loss and traffic-related highway mortality. Worldwide, turtles are negatively affected by threats such as collection for food and pets, disease, and changing climates, as well as habitat loss and fragmentation.

The goals of the Bruce Museum’s Connecticut Turtle Atlas include developing a public understanding of turtle ecology, promoting ways in which people can help turtles, and gathering research-quality data for use in publication and sharing with scientists.

Participants will learn about the wonderful diversity of turtles and their benefits to the ecology. No experience is required, all that is needed is access to a smart phone, camera, or a computer with the iNaturalist.org platform. Using the iNaturalist smartphone app, volunteer scientists can gather information that will be used to map distributions, identify important habitats, locate areas of nesting abundance, and detect roadways with high traffic-related mortality. In addition, the Bruce Museum will provide opportunities to assist with other aspects of turtle research and fieldwork.

Citizen Science harnesses the passion of the public to become amateur researchers, which helps not only with the gathering of important data on a wide scale but also with inspiring a new generation of future scientists. Citizen Science provides fun and interesting projects with real-world implications, breaks down barriers between society and scientist, opens discussion on STEM subjects and current events, shares research outcomes, and acknowledges participants’ important contributions.




Track a Tree

Are you are a regular visitor to your local woodland? If so, Track a Tree needs your help to record the spring timing (or phenology) of the UK’s woodland trees and the flowering plants that grow beneath them. Track a Tree aims to find out how much woodland species vary their seasonal timing, and how tree leafing affects the flowering of plants on the woodland floor.

We need volunteers to become citizen ecologists and record trees in their local woodland during spring, visiting on a weekly basis if possible. Track a Tree recorders are asked to monitor their chosen trees from before they budburst until they come into leaf, so the key recording period is usually between March and May. Track a Tree monitoring involves selecting a tree (or trees!) and revisiting it throughout spring to record its leafing stage and monitor the flowering plants beneath it.

As spring temperatures rise the leafing of trees is getting earlier and we are interested in testing whether woodland flowers can keep up with this change. With the help of citizen ecologists monitoring trees across the UK, we can see whether woodlands in warm parts of the country do as well as those from colder areas.

The Track a Tree project would suit anyone who regularly visits their local woodland; individuals, families, education groups… all are welcome to take part! Download the field guide from our website, get recording and share your observations to see how they compare with the rest of the UK.




BioCurious

Our Mission:
We believe that innovations in biology should be accessible, affordable, and open to everyone.
We’re building a community biology lab for amateurs, inventors, entrepreneurs, and anyone who wants to
experiment with friends.

What We Are:

- a complete working laboratory and technical library for entrepreneurs to cheaply access equipment, materials, and co-working space,

- a training center for biotechniques, with an emphasis on safety

- a meeting place for citizen scientists, hobbyists, activists, and students




The Microbiome and Oral Health

Help researchers learn more about the normal bacteria in the mouth!

You may Qualify if you:
• Are able to collect samples from yourself
• Have NO active dental disease
• Have NO chronic medical conditions

What is the Time Commitment?
• Six 2.5 hour office visits at UCSF
• Daily sample collection by you at your home (~30 minutes per day) for 28 days
Benefits?
• A free dental examination (no xrays) and a free dental cleaning
• A maximum of $245




UK Ladybird Survey

The Ladybird Survey aims to facilitate the recording of all the UK's ladybirds. Help us understand the ecology of native UK ladybirds by sending in your observations.

The invasion of the harlequin ladybird (Harmonia axyridis) threatens Britain's native populations. If you want to know more about this species in particular, or want to record sightings, please have a look at the Harlequin Ladybird Survey website.




Southwest Monarch Study

The Southwest Monarch Study is a citizens science research project dedicated to learning about monarch butterflies in the Southwestern United States including Arizona, New Mexico, Nevada, Utah, western Colorado and the California deserts. We provide education and conservation programs as well as training to help citizen scientists tag and monitor monarch butterflies and their immatures.




The Dental Arcade Game

Are you fascinated by forensic science? This project is run by a real life forensic anthropologist, and is about teeth. It is designed to gather information about your age, ethnicity and the teeth you have in your mouth, to see if what we think we know about when teeth erupt is accurate.

At the moment, if an unknown body is found, forensic scientists (forensic anthropologists and forensic odontologists) examine the teeth and work out how old the person was when s/he died by noting which teeth have erupted, and comparing this to reference data. This data then gives the scientist an age range, which can help the police narrow down the list of possible people that the body could be. The problem is that this data is out of date, and there is lots of variation between populations.

That's where YOU come in. We can improve this data set by getting as many people as possible to complete our survey. That way, we can build up a mega-database of ages and tooth eruption and ethnicities, and build up a really useful bank of data for scientists to use in the future.




Monitoring an Invasive Seaweed

We need your help to track the changes in abundance of an invasive seaweed, Gracilaria vermiculophylla. Native to Asia, G. vermiculophylla was introduced to the Southeast via the oyster trade back in the 1990's. Scientist studying G. vermiculophylla are trying to determine how the seaweed is changing southeastern estuaries where it is most prolific, and here is how you can help!

An informational sign is placed on the Jay Wolf Nature Trial Dock, a high-traffic area adjacent to a mudflat where G. vermiculophylla can be found. The sign, along with educating the public about the invasive seaweed, instructs passersby to take a photograph with a camera or phone and to then share the photograph with us using social media or email. A bracket is installed adjacent to the sign to designate where the camera or phone should be placed, allowing us to guarantee that all photographs are taken from the same location. The photographs will be compiled in a time lapse series, which will be used to better understand seasonal changes in G. vermiculophylla populations. The time lapses will be available for viewing by the public through the project’s blog.




Drug discovery from your soil

Creating a new medicine is a team effort involving scientist and medical professionals from a wide variety of fields. In 2010, researchers with the University of Oklahoma’s Natural Products Discovery Group redefined the notion of what “team” meant when they launched their popular Citizen Science Soil Collection Program. Through this program, volunteers from across the United States have helped by donating soil samples from their own backyards, which OU investigators are using to obtain fungi that make special compounds known as natural products. Natural products are the source of many lifesaving drugs that are used today by doctors around the world.




Beats Per Life

What is the secret to a long life? The heartbeat of some animals may hold a clue. We are consolidating reports of the heart rate and lifespan of as many vertebrate species as possible. Our goal is to integrate the data from various sources into a single database, where they can be more readily accessible.




Measuring the vitamin C in food - a global experiment

Take part and share your data with thousands of students from around the world. Test your fruit and vegetables for vitamin C using simple kitchen equipment and household items.
This global experiment will remain open so you can participate anytime.




Water - a global experiment with hydrogels

Thousands of people all over the world are taking part in Water: a global experiment with hydrogels. Pupils explore the effects that hydrogels – a man-made product – has on the water cycle before sharing their results with other classes across the globe. Not only are all the activities engaging but they also support learning and curriculum coverage. So why not make it part of your lessons?




Track Fire and Wolves:Canadian Rockies

To help keep this amazing place intact, park managers need to understand exactly how this food-chain reaction works. Help them by measuring how much vegetation elk are eating and how the controlled fires have shaped the plant populations. Spend one day on the trail of wolves, following their tracks in areas of high wolf activity, such as their meeting sites and travel corridors.




Identify the cloud

Share photos of unusual cloud types and formations, and help identify other people's cloud pictures.




FreshWater Watch

FreshWater Watch is Earthwatch's global research project which aims to involve at least 100,000 people in a program to research and learn about fresh water. The purpose of FreshWater Watch is to safeguard the quality and supply of fresh water, our planet's most precious and vital resource.

Participants have the opportunity to become citizen scientists and take an active role in scientific data gathering. As a citizen scientist, you will join a global community working together to promote freshwater sustainability.




Fastest lift

The aim of this project is to identify the lift with the top speed in your area. To take part in this mission, you will need an Android device (phone or tablet) and the Sense-it app.




Noise map

Noise around us can increase stress and make it difficult to concentrate. This project will help you map your surrounding noise, compare it to other places and decide whether you live in a noisy environment.




Amazon Riverboat Exploration

You’ll journey aboard a restored, remodeled, air-conditioned vessel from the Rubber Boom era. You’ll travel for two days along the Samiria River into the heart of Peru’s fabled Amazon region. There, in the Pacaya-Samiria National Reserve, you’ll discover a flooded forest whose waters run from the Andes Mountains to create a delicate wilderness. You’ll also have the opportunity to meet and work with the Cocama people from a nearby village. With your help, Earthwatch and the Cocama will develop management plans to protect both the needs of the Cocama people and the wildlife of the Samiria River basin.




Excavating the Roman Empire in Britain

As a volunteer member of the archaeological team, you’ll help a seasoned team of researchers to excavate Arbeia and its environs to better understand how the Romans and the inhabitants of northern Britain came into contact with each other—and were forever changed by the experience. You’ll work in small groups, rotating among many tasks, including excavation using a trowel or more robust digging equipment, recording site data, site surveying, and sampling, cleaning, and processing finds.




South African Penguins

Ninety percent of the penguin population on Robben Island has disappeared over the past 100 years. You can help conserve their habitat and protect their population.




International Drought Experiment

The goal of the International Drought Experiment (IDE) is to implement a highly coordinated, multi-site drought experiment requiring (in most cases) only a moderate investment of time and resources by investigators. This coordinated, distributed experiment will allow for the quantification of the impacts of four-year extreme drought across a wide range of terrestrial ecosystems based on a common experimental design and a comparable suite of measurements.

The primary goals of IDE are to: (1) assess patterns of differential terrestrial ecosystem sensitivity to drought, and (2) identify potential mechanisms underlying those patterns. IDE will significantly expand the scope of past drought experiments by including as broad a range of ecosystem types as possible, ensuring that these experiments are accessible to as many investigators as possible, and overcoming the limitations of past drought experiments (i.e., lack of coordination, differences in approaches and methodologies, etc.).




Reverse The Odds

In Reverse The Odds, you help the Odds – colorful creatures whose world is falling into decline. By completing mini puzzle games and upgrading their land, you can restore the Odds back to their lively selves.

But it’s not just the Odds you’re helping. We've incorporated the analysis tumour image analysis into the game. So as you play, you're helping to analyse important data for a huge bladder cancer study.

You’re analysing in the same way researchers do, but because there are a lot more of you, we can get through data much more quickly, freeing up more of our researchers valuable time and unveiling clues about cancer sooner.




Mark2Cure

Mark2Cure allows anyone that can read English, regardless of background, to help in the process of biomedical discovery. Scientific literature is growing at a rate of more than 2 new articles every single minute. It is hard for scientists to know what to read and to read everything that is relevant. Mark2Cure works by teaching citizen scientists to precisely identify concepts and concept relationships in biomedical text. This is a task that anyone can learn to do and can perform better than any known computer program. Once these tasks are completed, advanced statistical algorithms take the data provided by the volunteers and use it to provide scientists with new tools for finding the information that they require within the sea of biomedical knowledge.




GeckoWatch

GeckoWatch is a citizen science project to map the fine-scale distribution of nonnative geckos in the United States. The primary interest is in mapping the rapidly increasing range of the Mediterranean House Gecko, Hemidactylus turcius. However, we are interested in all nonnative gecko species.

There are at least 18 species of nonnative geckos that have established populations in the United States. Although many of these species are known only in Florida, others are showing up with increasing regularity in multiple states. At the most extreme end is the Mediterranean House Gecko, which has established populations in at least 24 states in the U.S.

To undertake any research on these nonnative geckos, scientists must first understand where these geckos occur. As we learn about the rapidly changing distributions of these nonnative geckos, we can then ask:

1. What are the impacts of these nonnative geckos on our native species?

2. What makes some species successful colonizers?

3. What are the likely routes of colonization?

Observations from citizen scientists are essential to answering these questions and allowing us to learn about the biology of these nonnative geckos.




NOVA Cybersecurity Lab

The Cybersecurity Lab is a game designed to teach people how to keep their digital lives safe, spot cyber scams, learn the basics of coding, and defend against cyber attacks. Players assume the role of chief technology officer of a start-up social network company that is the target of increasingly sophisticated cyber attacks. In the game, players must complete challenges to strengthen their cyber defenses and thwart their attackers.

The Cybersecurity Lab is a great resource for STEM educators who want to teach their students best practices for staying safe online and introduce them to computer science principles and the architecture of online networks.




Missouri Stream Team Volunteer Water Quality Monitoring

The Missouri Stream Team Volunteer Water Quality Monitoring program trains volunteers across the state to monitor streams and collect biological, physical, and chemical data.

There are four levels of training: Introductory Level, Level 1, Level 2, and Level 3. Each level needs to be taken sequentially since each class builds on the previous one. At the Introductory Level workshops you will learn about watersheds, how to measure stream discharge, and how to use the macroinvertebrates in the stream to assess the water quality. After you complete the Introductory Level Workshop and submit data at your chosen monitoring site, you will be eligible to attend the Level 1 Workshop. At this workshop, you will learn about water chemistry and get a review of macroinvertebrates. After the completion of this workshop you will get the chemical kits and other equipment to chemically monitor water quality. The Level 2 workshop is the Quality Assurance/Quality Control (QAQC) workshop. The Level 3 is an audit where Program Staff will come out to your monitoring site and verify techniques.




URI Watershed Watch

The URI Watershed Watch (URIWW) is a volunteer water quality monitoring program that works with local communities to assess water quality, identify sources of pollution in water and provide information about water leading to more effective management of critical water resources. Led by trained scientists, URI Watershed Watch helps citizen scientists gather detailed, quality assured monitoring data. We focus on long-term monitoring of RI's fresh and salt water resources including lakes, ponds, streams and coastal waters. We provide training, equipment, supplies and analytical services tailored to organizational needs to help communities use information locally.




Wisconsin's Water Action Volunteers

Water Action Volunteers (WAV) is a statewide program for Wisconsin citizens who want to learn about and improve the quality of Wisconsin’s streams and rivers. The program is coordinated through a partnership between the Wisconsin Department of Natural Resources and the University of Wisconsin – Cooperative Extension.




Play to Cure: Genes in Space

Help researchers cure cancer.

The problem:

We know that faults in our genes can lead to cancer cells forming. This can be linked to the amount of genes in our cells - sometimes we have more and sometimes we have less.

It can take years for scientists to analyze all of their genetic data, but with thousands of citizen scientists playing Genes in Space, the process is greatly accelerated.

How it works:

First, you plot a galactic route. In the context of the game, you're choosing your flight path, but these “space coordinates” are actually a visualization of DNA data, and you're showing our scientists where the genetic variations are which may lead to cancer.

Then you collect Element Alpha, a mist like substance that can be traded for ship upgrades. It actually represents the same DNA data that has just been mapped – which means our scientists have two perspectives on the same sample, from one player.

And we’ve added an asteroid field. This makes the gameplay more engaging and challenging. You need to dodge or shoot a multitude of asteroids to complete a stage.

Each data sample is analyzed multiple times for accuracy. Don’t worry about making mistakes - the more people who use Genes in Space, the more accurate the results will be and the faster data can be translated into new ways to beat cancer.




IDAH2O Master Water Stewards

The IDAH2O Master Water Steward program participants attend an 8-hour workshop which combines classroom instruction and hands-on field work.

A certified Master Water Steward then can adopt a stream location to conduct regular monitoring of habitat, biological, chemical and physical assessments. Stewards upload all data collected to an interactive HIS website that is publicly available. Another focus of the program is to educate citizens on the science behind water quality and to help them understand streams, rivers and lakes systems. Youth involvement and K-12 participation (formal and after-school enrichment) is also strongly supported.




Leaf Pack Network

What is the Leaf Pack Network®?

A Hands-On Stream Ecology Investigation Based on Real Science!

Science involves more than simply collecting data. Science is also the process of communicating and sharing results, initiated through inquiry.

The Leaf Pack Network® is an international network of teachers, students, and citizen monitors investigating their local stream ecosystem. Through the Leaf Pack Experiment, monitors use tree leaves and aquatic insects to determine the health of their stream and to understand its ecology.

Individuals participating in the Leaf Pack Experiment and Leaf Pack Network® engage in the full process of designing an experiment, conducting research and communicating their results. Leaf Pack can also easily be implemented into any curriculum and fulfills many state and national science standards. Watch your students become empowered and energized learning about their local watershed!




Emotional Load of Calls

Assist in research investigating the evolutionary and ethological foundations of dog-human relationship. Dogs, like other animals, communicate through vocalization. They communicate their needs and desires, and they can also communicate their emotions.

The Emotional load of calls is a 30 minute survey, with two optional pauses after 10-minute intervals. You will hear human and dog calls, and your task is to mark the sound sample based on the emotional state and intensity of the caller.




Floating Forests

Floating Forests asks you to help us uncover the history of Giant Kelp forests around the globe. Most algae and animals that live on the seafloor can only be sampled by SCUBA divers or dredging up samples from the deep. This kind of data requires a ton of (really fun) effort to collect, but it means we’re limited in our knowledge of changes in their abundances through time. But Giant Kelp is amazing - it can grow up to a foot a day and forms lush canopies that can be seen by some of the earliest satellites man put into space!




The NOVA RNA Lab

Nature’s best kept secret is a wonder molecule called RNA. It is central to the origin of life, evolution, and the cellular machinery that keeps us alive.

In this Lab you’ll play the role of a molecular engineer by solving RNA folding puzzles. Then take your skills to Eterna, where you can design RNAs that could be at the heart of future life-saving therapies.

This project is part of the NOVA Labs platform




Natural North Carolina

North Carolina is a beautiful place! With the huge variation in habitat types - from the mountains to the piedmont to the coastal plain - our state boasts a grand diversity of plants, animals, and fungi. Just look around. You likely encounter hundreds of species in your daily life, and many just beyond your front door!

Scientists at the North Carolina Museum of Natural Sciences document the species in our great state and share the things we learn with you in our Museum exhibits. But, we can't be everywhere at once! We need YOUR help. By photographing and reporting the wildlife you see in your everyday life to Natural North Carolina, you can help us learn more about the species that call North Carolina home. You will also help us create an atlas of North Carolina's flora and fauna that you can use to identify the natural things you see in your local area. And all you have to do to help is snap a photo of something in nature and tell us where and when you took it. Easy!

So, get outside! Snap a few photos. Become a citizen scientist by submitting your photos to Natural North Carolina. Together, we can discover the wonders of North Carolina and learn more about our amazing state.




BC Cetacean Sightings Network

Twenty-three species of cetaceans and sea turtles have been recorded in the waters of British Columbia, Canada. Many of these populations are 'at-risk' and under-studied.
The B.C. Cetacean Sightings Network (BCCSN) collects sightings of cetaceans and sea turtles in the waters surrounding British Columbia, Canada using a network of citizen scientist observers. Our observer base is diverse, from interested citizens to lighthouse keepers, ecotourism professionals, mariners and recreational boaters. Anyone can participate and reports are made via an on-line form, toll free number, email, or supplied logbook. Look for our smartphone app, WhaleReport, available now for free download from the iTunes and Google Play stores.




Geotag-X

Photos taken in disaster situations and other humanitarian crises by different people on the ground can potentially be a powerful resource for the response teams. In fact, the information we gain from these images can be crucial to provide humanitarian aid not only in the immediate response effort, but also in future recovery and preparedness work.

Unfortunately, the manpower needed to process the incredible number of photos coming out of these situations makes this duty impossible for a single organization. Therefore we are turning to the crowd and looking for volunteers to help us rapidly extract meaningful, relevant and structured data from these photos.

This is why we launched the GeoTag-X platform, which gathers a series of pilot projects (for example, the Emergency Shelter Assessment project) covering different disaster related events. GeoTag-X asks people to analyse the photographs associated with each event by answering some short and strictly structured questions.

Our final aim is to have an open source tool and associated analysis questions that can be taken by anyone working in an humanitarian crisis and quickly and easily adapted to their needs. To do so, we need as many volunteers as possible to help us assess GeoTag-X’s suitability as a tool in disaster response.




Nanocrafter

Nanocrafter invites you to become a citizen scientist in the field of synthetic biology! As you solve puzzles to progress through the game, you'll learn about DNA biochemistry and how DNA strand displacement can be used to build computers, gears, walking constructs, and more! Compete in challenge levels that let you submit creative solutions to problems ranging from casual to highly technical. Review the solutions that others submit, team up to come up with even better solutions, and help scientists forge the future of synthetic biology!

Check out our game video: https://www.youtube.com/watch?v=IaQEQ8Tiu_0

Follow us on twitter: @nanocrafter

Join us on Facebook: https://www.facebook.com/nanocraftergame




Blue Catfish Watch

Show us your blue catfish catch! Collaborate with scientists at the Smithsonian Environmental Research Center to help us track the expanding range of the non-native blue catfish into the upper Chesapeake Bay and into Delaware Bay and the Delaware River.

Native to the Mississippi, Ohio and Missouri Rivers, blue catfish were introduced to Virginia for sport fishing beginning in 1974. Since introduction, these non-native top predators have expanded their range into many of Maryland’s tributaries, including the Nanticoke, Patuxent, Choptank, Susquehanna and Sassafras Rivers. Due to their large size and adult predatory feeding behavior, blue catfish are consuming many native fish species, such as white perch, largemouth bass, American shad, river herring and menhaden. Knowing where and when these catfish are being caught is an important part of understanding their rising impact on the Chesapeake Bay ecosystem. Remember that it is illegal in Maryland, Virginia, and Delaware to transport and release live blue catfish.

Identifying Blue Catfish
Blue catfish (Ictalurus furcatus) have a bluish-gray body and a deeply forked tail. Unlike channel catfish, they do not have spots on their body. One feature that distinguishes blue catfish from other catfishes is the prominent straight edge on their anal fin; other catfishes, including the similarly colored white catfish, have a rounded anal fin (see pictures on website).




Be A Smithsonian Archaeology Volunteer

Join the Smithsonian Environmental Research Center (SERC) Archaeology Lab as we excavate two sites on SERC property this summer! Work with scientists and students to excavate sites, preserve artifacts, and collect environmental data to understand the ways that people change the land has changed (or not) over the past 200 years.

We request that volunteers serve at least one day, but more days are encouraged! No experience is necessary and training will be provided. This opportunity is suitable for families with older children (13+ directly supervised by a parent/guardian, 16+ may be able to work without having a parent/guardian present)and groups. Volunteers will be working outside and some bending and kneeling is required.

For people who wish to become more deeply involved with the program, we offer a research citizen science track, where volunteers will pursue semi-independent research and may even publish their findings in professional journals. This opportunity is only available to people aged 18+. Research Citizen Scientists must commit to a minimum of 10 hours per month for at least 4 months.

All volunteer activities occur on Wednesdays on the campus of the Smithsonian Environmental Research Center in Edgewater, MD.




Pieris Project

The Pieris Project is a citizen science initiative designed to collect morphology and genetic data on a single species - the cabbage white butterfly (Pieris rapae) - from across its entire range, including your backyard! The small cabbage white butterfly is a great species to study how organisms adapt to new environments, because this butterfly has invaded many parts of the world within the last two centuries and is now found on nearly every continent. With your help, and only with your help, we can create the world's most comprehensive butterfly collection that will allow us to learn how the cabbage white has adapted to new environments as it expanded across the globe. This type of data will be critical to understanding how species may respond to environmental changes, such as climate change and habitat destruction.




Dark Skies ISS

Right now there are around 1.800.000 images at the Johnson Space Center database (The Gateway of the Astronauts). Around 1.200.000 images were taken aboard the ISS (date 20/02/2014). However the number of the classified images is much smaller and there is no archive of georeferenced images. There is a project to classify the day time images (Image detective). But, the techniques that are used in this project are not useful for the classification of night time images. The reason is that the patterns on Earth are not the same during the day and night. This is why another technique is needed to classify these night time images.

Our main objective is to study the light pollution that came from the cities. We want to stop the waste of energy and the destruction of the mighty ecosystem.

Your collaboration it is really important because algorithms cannot distinguis between stars, cities, and other objects (i.e. moon). Thus, we need your help to assess the light pollution in our world!




Planet Mappers: Mercury Edition

Map the surface of Mercury by marking and measuring craters and linear surface features in images from NASA's MESSENGER spacecraft.

By mapping craters across the planet, we can start to piece together the global crater population and figure out what these new images are showing us about the solar system’s inner-most planet.




Asteroid Mappers: Vesta Edition

Help us map the surface of asteroid Vesta using images from NASA' Dawn spacecraft. Measure the sizes and positions of craters and other surface features.

Why do we care about craters? Craters can tell us a lot about what’s happening on a planetary surface. One of the main uses of craters is to tell ages. The age of Vesta’s surface is really important to know, because it was probably one of the very first objects to fully form in the solar system.




BiodiversiTREE

BiodiversiTREE is an experimental forest on the campus of the Smithsonian Environmental Research Center in Edgewater, MD. In fall of 2013, staff and volunteers planted more than 20,000 trees in 75 plots. Some of the plots have one species, some have 4 species, and others have 12 species. Over the next 100 years, professional and citizen scientists will collect data to better understand the impacts of forest biodiversity on environmental factors such as tree growth, insect diversity, and soil quality.

We are seeking volunteers to help us maintain our forest and to help us collect data! No prior knowledge is required. This opportunity is suitable for people age 16 and over. Younger volunteers (under the supervision of a parent or guardian) will be considered on a case by case basis. Volunteers will be working outside and this work involves a lot of kneeling and bending. Volunteers must come to the SERC campus in Edgewater, MD to volunteer.




Cat Tracker

Cats are mysterious, dangerous and far more unpredictable than one might expect from an animal that is theoretically, domesticated. Some of the mysteries of cats relate to where they go and what they do; this is especially true of cats that go outdoors. We open our doors. They leave. Just where they go, we can’t be sure. Or rather we couldn’t be sure, until now. With your help, we’re investigating the movement of domesticated cats across the landscape. We want to know: Where do they go? What are they eating? What do they bring home, microbially speaking?




PressureNet

PressureNet is a network of crowdsourced weather sensors. We automatically collect atmospheric pressure measurements using barometers in new Android devices. We're sharing this live data with scientists and researchers to improve weather forecasting. Soon we'll provide you with a weather forecast based on everyone's live, shared data!

We're going to make new weather models using the data that PressureNet automatically collects - these models should produce forecasts that are significantly more accurate than any other method! Since the data is collected using smartphones, we can gather way more data about the atmosphere than ever before.

Until we make forecasts, PressureNet shows you the raw data. The pressure data is displayed in graphs so that you can see both your own data as well as other regions' graphed over time. We've just added animations as well, so you can watch storms moving across a region. Furthermore, you can now report what the weather is where you are! Current weather conditions automatically refresh every twenty minutes to keep it accurate.

PressureNet has been featured on BBC World Service, Wired Science, and MIT Technology Review.




Disk Detective

NASA astrophysicists need your help finding new planetary systems. At Disk Detective, you'll view 10-second videos of images from NASA telescopes and help us decide if they might be stars with dusty disks where planets form and dwell. The best candidates you find get followed-up with other telescopes so we can learn more about how planets are born.




L.A. Nature Map

The L.A. Nature Map hosted by the Natural History Museum of Los Angeles is an interactive map that displays local plant and wildlife observations.

Our Southern California region is a hotspot for urban biodiversity. With your help, we can show Angelenos and the world the diversity of nature all around us. You can contribute to this citizen science project by sending photos of plants and animals.

The L.A. Nature Map is created in collaboration with iNaturalist.




RASCals (Reptiles and Amphibians of Southern California)

RASCals is designed to improve our knowledge of native and non-native reptiles and amphibians in southern California. This region is home to 22.5 million people and has experienced dramatic urbanization and habitat modification. We need your help in documenting reptiles and amphibians throughout the region so that we can examine how various species have responded to these habitat changes. We are interested in native and non-native species and in observations in all types of habitats, from relatively pristine habitats to heavily modified, urban habitats, such as backyards, schoolyards, and urban parks. This project is conducted in collaboration with iNaturalist.




Birdeez

Birdeez is the easiest way to identify, collect and share bird sightings. The goal of this project is to educate you about the birds in your area while you contribute sightings that will be used for scientific understanding of bird migration, bird populations and climate change.

Currently Birdeez is available as an iPhone application at www.GetBirdeez.com/ but soon we we will be online and on different phone platforms as well.

Every bird counts, so help us help them by collecting and sharing sightings.




Visionlearning

Visionlearning is a digital resource for science students and educators. Visionlearning contains free open access lessons covering a range of STEM topics. There is a Classroom feature where students can bookmark modules and glossary words for future reference and where teachers can assemble the materials into a learning management system. We also welcome professional scientist and educators to contribute to our learning materials.




The Cave Pearl Project

The Cave Pearls have grown into a robust Arduino based underwater logging platform, that is easy to assemble from preexisting components, which can be adapted to many other environmental monitoring applications. The datalogger itself is open-source, with parts, code, build instructions, etc. available at: http://edwardmallon.wordpress.com/2015/10/24/diy-arduino-logger-build-instructions-part-1/

And we recently added step-by-step instructions for an Arduino UNO based version that can assembled on a breadboard in as little as 20 minutes: http://edwardmallon.wordpress.com/2015/12/22/arduino-uno-based-data-logger-with-no-soldering/
We have been using this simple logger in an environmental monitoring course to help students learn how to program the Arduino to support sensors & communication. When connected to a USB cable, this logger can act as a simple data acquisition system, displaying sensor data from real time experiments using the new graphing function built into the free Arduino software.




GoViral

GoViral is a free and real-time online Cold & Flu surveillance system administered by researchers at New York University. Participants will get a Do-It-Yourself flu saliva collection system that they can keep and use at home if they are feeling sick. All samples will be analyzed at a central laboratory that checks for 20 different viral infections. GoViral participants will get their own laboratory results (not including NY state participants) and, through the aggregate data, be able to see what infections and symptoms are going around near them so they can take appropriate public health measures and understand when something might be abnormal. The data will be used for research purposes only.




Snapshots in Time

Snapshots in Time is a long-term Citizen Science project aimed at mobilizing people to monitor the timing of Spotted Salamander (Ambystoma maculatum) and Wood Frog (Lithobates sylvaticus) breeding throughout the respective ranges of these species. The purpose of this project is to use the data collected by on-the-ground citizens year after year to investigate possible effects of climate change on the timing of reproduction. Determining changes in the timing of breeding is very important, not just for these species, but also for others that use the same habitat. The results of this project could allow us to inform land managers and development planners of important areas for conservation and to look deeper into what other species in these ecosystems may be negatively affected by climate change, including some endangered species.

This is what is commonly referred to as a phenology project. Phenology is the study of periodic events in a plant or animal's life cycle, such as breeding or migration, and how the timing of these events are influenced by changes in the climate. Phenology allows us to understand variations in breeding times, even in limited geographic areas or specific sites, to develop a range-wide picture of any shifts in the timing of breeding.

Our objective is to collect your data long-term, so those that choose to participate in this project are encouraged to do so at the same sites year after year when possible.

This effort will focus on populations found throughout their range in North America. Both of these amphibians breed following heavy rains during winter to spring that flood woodland depressions and various other types of ephemeral (short-lived) ponds or wetlands that lack fish. These can include areas such as lime-sink ponds in karst regions or pools in the floodplains of streams.

Both species migrate en mass to breeding sites when weather conditions are appropriate from winter to spring depending on where you are within their range. Spotted Salamanders and Wood Frogs often share the same breeding sites and breed simultaneously—with breeding typically occurring earlier for southern populations (i.e., winter) compared to more northerly populations (late winter–early spring). During most of the year (when not at breeding sites), Spotted Salamanders live in burrows and/or under large logs in forest habitats. Wood Frogs are terrestrial and reside in leaf litter-carpeted forests away from water where their coloration affords them excellent camouflage.

We request that you submit field observations for either species, including any information related to: 1) Migrations of adults to/from breeding pond sites; 2) Observations of adults at breeding ponds; 3) Observations of egg masses; 4) Observations of larvae (Spotted Salamander) or of tadpoles (Wood Frog), and 5) Whether metamorphs were observed leaving the wetland. We are betting the wetlands you monitor become spots (no pun intended!) that you regularly visit well into the future (or continue to visit if you are already doing so…).

We have prepared datasheets for the information we desire from your observations and also have an identification sheet for each species. One data sheet should be used for each observation. For example, if you heard Wood Frogs on one date, that is one observation. If you see tadpoles the next time you visit the wetland, you would use a separate data sheet. We request a photograph for each observation so that we can confirm identification.

Encountering Wood Frogs and Spotted Salamanders (or evidence of these species) in the field is always exciting. Rolling a pond-side log to see the bright orange spots of a plump Spotted Salamander or hearing the duck-like chuckling sounds of a sizeable Wood Frog chorus are always memorable natural history experiences. With this study, you can make your observations count toward a scientific review of these species’ breeding patterns. This will benefit our knowledge of these animals and also provide you an opportunity to better acquaint yourself with the amphibian life in your own backyard while doing your part for conservation.

Consider participating in Snapshots in Time... it will be a great experience for all ages!




LepiMAP

LepiMAP is the African butterfly and moth mapping project. LepiMAP is a joint project of the Animal Demography Unit and Lepidopterists' Society of Africa.

LepiMAP is a project aimed at determining the distribution and conservation priorities of butterflies and moths on the African continent. This project is building the 21st century distribution maps for Africa's butterflies and moths. LepiMAP is the continuation of SABCA (the Southern African Butterfly Conservation Assessment)

Anybody, anywhere in Africa can contribute to this awesome Citizen Science project! And we need YOUR help!!




Hour of Code

The Hour of Code is an opportunity for every student to try computer science for one hour. During Computer Science Education Week (Dec. 9-15), we're making history and recruiting 10 million to join in and do the Hour of Code.

You can also participate in the Hour of Code all year-round. Tutorials will work on browsers, tablets, smartphones, or "unplugged."




MIT's Friday After Thanksgiving Chain Reaction

What is the Friday After Thanksgiving Chain Reaction? A grand event that could only happen at MIT! Participants link their chain reaction devices together forming one mega chain reaction – set off at the end as the event's thrilling culmination.

More than 1,500 people attend this fun-for-all-ages "extreme" event!

Making a chain reaction allows people to explore their own creativity and see how their unique contraptions relate to a larger whole. No matter how unique the devices, inevitably, with a little string and duct tape, they all work together beautifully.

How does it work?
Join the fun as a spectator or, even better, as a participant! Participants must register in advance to create their own contraptions and bring them to Rockwell Cage .
Can anybody do it?
Of course! Participants range from Girl Scout troops to artists and engineers, from MIT clubs to high schools and family teams. Teams have come from as far away as Michigan and California!




Tangaroa Blue Foundation

Tangaroa Blue Foundation coordinates the Australian Marine Debris Initiative (AMDI), a network of volunteers, communities, schools, indigenous rangers, industry bodies and government organisations. The objectives of the AMDI are to remove marine debris from the environment, collect scientific data on what is removed, track to the source wherever possible, and engage stakeholders to find practical ways to stop those items from entering the environment in the first place.




Poo Power! Global Challenge

An invitation to 700 school-aged students from 25 different schools has been extended to the wider community to participate in a global competition. Students and classes will be pitched against each other to see who can identify the most and largest dog poo 'hotspots' in their local neighbourhood in the 'Poo Power! Global Challenge'.

Participating schools and students will use their GPS-enabled iPhone to download the free Poo Power! App from the App Store. Their task is to identify and map dog poo 'hotspots' in dog parks and public spaces from their neighbourhood over a 2 week period starting Monday 25 November 2013.

This eyebrow-raising initiative is a collaboration between dog poo entrepreneur Duncan Chew from Poo Power! and Mia Cobb from the Anthrozoology Research Group, recent winner of I'm a Scientist, Get Me Out of Here!

The collected information will be uploaded onto the Global Poo Map and provides a platform for students to discuss the scientific, social and environmental issues of dog waste. The students are then encouraged to write a letter to their local Government representative of their findings and recommendations.

"From our research only 3% of Australians see uncollected dog waste as an environmental concern," explains Duncan Chew. "When it rains, uncollected dog poo gets washed down drains, effecting water quality and habitat for native animals, as well as making rivers and creeks unpleasant for us to visit."

Mia Cobb echoes her enthusiasm for the initiative: "This is the great way to utilise the prize money from winning the IAS competition to raise awareness of new sustainable energy sources, environmental issues and responsible dog ownership while increasing student engagement in a citizen science activity."

The collated information has the poo-tential to identify sites for biogas-powered lights for parks as proposed by the Melbourne-based project, Poo Power!, currently in development. The methane that is released from the dog waste as it breaks down inside a 'biogas generator' can be used as a viable renewable energy source.

Competition prizes and giveaways are up for grabs for the most photo submissions received between 25th November and 9th December 2013.

Visit www.poopower.com.au for full competition details.




Watch the Wild

Watch the Wild™ needs your help. As a Watch the Wild™ volunteer, you observe and report the "wild" in your community, from trees and plants to lakes and streams to weather and wildlife activity. In as little as ten minutes, your observations help us to understand how our eco-systems are changing and helps us to adapt for the future. Your observations will be entered into a database and shared with interested scientists.




Quantum Moves

The Quantum Moves game was born out of the dilemmas and questions the quantum physics researchers at Aarhus University confronted with when they took the challenge of building a quantum computer in the basement lab of the university.

Confident that the human brain is able to do better than even the most advanced computational machines available in the world, the CODER team decided to create the "Quantum Moves" game and invite everyone to play and get the chance to do front-line quantum physics research.

The idea behind the game is simple: every time you play, your mouse movements are simulating the laser beams moves used in the real quantum lab to transport the atoms onto the right pathways.

Your goal is to achieve the best scores in "QComp" and "Beat AI" labs, which translate the most difficult scientific challenges, and thus help science make a step forward towards building a quantum computer.




MicroBlitz

MicroBlitz is citizen science on a vast scale. Our super-sized, Western Australia wide environmental survey will underpin cutting-edge research into the biodiversity and health of our changing environment. How? By digging into the soil and looking at the smallest building blocks of WA's ecosystems - microbial DNA.

By working together with our community of MicroBlitz citizen scientists across the state, our research team at the University of Western Australia (UWA) will create what we call a baseline map.

The map will be a crucial point of reference that can be shared and used to monitor, manage and ultimately protect WA's precious environment. We're talking about data with the potential to inform a host of environmental initiatives and programs of local, national and global significance.

It's free, easy and fun - simply register online and we will send you out a sampling kit/s. We are particularly interested in connecting with people outside of the metropolitan area to help us create a complete picture of microbial activity across Western Australia.




Darwin for a Day

Darwin for a Day is a web application that allows you to explore the Galapagos Islands through Google Street View and document its unique plants and animals. When you see an animal or plant you’d like to catalogue, you can describe it by creating an observation. You can just enter your best guess at what it is (i.e. “bird”) or enter in the scientific name, if you know it!

All of your observations will be shared with the iNaturalist community & the Charles Darwin Foundation, and will contribute to research of the Galapagos Islands.




Counting Weddell Seals in Antarctica

Have your students help scientists count Weddell seals using satellite imagery.

Many people think seals on the ice are easy to count. There is no place for them to hide when they are out of the water. They are not afraid of people so don’t run away, and if they are with a pup, the adult stays in the same location for several days. However it is not that easy. There are seals all over the place as new cracks in the ice create new suitable locations for feeding and many seals move to these new areas. Counting individuals is difficult unless they are tagged because it’s hard to know if we counted this one yesterday or not. To solve these problem scientists are using satellite images that can take a picture of a large area at one moment in time. They then can count them using a computer.

In this activity, we ask for your help in counting the seals using satellite images. Scientists need all the help they can in creating an accurate count. We hope you will take the time to join our team and help do the counting as the images come in several times every season.




NatureWatch NZ

NatureWatch NZ is a citizen science project dedicated to exploring and discovery New Zealand's biodiversity. If you see an unusual or interesting bug, plant, or any other species, take a photo of it, upload the photo to NatureWatch NZ, and learn all about it. The NatureWatch NZ online community will ID your species for you. You can also help others to ID their photos, and you can join (or create!) projects about the species and places you're most interested in.

Together, we're documenting what's living in NZ so we can understand NZ nature better, and have fun while we do it.

NatureWatch NZ is the New Zealand part of the amazing global iNaturalist network. Thanks iNat!




Harvard Forest Schoolyard LTER

The Harvard Forest is part of a national network of sites that supports K-12 teachers and students in hands-on ecological research.

In the Harvard Forest Schoolyard LTER program, teachers learn about and initiate ecology research in their classrooms and schoolyards. Students learn to collect data on important long-term ecological issues and processes. Student data are then shared on the Harvard Forest website.

[From the Harvard Forest website]




Mothing

Moths are incredibly diverse, are ecologically important as plant eaters, pollinators, and food for songbirds. How will climate and other large-scale ecological factors affect moths?

Three components - choose any or all:

1) Moth Math - analyze over five years of moth phenology data, correlate with weather, find patterns. (Best for high school AP Bio or undergraduate intro bio, high school and undergraduate math).

2) Take photographs of moths at your porch light and upload to Discover Life, either our pre-selected "Dark Dozen" http://www.discoverlife.org/darkdozen and upload to Twitter or Instagram @darkdozenmoths (or if eager, photograph any other moths you find at your site and upload to an album on www.DiscoverLife.org).

3) Help us identify moths that you and others have uploaded, so that photographs become data. Participants can compare moths at their own site with moths from other sites, to answer their own original questions and do real science.




Fern Watch

Help Track the Health of Redwood Forests

In 2008, League scientist Emily Burns discovered that the height of the most common plant in the coast redwood forest is affected by how much rain and fog fall in the woods. Western sword fern (Polystichum munitum) has tall fronds in wet redwood forests and much shorter fronds in dry forests. For this reason, sword fern is an important indicator of climate change and we are studying these ferns to detect drought in the redwood forest.

Just by monitoring the ferns on the forest floor, you can help League scientists learn how changes in climate may be affecting redwood forest habitats. You can help us track changes in these ferns in your local forest by photographing and taking measurements of ferns through our Fern Watch Project on the free iNaturalist App




Study Adélie Penguin breeding

From November to January, classrooms take part in a virtual field study of Adélie Penguins as they breed, brood and rear their chicks in Antarctica. Photos of selected penguin families from Cape Royds Antarctica are posted to the website for students to follow on a daily basis. Weather data, event journal and background information about penguins is also provided. Students keep a field notebook gathering and analyzing their own data about each penguin family using the same process of the field biologist. This real time, long term activity provides students a window into the harshness of Adélie penguin life and the work of field scientists. Predation, competition and environmental challenges all affect the penguin’s ability to raise chicks. Witnessing these events themselves helps students begin to understand the world around them and the remote location of Antarctica. This project offers a real time daily field experience with outcomes we cannot predict.




Amphibian Conservation and Education Project

The Amphibian Conservation Education Project aims to empower educators, students, and individuals to become involved in amphibian conservation efforts.

Through this project, participants will become field scientists by analyzing water quality and testing amphibians for the disease, Chytrid Fungus. Collected data is then used by local herpetologists (scientists who study reptiles and amphibians) to gain a better understanding of the species of amphibians being affected by the disease and where Chytrid is being spread.




Fraxinus

Botanists in the UK have teamed up with game development company Team Cooper to design a social media game that uses real genetic data from the common ash tree, Fraxinus excelsior, and from the Hymenoscyphus fungus to find out what makes some trees less susceptible to it.

Fraxinus presents players with multiple rows of colored leaves, where each color represents one of four DNA nucleotides and each row represents the genetic information from a different ash tree sample. Players are challenged to compare chunks of genetic code between the various fungus samples, as a means to search for genes that could be important in the disease. Players will also match genetic patterns from the Hymenoscyphus fungus to learn more about how it spreads.




Notes from Nature

Most natural history collections are housed in museum cabinets, where they are not easily available to citizens and researchers. The Notes from Nature transcription project addresses this problem by digitizing biological collections one record at a time! Help museum staff and scientists by transcribing the labels and ledgers that have been meticulously recorded and stored over the past century. In many cases these are the only historical records of species distribution available. Join us in unlocking this important information - take some notes from nature!




Test the Fairness of US State Quarters

If you flip a quarter many times, it should land heads up just about as often as it lands tails up, assuming the coin is fair. But with so many different state designs, it's not clear that all U.S. quarters are fair. Help us check by taking a few moments to flip some quarters and report the results below.




The Secchi Dip-In

The Secchi Dip-In is a program of the North American Lake Management Society (NALMS). The purpose of the society is to foster the management and protection of lakes and reservoirs for today and tomorrow.

The Secchi Dip-In was created to enable volunteers to submit water clarity measurements to an online database and see how their data compare on a variety of scales- regional to international. The program has also been utilized for volunteers to begin monitoring efforts and to increase monitoring efforts within their communities.

The Dip-In is an ongoing experiment in using trained volunteers to gather data every year. Secchi Dip-In participants include trained monitoring volunteers and individuals who are interested in citizen science or enthusiastic about lakes. We encourage anyone interested in the health of their lake or watershed to get involved with the Secchi Dip-In.




PhotosynQ

PhotosynQ is a platform allowing people to collaboratively solve difficult research questions, both at the locally and globally, using sensors which connect to your cell phone. The MultispeQ, our first sensor, measures important parameters of photosynthesis in plants and algae in a non-destructive way, quickly and inexpensively. These measurements provide a detailed picture of the health of the plant and are used for plant breeding, agricultural extension services, and plant scientists to improving plant efficiency and to identify novel photosynthetic pathways for energy and crop research.

Anyone can propose a project on the PhotosynQ website (www.photosynq.org), and anyone else can contribute data, ideas, analysis, and discussion to that project. There are researchers and citizen scientists around the world already running projects through PhotosynQ which you can contribute to. Once you join the platform, find an open project and contact the project lead to join, or design your own project!




Folding@home

Help Stanford University scientists studying Alzheimer's, Huntington's, Parkinson's, and many cancers by simply running a piece of software on your computer.

The problems we are trying to solve require so many calculations, we ask people to donate their unused computer power to crunch some of the numbers.




MyEnvironment

The MyEnvironment mapping tools provides immediate access to a cross-section of environmental data for any geographical location in the U.S. Users of the official site can choose the location and environmental issue to examine.




Treezilla

Treezilla is a mapping project based in Great Britain that challenges citizen scientists to map every tree in Britain. The mapping interface is easy to use and users can easily add their tree listings and even add photos for others to help them identify species. It’s free to use and the website even offers educational material for inquiry based science lessons.

Ultimately, a more complete map of Britain’s trees will help scientists how certain species are affected by climate change, disease, and patterns of land use. The website even has built in tools to measure how much CO2 is captured and what total economic benefit is gained from the different types of species for a given area.

Every tree added to the mapping system helps, and Treezilla helps make contributing easy. With the focus of the project is to map trees in urban environments – you can even map the trees in your back yard, school, or local park. Go outside, bring a friend, and start mapping trees today!




Michigan Herp Atlas

The Michigan Herp Atlas began in 2004 with the goal of collecting observations of Michigan's amphibians and reptiles (herpetofauna) to better document their distribution and population changes. The data is to be used to best manage and conserve these important indicator species. The Herp Atlas project continues to grow in partners and collaborators demonstrating the effectiveness of this public-private partnership in helping conserve Michigan's herpetofauna. Contributing observations is now easier than ever with an updated online system and recently developed smart phone app.




The VerbCorner Project

Dictionaries have existed for centuries, but scientists still haven't worked out the exact meanings for most words. This is a serious problem if you want to train computers to understand language. If we don't know what words mean, it's hard to teach computers what they mean. It is similarly hard to understand how children come learn the meanings of words, when we don't fully understand those meanings ourselves.

Rather than try to work out the definition of a word all at once, we have broken the problem into a series of separate tasks. Each task has a fanciful backstory -- which we hope you enjoy! -- but at its heart, each task is asking about a specific component of meaning that scientists suspect makes up one of the building blocks of meaning.

You can participate for as little as a few minutes or come back to the site over and over to help code the many thousands of words in English.




Aurorasaurus

Aurorasaurus is the first citizen science project that aggregates relatively rare sightings of the Northern and Southern Lights in order to improve real-time tracking and understanding of the beautiful phenomenon. The Aurorasaurus project allows the public to enter their observations of aurora through their website, as well as on a mobile application platform, in order to better characterize their frequency, location, and rare visual characteristics. We also collect related tweets, map them, and ask users to help verify these as real-time sightings. During periods of high aurora activity, Aurorasaurus sees a significant uptick in public reporting of the phenomenon, allowing the project to ground truth the data being collected by other instruments, and alert registered users in real-time. Informal educational resources are offered as well.




Ventus

Help map, collect, and correct information about power generation locations around the world. Through placing pins of power generation sources on a map or filling out and reviewing correcting information about these sources you will help make studying power generation impact on the global carbon cycle and climate change reach new levels.




Where's the Elderberry Longhorn Beetle?

Hi, my name is Dr. Dan Duran and I'm an evolutionary biologist and entomologist at Drexel University (Philadelphia, PA) and I need your help finding "Desmond," an Elderberry Longhorn Beetle, formally known as *Desmocerus palliatus!*

This *beautiful* beetle species used to live throughout a large part of eastern North America but in recent decades it appears as if it has declined in numbers. We need your help to figure out if and why this might be true and how we can help them move back into areas they once lived.

The Elderberry Longhorn Beetle is easy to spot with its bold patterns of blue and gold and long antennae. It's so attractive, in fact, that it was chosen for a USPS stamp design in 1999! I can't promise you'll find one, but if you keep an eye out, you might have a chance at seeing one of these impressive creatures. They come out at different times in different places, but June is often a good time to see them.




Dark Sky Meter

The Dark Sky Meter (available for iPhones) allows citizen scientists to contribute to a global map of nighttime light pollution.
Light pollution is a growing problem in urban environments, but now you can help scientists better understand its effects on the environment. The map is also a great help for (amateur) astronomers looking for dark skies.
By utilizing the camera built in to your iPhone, the Dark Sky Meter actually measures ‘skyglow’ and updates the data in real time.

The app also charts weather conditions and cloud cover so you can take readings at optimal times. The app is as easy to use as taking a picture, and is a fun way to learn about your night sky.

The Results are live and visible for everyone on a global light pollution map generated by the app users. Visit darkskymeter.com to see the map. Since this project has no funding or grants the app costs $1 to cover the hosting costs (which is a steal compared to commercially available light pollution meters).




Loss of the Night

How many stars can you see where you live? The Loss of the Night App challenges citizen scientists to identify as many stars as they can in order to measure light pollution. The app is fun and easy to use, and helps users learn constellations as they contribute to a global real-time map of light pollution.

Stargazing is a fantastic way to engage young scientists, but this ancient pastime has become increasingly difficult in growing urban areas. Help understand the effects of light pollution, and learn about your own night sky!

You don't need to leave the city to take part. In fact, the app is designed specifically for use in very light polluted areas.

The more stars you observe, and the more often you run the app, the more precise the data for your location will become. As the seasons change so do the stars in the sky, and since there aren't that many very bright stars it is extremely helpful if urban users do measurements in each season.

A day after you have done an observation, you can examine your data at http://www.myskyatnight.com

Detailed instructions for Android: http://lossofthenight.blogspot.de/2014/11/a-step-by-step-guide-to-using-loss-of.html

Detailed instructions for iPhone: http://lossofthenight.blogspot.de/2014/11/a-step-by-step-guide-for-using-loss-of.html




The NOVA Sun Lab

Despite its apparently steady glow, the Sun is a churning mass of superhot plasma that regularly produces powerful flares and storms that can knock out power and communication systems here on Earth. In this lab, watch NOVA videos to explore what makes the Sun so volatile and get access to the same NASA data, images, and tools that scientists use to predict solar storms—so that you can predict them for yourself.




Horseshoe crabs as homes

You are walking along the beach on a sunny spring day. But what is that? Something is moving slowly out of the water. It looks like a large crab, covered in barnacles and mussels. Creepy? Ugly? No, its home! At least for all those critters that live on Horseshoe crabs. Horseshoe crabs have been around for more than 250 million years, unimpressed by dinosaurs and ice ages.

Since then, Horseshoe crabs have played a key role in coastal ecosystems: the eggs are eaten by shore birds, juveniles are food for sea turtles, and adults aerate the ocean floor through their digging activity.

We believe Horseshoe crabs serve yet another important function: as substrate for many invertebrate species such as mussels, barnacles and snails. Many marine species require hard substrates to live on, and such substrates are historically rare on the predominantly sandy beaches of the Eastern US.
In more recent times, docks and boats may offer new opportunities for intertidal species - but what about animals that do not like the tidal influence? Are there even species living on Horseshoe crabs that we have not discovered yet?

Help us decipher who lives on Horseshoe crabs! Take clear pictures of Horseshoe crabs and their critters when you see them on the beach, and tweet them to @horseshoe_homes. Just let us know when and where you saw the crab. That's it. In return, we will identify the animals you discovered on the Horseshoe crab.

With your help, we will be able to address the following questions:
Which animals live on horseshoe crabs? Which region has the highest diversity of animals attached to Horseshoe crabs? When are the crabs most abundant?
Moreover, we will build a valuable resource for school classes, beach walkers and everybody else who ever wanted to know: What is that thing sitting on the Horseshoe crab?

Horseshoe crabs come to the beaches to mate and lay eggs when the tides are highest. This happens at full and new moons. So be on a lookout for them!




Atlas of Living Australia

The Atlas of Living Australia (Atlas) contains information on all the known species in Australia aggregated from a wide range of data providers: museums, herbaria, community groups, government departments, individuals and universities.

The Atlas was initiated by a group of 14 (now 17) organisations—our partners. The intent was to create a national database of all of Australia’s flora and fauna that could be accessed through a single, easy to use web site. Information on the site would be used to: improve our understanding of Australian biodiversity assist researchers to build a more detailed picture of Australia’s biodiversity assist environmental managers and policy makers develop more effective means of managing and sustaining Australia’s biodiversity.

You can participate by submitting a species record, joining an existing citizen science project, digitizing specimen labels, or starting your own citizen science endeavour!




Sonoma BioChar Initiative

Help explore how biochar works in local soils by using your very own garden. (Biochar is a specialized form of charcoal that is suitable for use in agriculture.) This little-known soil enhancer has been shown in lab tests and field trials around the world to be beneficial for soil health and plant production, and we want to test it under local conditions.

This project is easy, fun, and an interesting activity for the whole family. We are also partnering with school garden programs, so if you are involved with one please contact us as well.




SOD Blitz

Sudden Oak Death (SOD) is a serious exotic disease that is threatening the survival of tanoak and several oak species in California. By collecting leaf samples during community SOD blitzes and submitting your samples to UC Berkeley diagnostic laboratory, you can help create a detailed local map of disease distribution.

SOD-blitzes inform and educate the community about Sudden Oak Death, get locals involved in detecting the disease, and produce detailed local maps can then be used to identify those areas where the infestation may be mild enough to justify proactive management. You can participating in an existing SOD-blitz or create your own.

Good news: SOD-Blitzes are COMPLETELY FREE thanks to funding from the US Forest Service to the UC Berkeley Forest Pathology Lab!




Creek Freaks IWLA

Young people and adults collect information on stream health and post biological, chemical and physical data, photos and videos on an interactive map. This provides information to the public, to scientists and to conservation groups about local water quality. The Creek Freaks website includes data forms and activity guides to get started monitoring aquatic macroinvertebrates (stream insects and crustaceans), water chemistry, and to take visual observations and physical measurements of the stream and streamside vegetation.




Creek Freaks

Young people and adults collect information on stream health and post biological, chemical and physical data, photos and videos on an interactive map. This provides information to the public, to scientists and to conservation groups about local water quality. The Creek Freaks website includes data forms and activity guides to get started monitoring aquatic macroinvertebrates (stream insects and crustaceans), water chemistry, and to take visual observations and physical measurements of the stream and streamside vegetation.




Planet Four

Planet Four is a citizen science project in which volunteers help planetary scientists identify and measure features on the surface of Mars.

Scientists need your help to find and mark ‘fans’ and ‘blotches’ on the Martian surface, features that indicate wind direction and speed. By tracking these features, you can help planetary scientists better understand Mars’ climate.

All of the images you'll see depict the southern polar region, a little known area of Mars. The majority of these images have never been seen by humans until now.

This is your chance to explore the surface of Mars like never before!




Precipitation ID Near the Ground (PING)

The National Severe Storms Laboratory needs YOUR help with a research project!

If you live in the area shown on the map, the Precipitation Identification Near the Ground project (PING) wants YOU to watch and report on precipitation type.

PING is looking for young, old, and in-between volunteers to make observations—teachers, classes and families too! We have collected tens of thousands of observations since 2006, already making PING successful because of your help.

PING volunteers can spend a little or a lot of time making observations. The basic idea is simple: the National Severe Storms Laboratory will collect radar data from NEXRAD radars in your area during storm events, and compare that data with YOUR observations.

Why? Because the radars cannot see close to the ground, we need YOU to tell us what is happening. Scientists will compare your report with what the radar has detected, and develop new radar technologies and techniques to determine what kind of precipitation—such as snow, soft hail, hard hail, or rain—is falling where.




Dognition

You’ll learn your dog’s cognitive style by playing fun, science-based games –- an experience that gives you the insight you need to make the most of your relationship with your best friend.

A key aspect of the Dognition methodology is our use of Citizen Science – research that can be conducted by everyone, not just people with Ph.D.s. By gathering this data we can begin to understand more about all dogs, much more quickly and on a broader scale than if scientists had to conduct this research themselves.




Vital Signs Maine

Where are the invasive species in Maine? Where aren’t they? Students, educators, citizens, and scientists are working together to find out.

As part of the Vital Signs community you can help steward the 32,000 miles of rivers and streams, 6,000 lakes and ponds, 5,000 miles of coastline, and 17 million acres of forest that are threatened by invasive species.

Together we are using scientific tools and habits of mind to look for native and invasive species in local habitats. We are sharing what we find and do not find online. We are contributing to a greater understanding of our shared environment.




Where is my spider?

By just taking photos and observing spiders, you can help the Explorit Science Center learn about which climates certain spiders live in and track the distribution of spiders over time.

Join the Explorit’s Community Science Project by finding and recording spiders in your home or neighborhood (as many as you can!). Use your camera or smart phone to take a photo of the spider and submit it online to add to our geographical database.

Spiders have long been thought of a useful natural method of pest control, but how will expected temperature changes or other environmental changes affect the spider’s usefulness as pest-killers and their distribution?

We don't yet know how climate change will impact spiders, and in turn impact agriculture such as crops and farms- but when we understand where spiders are living today, we will be better able to predict what may happen to spiders and agriculture in the future.




Birding Aboard

Birding Aboard is a citizen science project organized by a volunteer group of long-distance birding sailors from around the world.

Our mission is to benefit seabird conservation by mobilizing the worldwide boating community to document ocean bird sightings, providing critical and seldom-recorded data on seabird abundance and distribution and on ocean migration routes.

Seabird knowledge is described as a frontier science. For some species, breeding or wintering areas remain unknown. This lack of knowledge is troubling given that BirdLife International estimates that one-third of seabirds are vulnerable or globally endangered due to threats from predators on nesting grounds, some fisheries, and plastics.

Individual boaters can help by reporting and documenting their sightings, which are archived with the eBird global database for use by scientists and conservationists.




iSeeChange

The iSeeChange Almanac is a socially networked weather Almanac for communities to collectively journal their climate experiences -- their observations, feelings, questions, and decisions --- against near-real time climate information.

This groundbreaking environmental reporting project combines citizen science, participatory public media, and cutting-edge satellite monitoring of environmental conditions.

Incubated in 2012 by producer Julia Kumari Drapkin at Colorado public station KVNF Mountain Grown Community Radio via AIR’s Localore project, iSeeChange is poised to expand in 2015. The team will work with media and scientific partners across the country to help audiences document environmental shifts in their backyards and connect to the bigger-picture climate changes transforming all of our lives and livelihoods.

The project’s growing list of collaborators includes NASA’s Jet Propulsion Laboratory, the Berkeley BEACO2N project, Yale Climate Connections, the Allegheny Front in the Western Pennsylvania, KPCC in Pasadena, WWOZ in New Orleans, Delaware Public Media, KSJD and KVNF in Colorado, Developing Radio Partners, and more.

This spring, the iSeeChange team is expanding its crowdsourced reporting platform, the iSeeChange Almanac, coast to coast. In the coming months, the team will also develop a related app to help synchronize local citizen climate reports with satellite data on regional carbon levels. Combining these two perspectives—a global view of the earth from space and a granular view from individuals on the ground—offers an unprecedented opportunity to match big science with daily life, and surface hidden patterns and stories.

Stay tuned! iseechange.org.





Landmark Trees of India

Landmark Trees of India is a documentation, geography, and monitoring project with a focus on famous, remarkable, and heritage trees of India.
India is a country of superlative population, superlative biodiversity, and superlative environmental variety. These landmark trees can teach us about the landscapes, biodiversity, and people of India and the other nations of the world.




RinkWatch

In 2012, scientists in Montreal warned Canadians to expect there will be fewer outdoor skating days in the future.* Their predictions are based on the results of data taken from weather stations across Canada over the last fifty years. In some parts of Canada, they warn there may one day be no more backyard rinks at all. Remember the story of how Wayne Gretzky learned to play hockey on the backyard rink his father made for him in Brantford, Ontario? The scientists’ report says some day that will no longer be possible – at least, not in Brantford.

This prompted a group of geographers at Wilfrid Laurier University to create RinkWatch. We want people from coast to coast to coast to tell us about their rinks. We want you to pin the location of your rink on our map, and then each winter record every day that you are able to skate on it. Think of it as your rink diary. We will gather up all the information from all the backyard rinks, and use it to track the changes in our climate. The RinkWatch website will give you regular updates on the results. You will be able to compare the number of skating days at your rink with rinks elsewhere, and find out who is having the best winter for skating this year.




Marine Metre Squared

Marine Metre Squared (MM2) is an easy way to survey the intertidal community. Monitor a 1m x 1m square patch of your local shore once every season by recording the animals and plants that live there.

Take part in special scientific studies and fun educational challenges such as hunting for pest species, looking for evidence of animals breeding, and measuring seaweed growth.

Help others identify their new finds with the online forum. Submit your own questions and encourage others around New Zealand to take part.

The perfect project for families looking for holiday activities, schools and community groups looking for ways to engage with and improve their local environments.

See the project website for survey protocols, forms and resources to help you with your surveys. Resources are available for both rocky and sandy and muddy shores.




uBiome

uBiome is the world's first effort to map the human microbiome through citizen science.

What's the microbiome? The microbiome are the bacteria that live on and within us. It sounds kind of funny, but all of us are actually covered in helpful germs. Many conditions – from diabetes to depression, asthma to autism -- have been found to relate to the microbiome.

uBiome brings this cutting edge technology directly to consumers for the first time. The more data we collect, the more we can learn about this important area of research. We've been featured so far in Wired, Venture Beat, the Los Angeles Times, Scientific American, BoingBoing, and more.




Magpie Mapper

Magpie Mapper is a smartphone app for recording observations of Magpies, one of the most fascinating and striking birds in the United Kindgom. When you see a magpie, simply log it on the app and your data will be used in our research into how birds are distributed throughout our towns cities and countryside.

With their long tails and impressive black and white plumage, magpies are unmistakable. Magpies are so ingrained in our folklorethat people often greet them with "Hello Mr Magpie!".

Now you can digitally salute a magpie with the Magpie Mapper app!




AirCasting

AirCasting is an open-source, end-to-end solution for collecting, displaying, and sharing health and environmental data using your smartphone. The platform consists of wearable sensors that detect changes in your environment and physiology, including a palm-sized air quality monitor called the AirBeam, the AirCasting Android app, the AirCasting website, and wearable LED accessories. By documenting and leveraging health and environmental data to inform personal decision-making and public policy, the AirCasting platform empowers citizen scientists and changemakers.




American Gut

The Human Microbiome Project and other microbiome projects worldwide have laid an important foundation for understanding the trillions of microbes that inhabits each of our bodies-and how they affect human health. We know that things like diet affect the microbiome, or that obesity is linked to the microbes that live in your gut. Research suggests that microbes may even be associated with autism! However, we need more samples to fully understand how our microbes are linked to health and disease. American Gut gives you the opportunity to participate in the discovery of new scientific knowledge about the microbiome by comparing the microbes in your gut (or in your mouth or on your skin) to those of thousands of participants in the US and elsewhere around the world. American Gut is a project built on open-source, open-access principles. Our data are for the good of scientific understanding and will be shared both with participants and with other scientists.




SubseaObservers

Help track the health and abundance of the mid-Atlantic scallop fishery!

Researchers at the University of Delaware have developed a new robot-based approach to surveying marine life the ocean floor. They use Autonomous Underwater Vehicles (AUVs), which can navigate underwater without direct human control, to take photos of marine life in its natural habitat.

By becoming a SubseaObserver you'll play a roll in ocean conservation by helping organizations such as the National Oceanic and Atmospheric Administration (NOAA) make better decisions about how to manage the scallop fishery now and for future generations.

As a SubseaObserver you can name your own virtual AUV and choose what part of the mid-Atlantic you'd like to explore.

SubseaObservers also includes information about scallop biology, how the fishery is managed, how AUVs work and where they're used.




Marblar

Marblar is unique and fun way to engage in citizen science and exchange ideas across disciplines. Marblar posts research projects in need of creative, real-world applications and they ask YOU to come up with those applications.

Singing up is easy and free and there are new projects added regularly. Projects are posted for three weeks. Through online collaboration, the final solutions are posted for users to vote on and further discuss. Top solutions are even awarded cash prizes!




Project Nighthawk

The call of the Common Nighthawk (Chordeiles minor) was once a familiar sound in cities and towns throughout New Hampshire, where they nested on flat, peastone gravel roofs and fed on insects attracted to city lights. In recent years, nesting nighthawks have disappeared from many New Hampshire towns; in the few places where they remain (including Keene), their numbers have dramatically declined. Biologists are now trying to determine the cause for this precipitous decline.

In partnership with New Hampshire Audubon and in efforts to conserve this state-threatened species, the Harris Center for Conservation Education coordinates volunteer nighthawk surveys on summer evenings in Keene.




Salamander Crossing Brigades

As the earth thaws and spring rains drench New Hampshire, thousands of amphibians make their way to vernal pools to breed. Many are killed when their journeys take them across busy roads. Each spring, the citizen science arm of the Harris Center for Conservation Education (www.aveo.org) trains volunteers to serve on Salamander Crossing Brigades at amphibian road crossings throughout the Monadnock Region of southwestern New Hampshire. These citizen scientists move migrating amphibians across roads by hand during one or more “Big Nights,” keeping count as they go.

Since the program’s inception in 2007, over 600 volunteers have helped more than 31,000 amphibians survive the most dangerous journeys of their lives. In addition, the City of Keene purchased land – previously slated for development – to protect a migratory amphibian corridor that was documented by our volunteers. As our efforts grow, the data our citizen scientists collect could be used for land conservation or road improvements that protect amphibians in other places, too.




Panamath

Panamath is a free-standing software that can be used to assess number sense - your intuitive recognition of numbers and their relationship. Researchers in laboratories throughout the world have utilized this research tool in studies of number knowledge, mathematical acuity, and learning in general.

Curious? Use Panamath to test your own number sense, read more about the research being done or download the software and adapt it for your own research or educational purposes.




Lost Ladybug Project

Partnering with Cornell's Lost Ladybug Project, the Museum hopes to census the ladybugs found in our region. We have historic data of ladybug species in Los Angeles County, but we don't know how much it has changed — we need your help to find out.




Utah Water Watch

Utah Water Watch (UWW) is a water quality education and data collection program that seeks to increase awareness about the importance of water quality and promote stewardship of Utah’s aquatic resources.

UWW is a partnership between USU Water Quality Extension and the Utah Division of Water Quality that creates a way for the public to help in monitoring Utah’s lakes and streams. This is a free program for volunteers of all ages to monitor water quality once a month and report the data to water managers.

UWW is a two tier program. Tier 1 collects monthly data for education and base line purposes avaliable to the public and water managers. Tier 2 volunteers have a higher level of training to assist watershed coordinators collect credible data for assessment and monitoring of nonpoint source BMP projects.




Old Weather

Help scientists recover Arctic and worldwide weather observations made by United States’ ships since the mid-19th century.

These transcriptions will contribute to climate model projections and will improve our knowledge of past environmental conditions. Historians will use your work to track past ship movements and tell the stories of the people on board.




Community of Observers

Get to know the nature of YOUR world! The Fairbanks Community of Observers is to encourage greater public clarity around environmental indicators of climate change in Vermont and northern New Hampshire. Using the website developed by the Fairbanks Museum, we'll collect your quantitative data focused on the life cycles of specific birds, butterflies and wildflowers that are sensitive to environmental change as well as seasonal weather data that is characteristic to our region.

The Community of Observers is for individuals, families, clubs, groups and schools. It is designed to encourage citizen scientists to gain a deeper understanding of the cycles and patterns that characterize our region through the seasons, and how the habitats that depend on these cycles might be affected by global climate shifts.




Geo-Wiki Project

The Geo-Wiki Project is a citizen science network that hopes to improve the overall quality of land use and land cover maps across the globe. They host a variety of projects, all of which use their online Google Earth Application to enlist citizen scientists to improve spatial data. By comparing global land use and land cover data to the aerial photography that appears in Google Earth, you can help improve the validity of important data that is being used to solve important global problems.

Geo-Wiki supports a variety of projects that tackle issues that include climate change, the bio-diversity of plants, and the viability of changing agriculture.

They even have developed mobile apps that allow you to ‘ground truth’ data by adding your own photographs of what’s near you.




Bat Detective

Bat Detective is an online citizen science project which allows visitors to the website to take part in wildlife conservation by listening out for bat calls in recordings collected all over the world.

By sorting the sounds in the recordings into insect and bat calls, bat detectives will help biologists learn how to reliably distinguish bat 'tweets' to develop new automatic identification tools.

Bats use lots of different types of sounds, from singing to each other to find a mate, to using the echoes from their tweets to find their way around. Usually bat sounds are inaudible to humans as they are too high for us to hear, but special 'time expansion' ultrasonic detectors convert these sounds to a lower frequency, and visitors to the Bat Detective website can listen to these unique recordings and help distinguish different sounds.

One out of every five species of bats is threatened with extinction and better automatic identification tools are desperately needed to quickly process vast amounts of sound data collected by volunteers from the bat monitoring programme iBats who survey bat populations each year.

Bats are found all over the world from local parks to pristine rainforests and monitoring their population trends provides an important indicator of healthy ecosystems. Developing new tools that allow biologists to interpret population trends from sound will allow bats' tweets to act as a way to track environmental change.

Bat Detective was developed at University College London, Bat Conservation Trust, Bat Life Europe with the Citizen Science Alliance.




ZooTeach

ZooTeach is a website where teachers and educators can share high quality lesson plans and resources that complement the Zooniverse citizen science projects. Citizen science offers a unique opportunity for any person, of any age, of any background to get involved and make a contribution to cutting edge science. Here at Zooniverse headquarters we believe that getting students involved in citizen science offers educators a free, easily accesible and inspiring opportunity to bring real science into the classroom.




SatCam

SatCam lets you capture observations of sky and ground conditions with a smart phone app at the same time that an Earth observation satellite is overhead.

When you capture a SatCam observation and submit it to our server, it helps us to check the quality of the cloud products that we create from the satellite data. In return, we send you the satellite image that was captured at your location, anywhere in the world! SatCam supports the Terra, Aqua, and Suomi NPP satellites.

SatCam was developed at the Space Science and Engineering Center, University of Wisconsin-Madison .




Brown marmorated stink bug locations

The brown marmorated stink bug is an invasive insect species that has become an damaging pest of a wide variety of fruit, vegetable, grain, and ornamental crops. This stink bug species also enters homes and can be a nuisance pest. Our webpage allows citizens to report the presence and severity of this stink bug species in their home, yard, farm, or commercial nursery.




Public Laboratory Balloon and Kite Mapping

This DIY mapping tool was the first developed by Public Lab, as part of the Grassroots Mapping project. Citizens use helium-filled balloons and digital cameras to generate high resolution “satellite” maps of areas such as in the Gulf Coast and Gowanus Canal. Although this tool has been in use for two years, components of the kit -- kite and balloon design, the rig, the camera -- continue to evolve as they are adopted in new places and adapted for new purposes. Besides the aerial mapping tools, Public Lab has also developed MapKnitter.org, an online tool for stitching aerial images into maps.




Public Laboratory Spectrometer

A spectrometer is a ubiquitous tool for scientists to identify unknown materials, like oil spill residue or coal tar in urban waterways. But they cost thousands of dollars and are hard to use -- so the Public Lab community has designed its own.

This open hardware kit costs only $35, but has a range of more than 400-900 nanometers, and a resolution of as high as 3 nm. A spectrometer is essentially a tool to measure the colors absorbed by a material. You can construct this one yourself from a piece of a DVD-R, black paper, a VHS box, and an HD USB webcam.

Public Lab has also created open source software to collect, analyze, compare, and share calibrated spectral data. We've even made an experimental version which converts your cellphone into a spectrometer.

Public Lab community members have used this new tool to identify dyes in "free and clear" laundry detergent, to test grow lamps, and to analyze wines.

Now we need your help in collecting data to build a Wikipedia-style library of open source spectra, and to refine and improve sample collection and analysis techniques. We imagine a kind of "SHAZAM for materials" which can help to investigate chemical spills, diagnose crop diseases, identify contaminants in household products, and even analyze olive oil, coffee, and homebrew beer.




The National Map Corps

The National Map Corps enlists volunteers to collect and edit data about human made structures in an effort to provide accurate and authoritative map data for the USGS National Map and US Topo Maps. Using aerial imagery and base layers from The National Map, volunteers are editing 10 different structure types including schools, hospitals, post offices, police stations, and other important public buildings in all 50 States as well as Puerto Rico and the US Virgin Islands.




AgeGuess

AgeGuess is a simple on-line citizen science project and game where people can guess your age based on the face photos you link/upload. You will also be guessing other people’s age and comparing your results with others. By participating in AgeGuess you will create a first of its kind research data set for the study of human aging.

AgeGuess investigates the differences between perceived age (how old you look to other people) and chronological age (how old you actually are) and their potential power as an aging biomarker. Some of the specific topic we would like to address include: 


- Perceived age as predictor (biomarker) for age at death. Are people who look older than they are more likely to die early?

- Is 60 the new 50? We know that nowadays the average 60 year old is capable of doing things that fewer people of the same age where able to do 50 years ago. Is this difference also reflected in how old they look?

Please visit the intro page of our website for more information about these and other topics, such as: are there times when one ages faster, is perceived age heritable, and at what age are you best at guessing. Don’t hesitate to contact us if you have other ideas that you would like to help us explore.




WildlifeBlitzGarneau

This smartphone app will help you explore habitats in your area and easily monitor wildlife populations by logging locations, photos, and responding to form questions all with the ease of your smartphone.




New England Basking Shark and Ocean Sunfish Project

The New England Coastal Wildlife Alliance (NECWA) invites beach walkers, boaters, fishermen, and divers to report their sightings and send in their photos of basking sharks and ocean sunfish seen in our New England waters. Your data will help scientists monitor the local populations and better understand their migration patterns.




Sevengill Shark Identification Project

Update: 2-15-16: This database is now accepting photographic documentation from citizen science divers in South Africa-- see link below for more information:

http://www.aquarium.co.za/blog/entry/citizen-science-global-sevengill-shark-identification-project

A citizen science project which allows local divers photo document encounters with Sevengill sharks (Notorynchus cepedianus). The Sevengill Shark Sightings is a portal through which data is entered into the 'Wildbook' pattern recognition algorithm program.

Two pattern recognition algorithms are used to analyze the freckling patterns of each shark to determine which animals are returning each year.

Sevengill Shark Zero Data Project:

Didn’t see any Sevengill sharks on your dive today at La Jolla Cove (or False Bay, Cape Town)? No problem – – we still need your data!

‘Zero data’ is an important concept in long-term population studies in a fixed location with a single species: it’s also called ‘Presence/Absence’ data, meaning, we still want to know when you did *not* see a certain species in a given location, because it tells us a lot about why that particular species may or may not be present at certain times of the year.

The portal can accessed through our main website at http://sevengillsharksightings.org/.

And, it goes without saying, of course, if you *did* see some sevengill sharks, we certainly accept your photographs!

http://sevengillsharksightings.org

Or go directly to the Zero Data portal here:

http://tinyurl.com/zr6qndz




KoalaTracker

Australia's national crowdsourced koala map, plotting the locations of koala populations in the wild, points of impact, causes of death and injury. Become a member of KoalaTracker.com.au to view the map, search the database, see the library of member images available for use in non-commercial projects. Learn more about the koala and how you can really do something to save it before it is too late.




Clumpy

The chloroplasts inside plant cells appear to "clump" together during bacterial infection; this can be devastating for plants and seriously compromise crop yields. We need your help to classify plant cell images by their "clumpiness" in order to further this research.

Helping us to classify the images will give insights into the progression of bacterial infection in plant cells.




ZomBeeWatch

ZomBee Watch is a citizen science project sponsored by the San Francisco State University Department of Biology, the San Francisco State University Center for Computing for Life Sciences and the Natural History Museum of Los Angeles County. ZomBee Watch was initiated as a follow-up to the discovery that the Zombie Fly Apocephalus borealis is parasitizing honey bees in California and possibly other areas of North America.

ZomBee Watch has three main goals.

1. To determine where in North America the Zombie Fly Apocephalus borealis is parasitizing honey bees.

2. To determine how often honey bees leave their hives at night, even if they are not parasitized by the Zombie Fly.

3. To engage citizen scientists in making a significant contribution to knowledge about honey bees and to become better observers of nature.

You can help in finding out where honey bees are being parasitized by the Zombie Fly and how big a threat the fly is to honey bees. So far, the Zombie Fly has been found parasitizing honey bees in California, Oregon, South Dakota, Vermont and Washington. We are teaming up with citizen scientists (like you!) to determine if the fly has spread to honey bees across all of North America.




Dragonfly Migration

We need your help to better understand dragonfly migration in North America. Although it spans three countries and has been documented since the 1880s, North American dragonfly migration is still poorly understood, and much remains to be learned about migratory cues, flight pathways, and the southern limits of overwintering grounds. Become part of an international network of citizen scientists and help monitor the spring and fall movements of the 5 main migratory species in North America, or report on these species throughout the year at a pond or wetland of your choice.




Did You See it?

"Did You See It?" is a new crowd sourcing initiative launched by the U.S. Geological Survey's Landslide Hazards Program to collect data about the occurrence of landslides within the United States.

Landslides are a serious geologic hazard common to almost every State in the United States.

The information will not only help scientists better understand the causes of landslides, possibly leading to improved disaster mitigation strategies, but also serve as public resource to educate citizens about potential risks in their communities.




Tiger Nation

Love tigers? Then connect to wild lives: follow real wild tigers and their cubs, while we keep an eye on them in their jungle homes.

Using cutting-edge ID technology, everyone, guides, naturalists, photographers, conservationists and visitors can all help with your photos and sightings, helping us keep an eye on their last strongholds, and supplying unending dramas in the lives of our wild tigers.




Tiny Terrors Project

The Tiny Terrors Project needs volunteers to monitor the invasive insect species of adelgids that attack both hemlocks and Fraser firs (the most popular Christmas Tree in North America).

Although barely visible to the naked eye, adelgids and their effects on trees can be detected by citizen scientists. Tiny Terrors is calling on you to help them identify both healthy and infected trees all across the Eastern United States.

Data collection is easy once you have identified an area that contains hemlock or Fraser fir, and you can submit your observations online.

Not only are both tree species valued for their beauty, but because of their numbers, they provide wildlife habitat and are an important source of lumber. Your help can help researchers find potentially resistant trees and aid in developing genetically resistant trees to restore forests.

The Tiny Terrors Project is based out of the North Carolina State University Forest Entomology Lab and was created for the Alliance for Saving Threatened Trees.




FreeGeek

FreeGeek is a nationwide movement that harnesses the power of volunteerism to recycle, rebuilt, and re-sell used computers for the economically underprivileged.

Volunteers receive comprehensive training about how to take apart and rebuild computers as well as how to test and install operating systems.

No formal background in science or computers required, all ages welcome!




World Community Grid

World Community Grid, an IBM philanthropic initiative, was created in 2004 to support humanitarian research on health, poverty, and sustainability. Through World Community Grid, hundreds of thousands of volunteers from around the globe have donated unused computing power from their computers and Android devices to help scientists make discover important advances to fighting cancer, AIDS and malaria; and developed novel solutions to environmental challenges, including new materials for affordable solar energy and more efficient water filtration.
As a volunteer, you simply install a non-invasive application on your device and get on with your day. When your device has spare power, it connects to World Community Grid and requests a virtual experiment to work on. And scientists gets several steps closer to life-changing solutions.




Adventurers and Scientists for Conservation

Adventurers and Scientist for Conservation is a unique initiative that helps create working reationships between scientists and adventure athletes to perform some truly unique research. Projects have been created all over the world and by groups of all kinds. The project even provides training for adventurers to become adventure-scientists.

The exciting benefits from these projects are numerous. Adventurers benefit by contributing to meaningful conservation research in areas that they visit. Additionally, scientists benefit from attaining inexpensive data that would have been previously hard or impossible to acquire. By no means, however are these adventure research projects limited to avid adventurers and professional scientists. Programs can be created anywhere for any age group. The goal of the project is to train and inspire the next generation of citizen scientists. In short, Adventurers and Scientists for Conservation will help you create a project, recruit participants, and start an Adventure Science project near you!




Leafsnap

Leafsnap is a series of electronic field guides developed by researchers from Columbia University, the University of Maryland, and the Smithsonian Institution. The free mobile apps use visual recognition software to help identify tree species from photographs of their leaves, and contain beautiful high-resolution images of leaves, flowers, fruits, petioles, seeds and bark. Leafsnap turns app-users into citizen scientists, automatically sharing images, species identifications, and geo-coded stamps of species locations with a community of scientists who will use the stream of data to map and monitor the ebb and flow of flora. The Leafsnap family of electronic field guides aims to leverage digital applications and mobile devices to build an ever-greater awareness of and appreciation for biodiversity.




Target Asteroids!

Target Asteroids! is a citizen science project which engages amateur astronomers in observations of potential asteroid spacecraft targets. The purpose is to collect data (e.g., astrometry and photometry) on asteroid targets to better characterize them as well as engage amateurs in the mission and encourage interest in STEM education and careers. OSIRIS-REx team members work with amateur astronomy groups to provide guidance, monitoring and collection of data.




The Snake Count

The Snake Count needs citizen scientists to map and track snake distributions across North America. This is your chance to take an active role in in snake conservation.

Usual Count Dates (check website for most updated details):
Spring: May 12-20
Fall: September 15-23

The goal of the Snake Count is to document every species of snake that occurs in the United States in a single time period. The data collected during the Snake Count will be used by the Center for Snake Conservation to map the current distribution of snakes. The data collected will confirm the existence of some rare species and provide baseline data to help monitor selected populations of more common species in the future.

By participating in this project, you'll learn how to find and identify snakes, and your efforts will help scientists identify conservation concerns for snakes across North America. Everyone who participates in the Snake Count does it for the joy of being outdoors and helping promote the conservation of our most unique predators--snakes!




Illinois RiverWatch

The Illinois RiverWatch program engages citizen science volunteers in stewardship, education, and science for Illinois rivers. By becoming a trained volunteer, you can help collect a variety of quality ensured data and help contribute to statewide biological monitoring efforts. There are over 1,500 volunteers already monitoring streams in the state, but there are still more streams waiting to be claimed!

The training process involves attending a workshop that will help train volunteers in data collection and give you all the tools you need to monitor a stream of your choice. Soon, you will be a true citizen scientist and take part in collaborative efforts to keep Illinois’ streams clean and beautiful, sharing your data with other organizations, state agencies, and private interests.




eButterfly

eButterfly is a citizen science project that helps document butterflies in Canada. By creating a user profile and documenting observed butterflies, citizens can help scientists better understand butterfly distribution in Canada. Users can also track which butterflies they have observed on a dynamic map application, and share photos with the eButterfly community.

The 2,045 eButterfly records of over 170 species help the Canadian Facility for Ecoinformatics Research at the University of Ottawa's Department of Biology better understand how butterflies adapt to environmental change. Eventually, the data you collect will help contribute to the preservation of Canada’s great biodiversity.




WorldWide Telescope Ambassadors

Do you have an Astronomy Story to tell? Create interactive, narrated tours about your favorite astronomical objects in WorldWide Telescope, and share them with the world.




UF Native Buzz

Solitary bees and wasps in your own backyard!!!

Native Buzz is a citizen science project created by the University of Florida (UF) Honey Bee Research and Extension Lab. Our goal is to learn more about the nesting preferences, diversity and distribution of our native solitary bees and wasps, share the information gained and provide a forum for those interested in participating in the science and art of native beekeeping (and wasp-keeping!).

Here at University of Florida Native Buzz you can keep track of your own native buzz nest site and see the results of other participant’s nest sites.




OspreyWatch

Osprey Watch is a project of the Center for Conservation Biology for birdwatchers across the nation to help identify osprey nests and observe osprey behavior. The project hopes to acquire data across a large enough spatial scale in order to address three pressing issues associated with aquatic ecosystems: climate change, depletion of fish stocks, and environmental contaminants. Ospreys are great indicators of the health of aquatic ecosystems as they are sensitive to small changes in fish populations and water quality.

OspreyWatch has almost 500 Osprey Watchers monitoring almost 800 nests across North America, Europe, and Australia. Ospreys are incredible birds of prey and viewing them in the wild can be an amazing experience. And it may be easier than you think. Many osprey nest in man made objects and might even be right outside your backdoor. There are also many nests viewable online through web cameras.

So grab a camera, some binoculars, and locate a nest near you to add photos and descriptions to OspreyWatch’s interactive map. You can even find other nests in your area and help monitor and add updates to nesting activity.




Ancient Lives

Ancient Lives allows citizen scientists to help transcribe ancient papyri texts from Greco-Roman Egypt. The data gathered will help scholars reveal new knowledge of the literature, culture, and lives of Greco-Romans in ancient Egypt.

The 1,000 year old transcripts were originally found by researchers in 1896 in the city of Oxrhynchus, often called the ‘City of the Sharp-Nosed Fish’. Over the next decade, over 500,000 fragments of papyri were uncovered and the collections stands today as largely unstudied. That is why Ancient Lives needs your help to measure fragments and transcribe Ancient Greek characters.

The project is a collaboration between researchers at Oxford University and several other international groups.




PHOWN, Photos of Weaver Nests

The aim of PHOWN is to study variation of colony sizes of weavers, to map their breeding distribution, and to study these aspects in relation to climate change. This is achieved with the help of citizen scientists submitting photos of weaver nests or colonies.

Some feral populations exist throughout the world, and may be included in PHOWN. Species include the true weavers, bishops and widows, queleas, social weavers, sparrow weavers, buffalo weavers, malimbes and fodies. Sparrows are not included.

Weavers are often common species, and often found near human habitation. This makes them easy to study. Some species are of conservation concern and for some the nest has not even been described yet!




FieldScope

FieldScope is a community web-mapping tool that promotes student engagement as citizen scientists and involves them in learning through mapping. By combining easy data integration with powerful mapping visualization, FieldScope is on the cutting edge of community mapping.

The application is accessed online and is requires no installation. Students are able to upload field data photos and other media as well as collaborate with other students and scientists, and perform analysis on existing data. There are many rich projects to choose from, including mapping water quality in the Chesapeake Bay, investigating watershed dynamics, and mapping rivers and streams in the National Parks.

With students able to contribute and interact alongside scientists, meaningful science is sure to happen!




Be a Martian

Help scientist improve maps of Mars and participate in other research tasks to help NASA manage the large amount of data from the Red Planet.

Users create Martian profiles and become "citizens" of the planet. In the map room, citizens can then earn Martian credits by helping place satellite photos on Mars’s surface, counting craters, and even helping the rovers Spirit and Opportunity by tagging photos with descriptions.

The highly interactive website is rich in content and contains other informational videos and mapping applications for citizens to tour Mars and get to know every nook and cranny of its rocky surface.

Become a Martian, explore Mars, have fun!




SciSpy

Spy on nature, and contribute to science. Share photos and observations through SciSpy and you're contributing to research initiatives that rely on amateur participation. Created by Science Channel (Discovery), SciSpy enlists paticipants to document the natural world of their backyards, parks, cities, and towns. Photos and observation data are tagged and stamped with date, time and location information and will hopefully provide helpful information to track migrations, changes in the natural environment, seasonal trends and more.




Moon Mappers

Help NASA identify craters on the Moon




MammalMAP

THE BROAD PICTURE: The aim of MammalMAP is to update the distribution records of all African mammal species. Through collaborations with professional scientists, conservation organisations, wildlife authorities and citizen scientists across Africa, we consolidate all reliable and identifiable evidence (camera trap records, photographs) of current mammal locations into an open-access digital database. The database software automatically generates online distribution maps of all recorded species which are instantly visible and searchable. The information consolidated within MammalMAP will not only yield crucial information for species conservation policies and landscape conservation policies, but provides an excellent platform for educating the public about African mammals and their conservation challenges.

WHY MAMMALMAP IS NECESSARY: In Africa, our knowledge of mammal distribution patterns is based largely on historical records. However, the last three centuries have seen extensive human-modification of African landscapes with the associated conversion, compression and fragmentation of natural land. With further land development presenting a likely reality for the future, the effectiveness of mammal conservation efforts depends on ecological records being updated so that they accurately reflect mammal distribution patterns in the 21st Century. With MammalMAP we plan to conduct these ecological updates over the coming years, by mapping the current distribution of mammal species (including marine mammals and small mammals) across Africa.

HOW MAMMALMAP CONTRIBUTES TO CONSERVATION: The conservation benefits of this research are multiple. First, the comparison of these updated distribution records with both historical and future records will enable the detection of species’ distribution changes in response to human-related and climate-related habitat changes. These change detections will assist the guidance of continent-wide conservation policies and decision making processes. Second, the research will promote and facilitate interdisciplinary and international collaboration amongst scientists and conservation practitioners, with potential benefits to the advancement of conservation science. Finally, both the project input stage (data collection) and output stage (data dissemination) will offer interactive, dynamic and widely applicable education tools suitable for both formal and informal education sectors.

THE WHERE AND THE HOW OF MAMMALMAP: The area of interest for MammalMAP is the whole of Africa. To achieve this we collaborate with scientists, conservation organisations, wildlife authorities and citizen scientists across the continent. Our methods involve consolidating evidence of mammal occurrence in a given location (camera trap records, photographs and other reliable records) into a digital database hosted by the Animal Demography Unit (ADU) at the University of Cape Town. In time, we will use the records in the database to generate distribution maps for all recorded species, in the same way that the ADU has done for birds, reptiles, frogs and butterflies.




Wildlife Sightings

Wildlife Sightings is a free service that lets anyone to publish, organize, and manage their own wildlife sightings data.

Wildlife Sightings helps eliminate the technical barriers and costs to non-profit organizations and educators wishing to conduct their own wildlife surveys. That way, nature lovers, conservation groups, eco-tourism business, and educators can focus their energy on what they love most -- citizen science!

By documenting the biodiversity around you, you can enjoy nature and aid conservation efforts at the same time.




LA Spider Survey

In order to conduct a large-scale survey of urban spiders, we need the help of the public. We are asking people to collect spiders in their homes and gardens, fill out a simple data sheet about their collection, and send or bring the spiders and forms to the Natural History Museum.

In spite of their importance and abundance, we do not know much about the spiders in Los Angeles. There are no truly large collections of urban spiders from this area, as most collectors concentrate on studying natural areas.

As an important international port, new species of spiders from various parts of the world are always being accidentally introduced into the Los Angeles area, and some of these have established breeding populations. We need to know how widespread these introduced species have become, and how they have interacted with the native spiders. Also, we want to know how urbanization and the loss of natural habitat has affected populations and distributions of naturally occurring spiders.




Genetics of Taste Lab

Do mouth bacteria affect the way we taste sweetness?

Research suggests that humans range in their sensitivity to and liking of sweet-tasting molecules in our food. The Genetics of Taste Lab will take a novel look at genetics, both of the people who enroll and of the bacteria communities in their mouths (microbiome), to determine if the sensitivity and liking differences observed are due to both changes in the sweet genes AND the types of bacteria in our mouths.

Community Participation: Research & Educational Goals: The Genetics of Taste Lab is a unique venue for both citizen science AND crowdsourcing health data
-We connect our community to research that is relevant to their lives.
-We conduct research to answer real public health questions and publish in peer-reviewed scientific journals.

This study is led by Nicole Garneau, PhD (ngarneau@dmns.org) and Robin Tucker, PhD, RD (rtucker@bgsu.edu), and made possible by a partnership between the Health Science and Visitor Programs Departments at the Denver Museum of Nature & Science and the Department of Public and Allied Health at Bowling Green State University. To become a citizen scientist, contact our volunteer services office at 303.370.6419 or visit www.dmns.org/join/volunteering.




Bumble Bee Watch

Bumble Bee Watch (www.BumbleBeeWatch.org) is a collaborative effort to track and conserve North America’s bumble bees. This citizen science project allows individuals or groups to: 1) Upload photos of bumble bees to start a virtual bumble bee collection; 2) Identify the bumble bees in your photos and have your identifications verified by experts; 3) Help researchers determine the status and conservation needs of bumble bees; 4) Help locate rare or endangered populations of bumble bees; 5) Learn about bumble bees, their ecology, and ongoing conservation efforts; and 6) Connect with other citizen scientists.

Find out more at http://www.bumblebeewatch.org/contents/about/




The Black Squirrel Project

The Black Squirrel Project aims to gather data on the geographical range of the black squirrel within the United Kingdom.

Black squirrels originate from North America and are the same species as grey squirrels. The only difference is that they have a piece of DNA missing on a gene that produces pigment, which means they can only produce black fur.

You can make an important contribution to the project by submitting your own squirrel sightings (grey, black or red) and also learn more about the history and genetics of the black squirrel.




Camel Cricket Census

The Your Wild Life team needs citizen scientists to share observations and photos of camel crickets in your home!

To date, their network of keen citizen observers has reported a preponderance of camel crickets in their basements, garages and garden sheds. Some interesting patterns in cricket distribution have emerged, and the researchers have learned that a Japanese camel cricket is way more common in the US than previously thought.

Have you seen one of these leggy beasts? Submit your observations today!




Mountain Watch

Mountain Watch is an ongoing trail-side citizen science program that tracks plant development, aka phenology, of a small set of alpine and forest plants In the Eastern Appalachian mountains and other Northeast areas.

AMC is also a partner with the USA National Phenology Network, the National Park Service, and the Appalachian Trail Conservancy in the
AT Seasons project, the new endeavor to track plant and animal development along the AT corridor. Similar to AMC’s Mountain Watch, AT Seasons (www.usanpn.org/appalachian) will provide much needed information on climate impacts at upper elevations.

These citizen science programs are components of the Appalachian Mountain Club alpine ecology and climate science research being conducted in the Northeast mountains.

General teaching material on phenology can be found here: https://www.usanpn.org/education




EyeWire

Based in the Seung Computational Neuroscience Lab at Princeton University, EyeWire investigators are solving the mysteries of the brain with the help of the public.  Over 150,000 people around the world have played what has been called a “3D neuroscience coloring book” — a puzzle game anyone can play without having any knowledge or experience in the field of neuroscience.  EyeWire researchers aim to eventually map the human brain, but for now they are starting with the retina.  Players are mapping the connections between retinal neurons, helping researchers understand how neurons process information.  Players have already helped researchers understand how a mammal can detect motion, which has remained a mystery — until now.  EyeWire researchers hope their work can lead to advances in blindness therapies, the development of retinal prosthestics, and other benefits.




Trumpeter Swan Watch

By 1900, Trumpeter Swans were extirpated from their nesting and wintering areas in Central and Eastern North America. Their historic migrations to southerly wintering sites were totally destroyed. In recent decades wild nesting populations of Trumpeters have been successfully restored in several northerly states and Ontario. Most swans now winter near their northern breeding areas, but an unknown number are pioneering southward where they are beginning to establish use of more southerly wintering sites.

Little is known regarding the numbers and groupings of southward migrants, the location and characteristics of the sites they are pioneering, the duration of use, or problems they may be encountering. By providing information through Trumpeter Watch, observers can help document the changing distribution of wintering Trumpeter Swans and help identify potential new southerly wintering sites.




WeSolver

WeSolver was created to define and address the most important problems that face human beings. It was made for everyone, a gift to the solvers in the world and anyone can help in any way they are willing to.

There will be many ways to participate in the site itself from creating, reading, promoting, linking, sharing and policing content. WeSolver will be open and transparent to everyone while respecting any individuals wish to remain anonymous should they so choose. Hopefully people will find new connections and relationships between seemingly different problems and solutions inspiring experimentation and innovative approaches.

How can we possibly solve the many problems that face us as a species without using every available asset to do so? How can we leave this work in the hands of experts or governments or any other organization to solve on their own? It would be foolish to ignore the potential solutions which come when everyone is invited to the table. Our common future depends on it.




Digital Fishers

Got 60 seconds to help shape ocean science?

We’re looking for a few volunteers to help analyze deep-sea videos— seconds at a time. We invite you to participate in ocean science research (no experience required!) via Digital Fishers, a new “citizen science” website. By playing Digital Fishers you’ll help researchers gather data from video, and unveil the mechanisms shaping the animal communities inhabiting the deep.

Digital Fishers was developed by Ocean Networks Canada together with the University of Victoria’s Centre for Global Studies (CfGS) and funded by CANARIE. Co-investigator Dr. Rod Dobell leads the involvement of CfGS with additional support from eBriefings.ca.




Greater Prairie Chicken Project

The Iowa Department of Natural Resources needs your help to ensure that Greater Prairie Chickens remain in Iowa. All you have to do is submit your sightings.

Greater Praire Chickens were once abundant in central and eastern United States; however, their numbers have dwindled since the 1800s.

Project organizers are looking for information about how prairie chickens are distributed in Southern Iowa regions, including Adair, Madison, Adams, Union, Clarke, Taylor, Ringgold, Decatur and Wayne Counties.




British Trust for Ornithology

The BTO's Nest Record Scheme (NRS) gathers vital information on the breeding success of Britain's birds by asking volunteers to find and follow the progress of individual bird nests.

The data collected are used to produce trends in breeding performance, which help us to identify species that may be declining because of problems at the nesting stage. These trends are published on the BTO website and are updated every year. NRS data also allow us to measure the impacts of pressures such as climate change on bird productivity.

Anyone can be a nest recorder. Some people watch a single nest box in their back garden while others spend hundreds of hours finding and monitoring nests in the wider countryside.




American Kestrel Partnership

Now's the time to set up your American Kestrel nest box! This bird's population is experiencing long-term declines in North America, and existing data are insufficient for understanding the causes. The American Kestrel Partnership is an international research network designed to generate data, models, and conservation plans for kestrel habitat and populations at large spatial scales. The Partnership unites the data-generating capacity of citizen scientists with the data-analysis expertise of professional scientists by promoting research collaboration among citizen scientists, universities, government agencies, conservation organizations, schools, and businesses. The Partnership also fosters long-term conservation values and appreciation of science by engaging the public with hands-on research experiences.




Thanksgiving Day Western Bird Count

Count birds within a 15-foot area, anywhere in the Western states, for one hour on Thanksgiving Day; you decide the hour and the location.
Last year 431 counters in the eleven Western States and Alaska made 440 counts. They tallied 161 species of birds (plus a lot of mammals and other things, too). The top five species counted in these states were House Sparrow (1), Dark-eyed Junco (2), House Finch (3), Black-capped Chickadee (4) and European Starling (5). As predicted, the Pine Siskin dropped out of the top five last season, but should be more numerous this year. Participants should send in a report even if no birds were seen during the hour.




Winter Wild Turkey Flock Survey

Harsh winter conditions significantly affect young turkeys. New York State Department of Environmental Conservation seeks wildlife lovers in every county to help them observe and count young male and female turkeys (also known as Jakes and Jennies), from January through March.




New Hampshire Turkey Observers

N.H. Fish and Game's winter wild turkey flock survey invites you to help record sightings of wild turkey flocks in New Hampshire from January to mid-March each year. This effort helps biologists assess the impact of winter weather on our turkey population!




Golden Eagle Survey Project

Help survey golden eagles in the wild in the blufflands region of southeast Minneosta, western Wisconsin and northeast Iowa during our Annual Wintering Golden Eagle Survey held each January. We are conducting the survey as a part of a project investigating golden eagles that winter in this region. Little is known about their breeding origins, migration and habitat use. Your participation in this project will enhance our understanding of one of North America's largest birds of prey.




GreenprintMaps

GreenprintMaps presents the urban forest of the Greenprint region – Sacramento, Yolo, Placer, El Dorado, Sutter, and Yuba Counties. Everyone is invited to join us in mapping all of our trees – in parks, on streets, at schools, in parking lots and at home. You can find trees, add trees, ask a question about a tree, and calculate the value of a tree. GreenprintMaps is fun and easy for everyone. Cities can better manage their trees, planners can protect trees, scientists can combat tree pests and diseases, and homeowners can share their tree stories. We hope you’ll help us grow the best regional urban forest in the nation.




theSkyNet

Play your part and help discover our Universe!
Have a computer? Want to help astronomers make awesome discoveries and understand our Universe? Then theSkyNet needs you!
Your computer is bored. It has spare computing power nearly all the time that could be used to do something cool. So why not let it?
By connecting 100s and 1000s of computers together through the Internet, it's possible to simulate a single machine capable of doing some pretty amazing stuff. That's what theSkyNet is all about - using your spare computing power to process radio astronomy data.




Sing About Science

SingAboutScience dot org has a searchable database which teachers and others can use to find content-rich songs on specific scientific and mathematical topics. Finding and cataloguing all relevant songs is a challenge, however, and volunteers can be used to help with this. Other possible work might entail technical development of the website and assessment of its usability.




New York Horseshoe Crab Monitoring Network

The New York Horseshoe Crab Monitoring Network encourage participants to get involved with the annual horseshoe crab monitoring program on various reference beaches throughout New York’s Marine District. Participants assist with the collection of scientific data that is used to assess the status of horseshoe crabs in NY State, and will help determine the management and conservation of this important species throughout the region.

This data will be used by the NYS Department of Environmental Conservation to assess the status of horseshoe crabs in New York’s Marine District, and to assist with the regional management and conservation of this species through the Atlantic States Marine Fisheries Commission.

If you participate in this educational survey you will be helping to collect data on horseshoe crab spawning abundance, size, sex and tag returns around full and new moon evenings from May to July.

Cornell University Cooperative Extension’s Marine Program is working with the New York State Department of Environmental Conservation to develop and organize this project.




Share Your Heritage

We are inviting members of the public to take digital photographs of specific sculptures and monuments in the City of Brighton and Hove (United Kingdom) as part of a unique project to record the city's heritage.

The process is really simple and your pictures will contribute to a library of 2D and 3D models that will raise awareness of our heritage locally, nationally and beyond.




OPAL Bugs Count

Do you know what bugs are living near you? Take part in OPAL Bugs Count and discover the incredible variety of invertebrates that make their home around us.

Bugs, or invertebrates, are a vital part of our environment. They can pollinate plants, recycle nutrients, and they provide an important food source for birds and mammals.

Find as many bugs as you can in our timed challenges and keep a special eye out for the six Species Quest bugs.

Your findings will help scientists learn more about the distribution of invertebrates across the country and how the urban environment may be affecting them.




STE - Scuba Tourism for the Environment

STE - Scuba Tourism for the Environment is aimed at obtaining information on the Red Sea marine biodiversity state, by collaborating with volunteer dive tourists.

In this way the research can provide the institutions with tools to implement conservation and preservation measures, and at the same time it contributes to the development of ecotourism in the area, providing the tourists with a discerning, active and useful way to increase their naturalistic awareness and recreational value of their holidays.




Project MonarchHealth

MonarchHealth is a citizen science project in which volunteers sample wild monarch butterflies to help track the spread of a protozoan parasite across North America.

The project's mission is to achieve a broader understanding of host-parasite interactions in monarch butterflies and to enhance awareness of monarch biology and conservation through the coupling of citizens and scientists.

Participants either capture monarch butterflies as adults or raise the caterpillars in separate containers until they become adult butterflies. In either case, you will gently tape each butterfly’s abdomen with a sticker to collect the OE spores (helpful instructional videos). Next, you will send the sample, along with a simple data sheet for each butterfly, back to the scientists at the Altizer lab where they will analyze the sample. After the data are compiled, project coordinators will send you the results of your sampling contribution as well as post them on the project results page for the public to see.

Anyone interested in monarch butterflies can participate. MonarchHealth is conducted by people of all skills, ages, and backgrounds including families, retired persons, classrooms, monarch organizations, nature centers, and individuals.




Pika Monitoring

We need people to document where and when they see Pika (smallest member of the rabbit family), hear pika, or see their hay piles.

If you are out hiking in scree fields, this is a great opportunity to contribute.




Invaders of Texas

The Invaders of Texas Program is an innovative campaign whereby volunteer "citizen scientists" are trained to detect the arrival and dispersal of invasive species in their own local areas. That information is delivered into a statewide mapping database and to those who can do something about it. The premise is simple. The more trained eyes watching for invasive species, the better our chances of lessening or avoiding damage to our native landscape.

The Invaders of Texas Program supports the creation and perpetuation of a network of local citizen scientist teams who seek out and report outbreaks of selected environmentally and economically harmful invasive species. These teams, coordinated by the Wildflower Center contribute important data to local and national resource managers who will, in turn, coordinate appropriate responses to control the spread of unwanted invaders. The Invaders Program is designed to move the target audience beyond awareness to action on invasive species.

This is your chance to help slow down the spread of harmful invasive species and reduce their ecological and economic damage.




Craywatch

Invasive self-cloning crayfish are on their way to a stream or lake near you!

We need your help to monitor our waterways for the invasion of new species of crayfish. High on our priority list is Marmokrebs, a species that reproduces asexually – making it an extremely successful intruder in pristine ecosystems. Let’s make sure we know exactly where this and many other potentially invasive species are headed!

Take pictures of crayfish and tell us where and when you found it. The goal of this project is to help monitor waters for introduction of new and potentially invasive species of crayfish.

Invasive crayfish have had devastating effects in many freshwater ecosystems across the world, often driving local fish and invertebrate species to extinction. With your help, we can make sure to prevent this from happening here! Thanks in advance for helping us in this important project!




PhillyTreeMap

Help identify and catalog the trees in Philadelphia's urban forest! PhillyTreeMap is an open-source, web-based map database of trees in the greater 13-county 3-state Philadelphia region. The wiki-style database enables non-profits, government, volunteer organizations, and the general public to collaboratively create an accurate and informative inventory of the trees in their communities. The project was funded by a USDA Small Business Innovation Research Grant and is in support of the Philadelphia Parks & Recreation's 30% tree canopy goal and the Pennsylvania Horticultural Society's "Plant One Million" campaign. As more trees are added to the database, PhillyTreeMap uses the iTree software from the USDA Forest Service to calculate the environmental impact of the region's urban forest. So get outside and add some trees!




Collect Ash from the Grímsvötn Volcano Eruption

Interested in volcanoes and want to help research carried out by the BGS and UK universities?

There are two ways in which you can help:

1) Fill our a questionnaire to help researchers study the distribution of the volcanic ash fall and produce a map.

2) Collect some samples of volcanic ash

Collecting samples of volcanic ash can be very simple and helps to provide information on the distribution of the ash fall.




Maine Audubon Wildlife Road Watch

The Maine Audubon Wildlife Road Watch is a web-based map and database designed to record your observations of road-side and road-killed wildlife.

There are two ways to participate in the project:

1. Entering random wildlife observations from around the state.

2. Regular route surveying for "Adopt A Road".

Information about where wildlife attempt to cross roads, what animals are involved, on what kinds of roads are collisions frequent, and other data can help inform policy, management, and financial investment in reducing road-kill and habitat fragmentation. Maine Audubon scientists will use the data to improve our collective understanding of where wildlife attempt to cross roads and what we can do to reduce road-kill and increase safety for people and wildlife.

Start contributing your own observations today!




Redwood Watch

Redwood Watch needs volunteers to take photographs of redwood trees and other redwood forest plants and animals and submit them to researchers. Your data will help Save the Redwoods League better understand species distribution within the redwood range.

We do not yet know how climate change will impact the redwood forest in the coming decades, but when we know where redwood forests and their inhabitants do well today, we will be better able to predict where the redwood forests of tomorrow will thrive!

As you walk through the forest, Redwood Watch encourages you to submit observations of plants and animals that live in the redwood forest. Snap a picture and submit it online using the iNaturalist app and the selecting the Redwood Watch project.

The project is a partnership between the Save the Redwoods League, iNaturalist, Google Earth Outreach, and the California Academy of Sciences.




NoiseTube

Currently over 50% of the world’s population lives in urban areas. Being continuously surrounded by traffic jams, construction sites and urban events, city dwellers are typically exposed to a considerable amount of noise. NoiseTube facilitate sound measuring at any place and any time through a mobile app which exploits basic smartphone functionalities, namely microphone, wireless connectivity and localisation through GPS. Through these three components NoiseTube transforms already ubiquitous smartphones into highly portable, accessible sound measurement devices, enabling all citizens to measure ambient sound levels whenever and wherever they please.

The NoiseTube website collects all user measurements and visualises them on Google Maps. Given enough measurements for a particular area, we can construct noise maps of comparable quality to those produced by governments today, which are of a very different kind. Indeed, pollution maps are typically created through computer simulations based on general statistics, such as the average number of cars in the city. They are backed up only by limited amounts of sound measurements because current measuring methods are expensive and thus not very scalable. The resulting maps give an average but not at all a complete view on the situation, entirely missing local variations due to street works, neighbour noise &tc.

NoiseTube is user-friendly, free and open source and is used by citizens all over the world, for individual use as well as for measuring campaigns by citizen action groups. It is a tool with which citizens can estimate the quality of their daily environment and how it is affected by their behavior, and as such provides support for awareness-building as well as for undertaking bottom-up, citizen-steered actions to solve local issues.




Oklahoma Invasive Plant Council

The Oklahoma Invasive Plant council needs Oklahoma residents to report data on invasive plants in their area.

Participants gather information about the invading species and its location, and then submit it on the project website.

By contributing, you can help the project facilitate management of invasive plants and protect the economic and natural resources of Oklahoma’s land and water.




National Tree Benefit Calculator

Trees have more benefits than just the tangible wood products. Trees clean our air, raise property values, reduce energy costs, and redirect stormwater.

You can calculate the non-tangible value the trees in your yard or city produce.




Project Calliope

Project Calliope is an upcoming orbiting satellite that will convert Earth's ionosphere to music for people to share. Calliope lets people get a sense of how active space is. Calliope will measure the ionosphere for its 12-week life and transmit that data as sonified MIDI data (akin to sheet music) so anyone with a ham radio or web connection can listen to it-- or remix it into their own music compositions. It is planned to launch into orbit in late 2011.




BeeSpotter

BeeSpotter needs volunteers to go outside with a camera and capture quality photos of bees! Researchers at the University of Illinois are trying to better understand bee demographics in the states of Illinois, Missouri, and Ohio (added during the 2015 spotting season!) and they can't do it without your help. Your data will become part of a nationwide effort to gather baseline information on the population status of these insects.

BeeSpotter is a partnership between citizen scientists and the professional science community. The project is designed to educate the public about pollinators by engaging them in a data collection effort of importance to the nation.




Penn State Astrobiology Citizen Science Project

We want to study the biogeography of microorganisms by taking water samples from domestic water heaters. Participants will acquire a water sample from their kitchen tap and answer 20 questions. The process will take ~30 minutes. We are recruiting 2-3 households per state. By looking at the genetic differences from isolates of similar microbes from across the globe, researchers are currently trying to understand the degree to which populations of microbes are isolated and whether this isolation suggests an allopatric speciation model for prokaryotes. We are still looking for participants in: AL, AK, DE, DC, KS, KY, ME, MA, NH, NM, ND, RI, SC, SD, TN, VT.




OPAL Water Survey

The OPAL Water Survey needs citizen scientists in England to record what life they see in local ponds and to conduct simple tests for water clarity and pH. By contributing, you'll help scientists learn more about how polluted lakes and ponds in England actually are.

Animals living in the water can tell us a great deal about how polluted the water may be. Some species struggle to survive in polluted waters, while others are more tolerant. By telling us what life you see in your local pond you’ll discover more about the water's health and contribute to valuable scientific research.

This is one of five OPAL surveys across England to learn more about the state of the environment. Anyone can get involved. The studies are open to all ages and abilities, and your contribution will be important in helping scientists build up a picture of England's natural environment.




Encyclopedia of Life

The Encyclopedia of Life (EOL) provides free, open, multilingual, digital access to trusted information on all known species through its website at http://eol.org. EOL is an international collaboration led by the Smithsonian that works to raise awareness and understanding of living nature.
Citizen Scientists can participate in many ways, from contributing articles, photos, videos and sounds, to creating and using collections, to annotating and curating biodiversity content.




OPAL Soil and Earthworm Survey

The OPAL Soil and Earthworm Survey needs citizen scientists to collect and separate earthworms and to examine the surrounding soil properties.

Earthworms are extremely important and play a vital role in recycling plant nutrients and aerating the soil. By taking part in this survey you'll help improve our knowledge of earthworms and the soils they live in.

Everybody can take part in the soil and earthworm survey - all ages and abilities. It's simple, fun and you'll be contributing towards valuable research.

This is one of five OPAL surveys across England to learn more about the state of the environment. Anyone can get involved. The studies are open to all ages and abilities, and your contribution will be important in helping scientists build up a picture of England's natural environment.




OPAL Biodiversity Survey

The OPAL Biodiversity Survey needs citizen scientists in England to help uncover the diverse range of wildlife in hedges. By contributing, you'll help researchers learn more about the importance of hedges and how we can improve them.

Hedges support many animals by providing them with food and shelter. Berries and seeds are food for birds, while holes beneath the hedge are often home to small mammals. You’ll also discover caterpillars, shieldbugs and many other invertebrates living among the leaves.

By sharing your observations with the project, reseachers can instantly rate the condition of your hedge and offer suggestions on how to improve it.

This is one of five OPAL surveys across England to learn more about the state of the environment. Anyone can get involved. The studies are open to all ages and abilities, and your contribution will be important in helping scientists build up a picture of England's natural environment.




OPAL Air Survey

The OPAL Air Survey needs citizen scientists to record lichens on trees and look for tar spot fungus on sycamore leaves. By contributing, you'll help scientists answer important questions about local air quality and its impacts across England.

Even if you haven't fond any lichens or tar spots, your findings are still extremely useful. Each activity should take no more than 60 minutes.

This is one of five OPAL surveys across England to learn more about the state of the environment. Anyone can get involved. The studies are open to all ages and abilities, and your contribution will be important in helping scientists build up a picture of England's natural environment.




West Virginia Breeding Bird Atlas II

The West Virginia Breeding Bird Atlas Project needs volunteer surveyors to document the breeding status of bird species. Surveyors register for atlas blocks and agree to provide adequate survey coverage either in the form of hours spent atlasing or number of species encountered – or both. Surveying a block involves documenting all bird species encountered. Their breeding status is recorded based on a series of codes which categorizes them as possible, probable or confirmed.

Anyone can participate! The success of the West Virginia Breeding Bird Atlas II depends on the active participation of a variety of outdoor enthusiasts; birders, hikers, hunters and anglers, backyard feeder watchers, farmers and the list goes on.

Please note that the most important way in which you can contribute to the atlas is by volunteering to survey atlas blocks and submitting as many observations as possible. However, there are many additional ways in which you can contribute to the success of the West Virginia Breeding Bird Atlas II.




Urban Garden Plant Identification

For my Senior Thesis I am researching economic disparity in community gardens. However, I am not a expert on plants. I need some help identifying common garden plants from photos I took of gardens in Atlanta, GA. The photos are only available on Facebook unfortunately, so you need a Facebook account.




The Wildlife Health Event Reporter

Wildlife Health Event Reporter (WHER) is publicly available to anyone to use to report their sightings of sick or dead wildlife.

Individual reports viewed together can lead to the detection and containment of wildlife disease outbreaks that may pose a health risk to people, domestic animals and other wildlife. WHER hopes to harness the power of the many eyes of the public to better detect wildlife disease phenomenon.

Additionally, WHER was developed by the Wildlife Data Integration Network (WDIN), a program of the School of Veterinary Medicine at the University of Wisconsin-Madison.




Rainlog.org

Join RainLog's network of over 1,000 volunteers that use backyard rain gauges to monitor precipitation across Arizona and in neighboring states. Data collected through this network will be used for a variety of applications, from watershed management activities to drought planning at local, county, and state levels.

All you need to participate is a rain gauge and access to the Internet. Volunteers select a rain gauge, install it at home, and report daily total rainfall amounts through the online data entry form. Volunteers are asked to track daily or monthly precipitation amounts.

Precipitation amounts are highly variable across Arizona due to topography and seasonal weather patterns. This is especially true during the monsoon season, when thunderstorms can produce heavy rainfall that is very localized.

Your observations will provide valuable information to be used in drought monitoring and resource management decision-making.

All data posted by volunteers is available in real-time in maps. These maps are useful in tracking high-resolution variability in precipitation patterns and potential changes in drought status. As more people participate and more information is gathered, the resolution of the maps will improve.




iSpot - your place to share nature

iSpot is a unique website where you can get the help of a friendly community to identify anything living that you have seen in nature. We are based in the UK, but observations from elsewhere are welcome.

You can add an observation to the website, suggest an identification, or see if anyone else can identify an observation for you.

Help others by adding an identification to an existing observation. Your reputation on the site will grow as others with knowledge agree with you identifications.

Ultimately, the data collected on iSpot are added to a central depository of biodiversity data held by the National Biodiversity Network

We have online keys (also available via web browsers on cell phones) that are designed to help you identify certain groups of species.

What are you waiting for? Get outside and make some observations. :)




OpenSignalMaps

With your help, OpenSignalMaps is creating a comprehensive database of cell phone towers, cell phone signal strength readings, and Wi-Fi access points around the world. This data is collected via an Android application and uploaded to the project's servers, taking care to use as little processing power and battery life as possible.

You can use the project website to browse the data they've collected, including heat maps that show exactly how strong signal is in any particular area, as well as all the nearby towers for your carrier. And don't worry -- the data is stripped of any identifying information and available on a graphical interface to enable you to make sense of the raw data.




Communicating Climate Change

Maryland Science Center's Communicating Climate Change project needs volunteers to take temperature measurements across the urban-rural gradient. The study will look at Urban Heat Islands, which provide a glimpse of what the world will look like with warmer temperatures.

The Urban Heat Island Effect describes the temperature difference between a metropolitan area and the more rural landscape nearby. The Urban Heat Effect is not an effect of climate change, but rather of human activity shaping our environment. One may ask, if we can make changes on a local scale, are we also responsible for changes globally?

The Maryland Science Center and our research partners at the Baltimore Ecosystem Study are proud to join eleven science centers across the nation in the Association of Science and Technology Center’s C3: Communicating Climate Change Citizen Science project.

You too can be a scientist and take part a long term research study!

There is no geographic or age restriction on participation.




Wasp Watcher

Monitoring wasp colonies for invasive beetles that kill trees...WaspWatchers is a citizen scientist program which began in Maine and has now spread throughout Ontario, New England, the Eastern Seaboard and parts of the Midwest (Wisconsin, Ohio and Michigan). Across this broad area, the program’s goal is to… Engage and support the general public and government agencies with discovery and monitoring of their natural Cerceris fumipennis colonies; monitoring for both native and introduced species of Buprestidae beetles including the Emerald Ash Borer. Who are WaspWatchers? They are a combination of enthusiastic government staff, students and public volunteers. An efficient alliance is to utilize professional staff/students to search for colonies and then enlist the public volunteers to ‘adopt’ and monitor the colonies.




Dragonfly Swarm Project

The Dragonfly Swarm Project uses the power of the internet to allow everyone to participate in a large-scale study of dragonfly swarming behavior. Participants observe dragonfly swarms wherever they occur, make observations of the composition and behavior of the swarm, then submit a report online.

Data is compiled from the reports by an aquatic entomologist with a passion for dragonflies. Her goal is to use the data collected from participants for two purposes: 1) to publish data from a massive number of dragonfly swarms in the scientific literature, making this information available to scientists, and 2) to provide information about this behavior to the public. Many people see dragonfly swarms and are curious about what they see. The creator of this project hopes to provide answers to the curious while simultaneously collecting information from eye-witnesses to improve our overall knowledge of this fascinating behavior.

Because any given person has to be in the right place at the right time to see a dragonfly swarm, this project isn't possible for a single scientist to do alone. Collecting data from a large network of people is thus the best way to study dragonfly swarming behavior. Participation requires only curiosity and a few minutes of your time, so keep an eye out for dragonfly swarms in your area this summer and send in your reports!

Thanks in advance for your participation!




Colorado Spider Survey

The Colorado Spider Survey (CSS) is a means of gathering critical information about the ecology and distribution of this understudied taxonomic group. Researchers have documented the distribution and species diversity of several groups of insects in the Rocky Mountain region such as ants, grasshoppers, and butterflies. However, information about the distribution and diversity of other arthropod groups in this region is lacking. One group that is particularly understudied is the Order Araneae, or the spiders. Little is known about either the biodiversity of spiders in Colorado or the impact urbanization is having on species distribution in the state. No formal spider surveys have ever been conducted in Colorado.

The survey will be carried out through a series of Spider Identification and Collection Workshops that will be held throughout the state, but particularly in cooperation with the State Park system. These workshops, led by a team of professional and amateur arachnologists (or spider biologists), will train members of local communities in spider biology, morphology, taxonomy, and collection techniques. The specimens will be collected during the next several years by team leaders as well as workshop participants and will be sent to the Denver Museum of Nature & Science for identification and storage. Data from these specimens and from Colorado specimens housed at other collections throughout the country will be compiled and published in an electronic database.




Acoustic Bat Monitoring

Citizen Science Center volunteers assist the Wisconsin Department of Natural Resources with their Acoustic Bat Monitoring Program. Volunteers attend a training workshop during the spring where they learn how to use an AnaBat detector, which records bat calls using a personal digital assistant that has a global positioning system to record the location and time. The bat detector translates the bat's call "on the fly" to a frequency that humans can hear. In this way, volunteers can actually hear what a bat call sounds like, while making sure the device is working correctly.

After training, bat volunteers borrow the AnaBat detection system, dubbed the “Bat Monitoring Kit,” for one to three nights to conduct bat surveys of local parks, neighborhoods, lakes and trails. Sometimes volunteers survey areas of their choice and sometimes they are asked to survey specific sites.

Once a volunteer selects a site to survey, they agree to survey that site three times during the season, once in April/May, once in June/July, and once in August/September. Each survey is between one to three hours (a minimum of 1 hour). Surveys begin a half-hour after sunset. Bat monitoring volunteers of all ages are welcome to participate. Volunteers younger than 16 must be accompanied by an adult.




Jay Watch

Jay Watch needs volunteers in Florida to conduct surveys of the charismatic scrub-jay, the only Florida bird species that lives nowhere else on earth. Volunteers play recorded, territorial scrub-jay calls to attract the birds, then observe and record the number of family groups, adults and juveniles. Volunteers note any band color combinations, helping track individual birds. Information is
recorded on aerial maps by volunteers in the field and is then computerized.

During spring workshops, volunteers learn about Florida scrub-jay identification and biology, the scrub ecosystem and survey protocols. Permanent survey locations are established and each site is surveyed three times—before noon on separate days—to ensure all scrub-jays are observed. Jay Watch surveys are conducted from mid-June through July.

The scrub-jay is considered the indicator species of Florida’s oldest wild lands – the ancient islands that make up today’s scrub. When the scrub-jay does not thrive, something is wrong with its habitat.Today, degradation of scrub habitat pushes the scrub-jay toward extinction; they are listed as a threatened species by state and federal governments.

Unless people act, the Florida scrub-jay may blink right out of existence. The Conservancy and our Jay Watch partners know what the scrub-jay needs and how to provide it. The time to act is now. Will you help?




River Source Watershed Monitoring

Watershed Watch increases the understanding of New Mexico's water quality, river ecology and fisheries health through hands-on science in a real-world context. Students gather data on biological, chemical and physical indicators and make presentations to local data users including acequias (irrigation canals), school boards, federal agencies and watershed groups. Students become engaged in environmental studies of issues beyond the classroom to that address critical water issues in local regions.




Glacier National Park Invasive Plants

The Noxious Weeds Citizen Science Project needs volunteers to document the presence or absence of five noxious weeds along 700+ miles of Glacier National Park's hiking trails to determine the distribution and extent of noxious weeds invading the park.

Glacier National Park hosts over 1,000 different types of plants, but the unique native flora has serious competition. There are currently 126 exotic plant species within the park and although many of them are not invasive, the list does include 20 noxious weeds, or highly invasive plants that are a direct threat to the proliferation of native plant communities.

The Non-native Invasive Plant Citizen Science program assists park managers map where invasive plants exist in the back-country. The data gathered by citizen scientists throughout the park's million acres provides critical assistance in mapping these invasive plants and managing them.

Since 2005 the Glacier National Park Citizen Science program has enlisted trained park visitors, staff and volunteers to collect scientific information that would otherwise be unavailable to resource managers and researchers due to lack of personnel or funding. For citizen scientists, the rewards are a sense of stewardship and a greater awareness and understanding of the park’s resource issues. For the park, it provides a wealth of data which can be used to increase understanding of our natural resources, offering an opportunity to get much-needed baseline information about key plant and animal species.




High Country Citizen Science Project

The High Country Citizen Science Project trains citizen scientists to participate in back-country surveys to collect data on the number and distribution of mountain goats, bighorn sheep and pikas, three species of concern in the high country of Montana's Glacier National Park. This contribution will enable the park to more effectively manage these species and their habitats.

Concern about wildlife in Glacier’s alpine and sub-alpine areas is growing. High country habitats are highly vulnerable to impacts from climate change and invasions of insects and plant diseases. Mountain goat and pika population declines have been documented in areas outside of Glacier. The primary goal of the project is to collect baseline information about population size and distribution and to monitor population trend over time.

Participants attend a one-day classroom and field-based education program. Participants learn about species identification, management concerns, and how to observe and document observations of each species. They also learn how to use field equipment such as spotting scopes, compasses, and global positioning system (GPS) units. Once trained, participants select survey sites from a list of mapped locations and hike to sites to conduct a one hour observational survey on mountain goats and bighorn sheep or pikas. Hiking distances vary between 3 to 15 miles one way. During pika surveys participants traverse talus (boulder) fields looking under rocks for signs of pikas.

Since 2005, the Glacier National Park Citizen Science program has engaged trained park visitors, staff, and volunteers to collect scientific information that would otherwise be unavailable to resource managers and researchers due to lack of personnel or funding. For citizen scientists, the rewards are a sense of stewardship and a greater awareness and understanding of the park’s resource issues. For the park, it provides a wealth of data that can be used to increase understanding of our natural resources, offering an opportunity to get much-needed baseline information about key plant and animal species.




Common Loon Project

The Common Loon Citizen Science Project needs volunteers to conduct surveys at 45 high priority lakes in Glacier National Park to document presence of common loons and observations of breeding and nesting behaviors.

Common Loons are a Montana Species of Special Concern, and Glacier National Park harbors about 20 percent of Montana’s breeding pairs. Since 1988, data has been collected once every year during Loon Days. Analysis of these data indicate lower reproductive rates for pairs in the park compared to the rest of Montana. Finally, there is evidence that loons are adversely impacted by human disturbance at nest and nursery sites.

The Common Loon Citizen Science Project educates park staff and volunteers on successful identification and observation techniques when surveying for loons in hopes of increasing our understanding of this species. By improving accuracy of sightings and surveys and increasing coverage of lakes with loons throughout the nesting season, the project aims to gather season-long information to gain a better estimate of the health of Glacier National Park's loon population. The project will also use the data to begin to identify factors affecting nesting success.

Since 2005 the Glacier National Park Citizen Science program has enlisted trained park visitors, staff and volunteers to collect scientific information that would otherwise be unavailable to resource managers and researchers due to lack of personnel or funding. For citizen scientists, the rewards are a sense of stewardship and a greater awareness and understanding of the park’s resource issues. For the park, it provides a wealth of data which can be used to increase understanding of our natural resources, offering an opportunity to get much-needed baseline information about key plant and animal species.




North Carolina Sea Turtle Project

The North Carolina Sea Turtle Project trains volunteers to monitor sea turtle activity along the entire coast of North Carolina.

There are a number of ways that your citizen science efforts can help protect sea turtles in North Carolina. Volunteers are needed to:

- walk small sections of beach each morning from May to August to look for turtle tracks and nests
- help guard the nests as they become ready to hatch each evening from July to October
- respond to strandings
- transport injured turtles to rehabilitation centers

All the data collected by the project are organized and disseminated to the state and federal agencies that use the information to make management decisions.

The North Carolina Sea Turtle Project, run by the state Wildlife Resources Commission's Division of Wildlife Management, is committed to monitoring North Carolina's sea turtle population. The project would not be possible without the help of hundreds of volunteers!




Arizona Odonates Monitoring

Arizona residents are needed to contribute to a photographic guide to dragonflies and damselflies in their state.

Interest in dragonfly watching and photography is growing across the country. Arizona is no exception, especially since dragonflies are an important indicator of water quality, a natural concern in the growing southwest. Although there are a number of Mexican species which reach the United States borders in Arizona, there remains a great deal of work to do in inventorying the species found in the state as well as better defining their ranges and flight seasons.

A number of people have studied the odonates of Arizona over the years, but readily available information has been sparse. This project provides a collection of odonate photos, many not well known within the United States.

This is your chance to contribute to the growing body of knowledge on Arizona dragonflies and damselflies.




Ohio Odonata Society Dragonfly Monitoring

The Ohio Odonata Society needs you to send in photos and specimens of dragonflies and damselflies in Ohio to help advance our understanding of these beautiful creatures.

Volunteers can submit photographs documenting new county or state records of dragonflies and damselflies in Ohio. Once accepted, the photographs will be listed in the project database of nearly 28,000 specimens, published literature citations, and photos.

Many dragonfly and damselfly species simply cannot be identified without placing them under a microscope where detailed examinations can be performed. You can help by collecting and sending in your specimens. The physical collection of living insects is not for everyone, but it is a viable and biologically sound practice if done according to sound scientific principles. Furthermore, some species are very, very, hard to confidently identify from a photo and thus require microscopic examinations. Finally, genetic review in some cases is teaching us that some species are actually two different species!

This is your chance to help promote knowledge and appreciation of dragonflies and damselflies in Ohio!




The WildLab

The WildLab engages citizen scientists in bird and other wildlife identification, using mobile phones as tools of scientific discovery. Along with associated curricula and educational activities found on its website, the WildLab is a powerful new way to see the environment.

The WildLab Bird iPhone app includes photographs, audio, and range maps for more than 200 common bird species. The app helps users make correct identifications by leading them through a process of elimination. The application saves each sighting with location and other data, and sightings are logged in the user’s online WildLab account. Files based on a user's sightings can be easily loaded into Cornell Lab of Ornithology's eBird database.

In a pilot program developed with funding from the MacArthur Foundation, more than 500 New York City 5th- through 12th-grade students used iPhones to log thousands of bird sightings from nearby parks and green spaces. Participants in the project increased their knowledge as well as their interest in science careers. All educators involved in the project said they would participate again if it was offered in the future.

The WildLab has also piloted a program with the Cornell Cooperative Extension for horseshoe crab monitoring; this app will be available soon in the app store. Through collaborations with science education institutions around the country, the WildLab continues to develop new apps and will run its in-school bird program this fall.




NASA Ames Space Settlement Contest

This annual contest, co-sponsored by NASA Ames and the National Space Society, is for 6-12th graders (11-18 years old) from anywhere in the world. Individuals, small teams of two to six, and large teams of seven or more (often whole classrooms with teacher leadership) may enter their design for and description of a human colony in outer space.

Submissions must relate to orbital settlements; they may not be on a planet or moon. Settlements must be permanent, relatively self-sufficient homes, not temporary work camps. Designs, original research, essays, stories, models, artwork or any other orbital space settlement
related materials may be submitted.

Grades 6-8, 9-10 and 11-12 are judged separately, except for the grand prize. The single highest scoring team or individual attending will receive the NSS Bruce M. Clark, Jr. Memorial Space Settlement Award for $3,000.

Submissions must be received by March 15.




Mussel Monitoring Program of Wisconsin

Participants throughout Wisconsin are asked to conduct freshwater mussel surveys. This involved systematic searching for shells and live mussels. Shell specimens and photos of live mussels are often taken from rivers, lakes, or streams.

Over half of Wisconsin's 51 native mussel species (also known as clams) are listed as species in greatest need of conservation, or we need information on where they currently occur. Threats like habitat alteration (dams, silt) and the presence of invasive mussels (zebra mussels) pose major threats to the existence of our native mussels. The Mussel Monitoring Program of Wisconsin would like your help in finding out what mussels occur in your area!




citsci.org

CitSci.org is a platform that supports a variety of citizen science programs using a centralized database to store and deliver science data, with a focus on community based monitoring programs. This platform allows program coordinators to create their own projects and datasheets, manage members, define measurements, create analyses, and even write feedback forms.




Seabird Ecological Assessment Network (SEANET)

Seabird Ecological Assessment Network (SEANET) volunteers conduct beached bird surveys along the east coast of the United States in order to identify and record information about bird mortality. Volunteers examine the spatial pattern of bird carcass deposition and how it varies across time.

The project brings together interdisciplinary researchers and citizen scientists in a long-term collaborative effort to identify and mitigate threats to marine birds.

These surveys provide baseline information about bird mortality and help to detect mass mortality events such as oil spills, algal toxins, and disease outbreaks. Marine birds can serve as indicators of ecosystem and human health; monitoring the threats they face and their mortality patterns can teach us about the health of the marine environment.

This project relies heavily on a working partnership between concerned citizens with an incomparable understanding of local ecosystems and natural phenomena, and scientists with the training and knowledge to synthesize and verify the data generated by local residents. Through this synergistic relationship, scientists exponentially increase the amount and range of data they can access, and residents come to see the larger patterns and trends of which their local ecosystem is a part.




Butterflies & Moths of North America

Butterflies and Moths of North America (BAMONA) is seeking individuals to submit their sightings of butterflies, moths, and caterpillars. BAMONA is a user-friendly web site and database that shares butterfly and moth species information with the public via dynamic maps, checklists, and species pages. Data are updated in real time and come from a variety of sources, including citizen scientists. Individuals can get involved by documenting butterflies and moths in their neighborhoods and submitting photographs for review. Collaborating lepidopterists serve as coordinators and oversee quality control. Submitted data are verified, added to the database, and then made available through the web site.

BAMONA also provides free support to partners. Partner with BAMONA to build local or regional species checklists, to get secure data storage, or to set up a project-specific submission and review process. Or, let us know how we can work with you to create a customized solutions for browsing, searching, and visualizing your data. See http://www.butterfliesandmoths.org/partner for details and links to partners.




New Jersey Audubon Grassland Bird Survey

New Jersey Audubon Grassland Bird Survey needs volunteers to undertake surveys for grassland birds, such as the Bobolink, Northern Bobwhite, and Eastern Meadowlark, along established routes and in managed grasslands, and to collect data on bird abundance and habitat characteristics.

Participants should have some familiarity with grassland birds and be willing to improve their skills. Additional training in identification and counting methodology will be provided by New Jersey Audubon.

Grassland habitat in the Northeast has been disappearing rapidly due to urban sprawl, and grassland bird declines have been documented in Breeding Bird Surveys from New Jersey.

The purpose of this project is to:

- assess changes in abundance and distribution of grasslands bird

- determine how habitat and landscape characteristics influence grassland birds so that we can implement sound management strategies

New Jersey residents: don't miss this chance to make a difference!




New Jersey Audubon Shorebird Survey

New Jersey Audubon Shorebird Survey needs volunteers to count shorebirds and record information about their behavior in the New Jersey meadowlands.

The survey is aimed at assessing status and changes in populations of shorebirds. The data collected by volunteers will be incorporated into the national database of the Program for Regional and International Shorebird Monitoring, whose overall goal is to monitor trends in shorebird populations.

In addition, the information will help identify areas important to southbound shorebirds, and define shorebird management goals for New Jersey.

New Jersey residents: don't miss this chance to make a difference!




Audubon of Florida EagleWatch

Audubon of Florida's EagleWatch Program seeks volunteers to monitor active Bald Eagle nest sites and help identify potential threats to nesting success.

As a result of Florida’s rapidly changing environment, Bald Eagles currently nest successfully in urban areas. This increased exposure to human activity and the pressure that exposure can put on the eagle population prompted the EagleWatch Program.

EagleWatch seeks information about Bald Eagles, active nest locations, and possible disturbances or threats to nesting activities. The program is designed to educate volunteers in general eagle nesting biology, applicable laws, the identification of nest threats, monitoring techniques, and the verification of previously unrecorded active eagle nests.

This data is compiled and used to assist Florida's Mid-winter Annual Bald Eagle Nesting Survey by documenting both urban and rural eagle nesting activity, successes, and failures. The U.S Fish and Wildlife Service also utilizes EagleWatch data to enhance their conservation and law enforcement efforts.




Texas Turtle Watch

Texas Turtle Watch is a citizen science program developed to study three native turtle species whose population numbers are poorly understood. After volunteers collect numbers and trends over time, the data will directly contribute to an understanding of these native Texas turtle species.

The data collected by citizens plays a critical role in learning more about turtles. By counting the number of turtles they see basking in the sun, trained citizen watch groups of all ages and interests will help scientists create a knowledge base about turtles populations in Texas, which will lead to better conservation efforts and strategies. Additionally, citizens involved in monitoring turtles are provided a unique opportunity to get outside while contributing to science and conservation research.

The three turtle groups of focus are sliders (genus Trachemys), cooters (genus Pseudemys) and softshells (genus Apalone) because these species are frequent baskers. Their basking and nesting behaviors make them more visible than other turtle species.

Through the Texas Turtle Watch program, local citizens of all ages are provided an unique opportunity to explore the world around them while contributing to local conservation efforts. Become a Texas Turtle Watcher today!




Wider Countryside Butterfly Survey

Wider Countryside Butterfly Survey volunteers collect data and support studies on the abundance of butterfly species in the United Kingdom countryside.

Butterflies are unique indicators of the state of the environment because of their rapid lifecycles and high sensitivity to environmental conditions. The volunteer networks and datasets created by this project enable accurate assessment of butterfly trends, allowing researchers to assess the impacts of climate change.

This pioneering study aims to get a representative picture of the status of butterflies in widespread
habitats such as lowland intensive farmland and upland grassland and moorland. Strong emphasis has been placed on making sure that the Wider Countryside Butterfly Survey is both scientifically sound (by using random sampling) and efficient (a scheme with fewer visits to account for the fact that butterfly species are now uncommon across much of the general countryside).

This new scheme runs in parallel with United Kingdom Butterfly Monitoring Scheme, which is very effective at monitoring habitat-specialist butterflies and lowland semi-natural habitats, and the Butterflies for the New Millennium project, which acts as the main source of information on where butterflies live.




Habitat Network

Map habitat in backyards, parks, and schools. Work towards more sustainable landscapes. The Habitat Network lets you draw your landscapes with a beautiful online mapping tool and helps you learn about how to use your outdoor spaces (big or small) to aid birds and other wildlife. Connect to other citizen scientists, solve problems, share your maps and good ideas all while helping to build an invaluable database of habitat data for the Cornell Lab of Ornithology and The Nature Conservancy.




Tree Trackers!

Tree Tracker participants will take part in an exciting training session and then visit specific trees in their neighborhoods to observe and record the life cycle changes in trees. This information can then be used to learn more about changes in climate. Participants upload their observations to the Project Budburst website, which professional scientists then use. Citizen scientists can see recently uploaded observations as well as year-end reports from the professional scientists.

The trainings will happen during the fall and spring of each year and participants will then collect data throughout the year. We encourage anyone interested in the project to get in touch with us so that we can register them for the next available training. Even if you can't make the training, you can still make observations!




Urban Tree Survey

Urban Tree Survey volunteers locate, identify, and count trees in United Kingdom streets, parks, and gardens. The general public plays a critical role in the project for two important reasons:

1. A project of this size needs many people to contribute for the data to be useful.
2. Only you can provide information about the trees in your gardens and neighborhoods.

Scientists know a lot about trees growing in rural parts of the United Kingdom but less about the trees in urban areas. Information collected in this project will allow London's Natural History Museum and other research organizations to gain a better insight into:

- the make-up of the United Kingdom’s urban forest and what tree species it contains
- which urban species are native to the United Kingdom and which have been introduced from other countries
- regional differences in what trees grow where
- the biodiversity of the wildlife in urban areas living on or supported by trees
- how tree populations have changed over time as a result of urban planning or garden fashions
- how changes in the climate might affect what trees grow where and when they flower and produce fruit

The Urban Tree Survey launched during the cherry blossom season of spring 2010. In the first year, project organizers want to get as much information on the number, species, and location of urban trees as possible. In the second and third years, project coordinators will refine and expand the survey based on the information gathered in the previous years.




Frog Listening Network

The Frog Listening Network trains community volunteers of all ages and backgrounds to collect data about frog and toad populations in west-central Florida. Volunteers learn how to identify amphibians both by sound and by sight.

Volunteers receive free trainings complete with educational materials such as audiotapes and compact discs, CD-ROMs, and full-color field identification cards to help learn each amphibian species and their individual calls. Volunteers also learn how to collect and record frog population data in a way that's fun and easy.

Amphibians are considered "sentinels" of environmental health because of their sensitive skin. Their populations are declining worldwide, so frog and toad populations need to be monitored in Florida. By watching them and keeping track of their populations, we can begin to understand the health of the environment. It is difficult to assemble a professional team to do this, which is why the project relies on the help of volunteers. Although similar to other amphibian monitoring groups across the country, the Frog Listening Network is the only group of its kind in west-central Florida.

Along with additional environmentally important data collected by others, the frog data are compiled into an annual report that is made available for use by the Florida Fish and Wildlife Conservation Commission and the National Amphibian Monitoring Program. These data help to paint a picture of the health of the environment.




Operation RubyThroat: The Hummingbird Project

Volunteers for Operation RubyThroat observe hummingbird migration and/or nesting behavior and share information with peers across North and Central America. The resulting data on hummingbird behavior and distribution are submitted to a central clearing house, analyzed, and then disseminated to scientists through the Operation RubyThroat website.

Ruby-throated Hummingbirds (Archilochus colubris) are the most widely distributed of the 339 species of hummingbirds, occurring in all ten countries of North and Central America. They come frequently to nectar plants and backyard sugar water feeders and are easily observed. Nonetheless, many aspects of the birds’ natural history are not well understood.

Through EarthTrek, Operation RubyThroat seeks data about two aspects of Ruby-throated Hummingbird behavior: 1) timing of migration; and 2) nesting. In addition to providing much-needed baseline information, your data may help show whether these birds’ behaviors are changing, perhaps due to external factors such as climate change, alteration of habitat, and other factors.




Bee Hunt

Bee Hunt participants use digital photography to record and study the interactions between plants and pollinators, following rigorous protocols to ensure high-quality data. The data collected will help provide a better understanding of pollinators' importance in growing food and maintaining healthy natural ecosystems. Bee Hunt is open to anyone, anywhere, whenever pollinators are flying. In North America, depending upon your location, you can start as early as March and go as late as November.

There are four ways to participate in Bee Hunt:

1. Inventory pollinators at your site with photographs
2. Compare species in two patches
3. Provide nesting sites for mason bees and study when they are active
4. Use bowls and soapy water to collect insects for a more complete inventory of species

Bee Hunt is a great way to teach and learn about pollination ecology and other aspects of natural history. Bee Hunt is a participatory science project. It's your research. You are the scientists. By following the project’s methods, you will collect and contribute high-quality data.




Great Swamp Watershed Association World Water Monitoring Day

This is a local, month-long extension of World Water Monitoring Day, during which volunteers in New Jersey's Morris and Somerset Counties will collect basic water quality data from the streams and lakes in the Great Swamp Watershed. The project runs from September 18, the official date of the international water monitoring day, through October 18. The organizers plan to repeat it in the same time frame every year.

World Water Monitoring Day (WWMD) is a worldwide education and outreach program that builds public awareness and involvement in protecting water resources by engaging citizens to conduct basic monitoring of their local water bodies.




Florida LAKEWATCH

Florida LAKEWATCH is a volunteer water-monitoring program that facilitates "hands-on" participation in the management of lakes, rivers, and coastal sites through monthly sampling activities. Participants work with researchers at the University of Florida to collect samples that, when analyzed, will contribute to the understanding of Florida’s water bodies.

All volunteers attend a two-hour training session on how to collect water samples and monitor lakes. As a trained LAKEWATCH volunteer, you will help develop a database of water chemistry for your particular lake, river, or coastal site. These data can then be used to establish trends and develop an overview of how your site fits into the overall picture of Florida water bodies.

Volunteers receive a free newsletter subscription and invitations to free Florida LAKEWATCH volunteer appreciation meetings. Don't miss out!




Project NOAH

Noah is a mobile phone app that allows nature lovers to document local wildlife and add their observations to a growing database for use by ongoing citizen-science projects.

Using the Noah mobile application, users take a photograph of an interesting organism, select the appropriate category, add descriptive tags, and click submit. The application captures the location details along with the submitted information and stores all of it in the species database for use by efforts such as Project Squirrel and the Lost Ladybug Project.

In addition, users can see what kinds of organisms are nearby by searching through a list or exploring a map of their area, all on a mobile phone.

Noah is all about discovering and documenting local wildlife. We work with research groups and organizations to help gather important data and we want you to help by logging recent spottings on your mobile phone. Missions can range from photographing specific frogs or flowers to tracking migrating birds or invasive species or logging the effects of the oil spill.




National Geographic Field Expedition: Valley of the Khans

Imagine an expedition with a field staff of 10,000. How about 100,000? It's possible. Supported by National Geographic Digital Media, "Field Expedition: Mongolia — Valley of the Khans Project" is an innovative, noninvasive archaeological survey of Mongolia’s sacred lands that allows web users around the world to actively participate in an ongoing, real-time scientific exploration. Valley of the Khans is the ultimate citizen science project.

Because of the extensive size of the region of Mongolia being explored, detailed analysis of the terrain is beyond the capability that any single individual can handle. By providing real-time data, satellite imagery, maps and other information from the field directly to web users at home, the Valley of the Khans Project harnesses the analytic power of the collective public to crowdsource the identification of on-the-ground anomalies — anomalies that could indicate sites of cultural heritage. Once candidate locations are pinpointed they will be ground-truthed in real time by the expedition team concurrently working in the field.

Field Expedition: Mongolia also serves a greater technology purpose as well. In addition to guiding potential discoveries and supplementing the limitations of computer-based computational search alone, the data generated by sourcing a massive human demographic could be used to develop human computation concepts that will train computer-vision algorithms and facilitate active machine learning. This is especially relevant in the case of visual analytics where human intuition remains beyond the scope of existing computer object recognition algorithms.




Great Lakes Worm Watch

The Great Lakes Worm Watch needs citizen scientists to conduct earthworm surveys in forests and other habitats anywhere in North America.

Earthworms are not native to the Great Lakes Region; they were all wiped out after the last glaciation. The current population, brought here by early Europeans, is slowly changing the face of our native forests, but very little is known about the distributions of earthworm and earthworm species across the region. While valuable, this type of information is labor-intensive, and it is difficult for researchers to get funding to do this kind of work. Citizen scientists can help.

There are several ways to get involved:

1. Document earthworm occurrences: This involves collecting and sending earthworm specimens with location information to Great Lakes Worm Watch. These specimens will be archived at the University of Minnesota, and the species and location information will be added to the project database.

2. Collect habitat data: Great Lakes Worm Watch would like data from all habitat types, especially natural ecosystems like forests, woodlands, and prairies. In addition, data from habitats dominated by human activity are also of value, such as farm fields, pastures, and parks. Depending on your level of interest and expertise, you can choose to conduct a general or detailed habitat survey. You can use the instructions and data sheets developed by the project coordinators to make the data easily transferable to the database.

3. Conduct soil surveys: In addition to earthworm and habitat data, Great Lakes Worm Watch is also interested in getting data about the soil conditions at sites in which you sampled for earthworms. You can use the instructions and data sheet developed by project coordinators to make the data easily transferable to the database.

Get started! Anyone can make a BIG difference when it comes to containing the spread of exotic earthworms!




Wisconsin NatureMapping

Wisconsin NatureMapping is the place for citizens, students, and professionals to map their observations of Wisconsin wildlife.

As you know, wildlife knows no property boundaries. A robin will flit from tree to tree with no regard to whether that tree is in a state park or in your backyard. But what if that robin builds a nest in the tree outside your window? Who monitors that nest? What about the deer that come into your yard and eat your vegetables? Who is monitoring them?

The answer is: YOU are! You know your backyard and your neighborhood better than most natural resource professionals do simply because YOU live there and YOU see the critters that live there every day!

To best manage wildlife populations, Wisconsin state biologists need to have as much information as possible about where a species lives. That means they need to know just as much about where species are when they are NOT on public land as when they are. And YOU are the critical link to making sure they get that information.

Another very important reason you should NatureMap is because the wildlife observations you submit to Wisconsin NatureMapping are used to better inform the Wisconsin State Wildlife Action Plan. This is a federally mandated plan in which the Wisconsin Department of Natural Resources must describe how they will manage all of the species of Wisconsin wildlife. Map your wildlife observations today!




Dragonfly Monitoring Network

The Dragonfly Monitoring Network is a citizen-scientist program that monitors the health of dragonfly populations throughout the Chicago area. This program represents an important step in collecting data on insect populations and their response to land management techniques.

Volunteers will be trained to collect and submit data each summer from an assigned site. They commit to:

- attendance of one Spring Workshop a year

- learning to identify key dragonfly and damselfly species

Contact information: Craig Stettner email: cstettne@harpercollege.edu

- conducting at least six site visits between late May and late September

- spending one to two hours walking the route during each visit

- submitting data sheets at the end of the season, which are then added to the project database

With your help, the Dragonfly Monitoring Network hopes to gain a greater knowledge of the distribution and abundance of dragonfly and damselfly species in the Chicago region and eventually to expand the network across Illinois and beyond.




Illinois Butterfly Monitoring Network

The Illinois Butterfly Monitoring Network is a citizen-scientist program that monitors the health of butterfly populations throughout northeastern and central Illinois.

Each summer, trained volunteers collect and submit butterfly data from an assigned site. Volunteers commit to conducting at least six site visits between June 1 and August 7, completing four of them before July 20. During the first year they volunteers, participants learn to identify 25 different butterfly species, and they learn another 25 species the second year.

Through analysis of the extensive database generated by citizen scientists, populations trends of species throughout the Chicagoland area are starting to emerge. These results will assist land managers in more effective conservation of the state's butterflies.

Many important sites do not yet have butterfly monitors, and project coordinators continue to look for more volunteers. Join the fun!




ClimatePrediction.net

ClimatePrediction is a distributed computing project that aims to produce predictions of the Earth's climate up to the year 2300 and to test the accuracy of climate models. To do this, the project needs people around the world to volunteer time on their computers - time when their computers are on but not being used at full capacity.

The project needs you to run a climate model program on your computer. The model will run automatically in the background whenever you switch your computer on, and it should not affect any other tasks for which you use your computer. As the model runs, you can watch the weather patterns evolve on your unique version of the world. The results are sent back to project coordinators via the Internet, and you will be able to see a summary of your results on the website. ClimatePrediction uses the same underlying software, BOINC, as many other distributed computing projects and, if you like, you can participate in more than one project at a time.

Climate change, and our response to it, are issues of global importance, affecting food production, water resources, ecosystems, energy demand, insurance costs, and much else. Current research suggests that the Earth will probably warm over the coming century; Climateprediction should, for the first time, tell us what is most likely to happen.




Massachusetts Audubon American Kestrel Monitoring Project

Massachusetts Audubon's American Kestrel Monitoring Project needs citizen scientists to record kestral sightings and breeding data in Massachusetts.

There are two ways to get involved:

1. Reporting: Seen a kestrel? You can report it online using the project's map tool. American Kestrels in Massachusetts breed between roughly May 10 to July 20. Simply record when and where you saw the bird, along with a brief note as to what it was doing. This information will help us choose good sites for new nest boxes!

2. Monitoring: If you've got a lot of time and enthusiasm, the project might be able to use your help as a volunteer Kestrel Box Monitor. Monitors will be assigned to check boxes frequently during the breeding season and to record important breeding data for use in evaluating the effectiveness of the program.

The American Kestrel is facing some serious challenges. Massachusetts Audubon would like to be prepared to meet those challenges for years to come, but they can't do it without your help!




Massachusetts Audubon Whip-poor-will Project

Massachusetts Audubon's Whip-poor-will Project is an opportunity for state residents to contribute their observations to a database that will track Whip-poor-wills.

Once common and widespread, Whip-poor-wills have undergone a steady decline that has seemed especially steep to many observers during the last 30 years. In Massachusetts, these birds continue to be common in undisturbed pine-oak barrens on the South Shore, Cape Cod, and the Islands, but are few and far between elsewhere. Like many aspects of Whip-poor-will life, there is little certainty about the causes.

Participants use an online map tool to pinpoint where they have heard a Whip-poor-will. The project has also established a number of "listening routes" statewide. Participants drive these routes under certain prescribed conditions, stopping at regular intervals to listen for three minutes and record any Whip-poor-wills they hear.

The purpose of the Whip-poor-will project is to study the distribution, populations, and breeding activities of Whip-poor-wills in Massachusetts. The data we collect will be the basis for future conservation efforts to ensure that this remarkable night bird will continue to be a part of the Commonwealth's natural heritage.




Massachusetts Audubon Oriole Project

The Oriole Project is an opportunity for Massachusetts residents to observe and help track the health of Baltimore Oriole populations.

While Baltimore Orioles are still relatively common in Massachusetts, scientists have detected local population declines and have proposed that the species be monitored. This on-going pilot project aims to study the distribution, populations, and breeding activities of Baltimore Orioles in the Massachusetts area.

The project's new online mapping tool allows participants to enter as many oriole sightings as they want with only a single sign-on. The tool also allows volunteers to pinpoint the exact locality of a bird without having to give an address or written description.

The goal of the Massachusetts Audubon Oriole Project is to enlist as many citizen scientists as possible in building a database about the breeding status of these magnificent birds. The data collected now will form the foundation for future conservation efforts to ensure that this beautiful vocalist will be a permanent part of the New England landscape.




Massachusetts Audubon Owls Project

This project needs citizen scientists to report any owls they see or hear in Massachusetts.

Participants can easily report their discoveries on the project's online Owl Reporter form. This online mapping tool allows volunteers to enter as many owl sightings as they want through a single sign-in. The tool also allows citizen scientists to pinpoint the exact locality of an owl without having to give an address or written description.

These reports provide valuable information about the owl population in Massachusetts. Your contributions will even help out other citizen science projects, such as the Breeding Bird Atlas project and Snowy owl research.

Whoooo knew citizen science could be so awesome!?




Massachusetts Vernal Pool Salamander Migrations Study

Massachusetts Vernal Pool Salamander Migrations Study needs the public to document, through an online mapping interface, large migrations across roads of amphibians that breed in the state's vernal pools.

The project aims to minimize the impact of roads and traffic on rare and non-game wildlife, while improving highway safety, through cost-effective research, planning, and implementation of partnerships with citizens and communities of the Commonwealth of Massachusetts.

Help contribute data and learn more about proactive efforts to protect rare wildlife in Massachusetts.




Massachusetts Statewide Roadkill Database

The Massachusetts Statewide Roadkill Database needs the public to document any roadkill observations in the state through an online mapping interface.

The project aims to minimize the impact of roads and traffic on rare and non-game wildlife, while improving highway safety, through cost-effective research, planning, and implementation of partnerships with citizens and communities of the Commonwealth of Massachusetts.

Help contribute data and learn more about proactive efforts to protect wildlife in Massachusetts.




Massachusetts Turtle Roadway Mortality Study

This project allows the public to document turtle roadkill observations in Massachusetts through an online mapping interface.

The project aims to minimize the impact of roads and traffic on rare and non-game wildlife, while improving highway safety, through cost-effective research, planning, and implementation of partnerships with citizens and communities of Massachusetts.

Help contribute data and learn more about proactive efforts to protect turtles and other wildlife in Massachusetts.




Bird Ringing at the British Trust for Ornithology

Bird Ringing at the British Trust for Ornithology is a network of more than 2,500 trained and licensed volunteers in the United Kingdom that ring--or tag--more than 900,000 birds every year.

Bird ringing involves the fitting of small, uniquely numbered metal rings on the legs of birds. By identifying these birds as individuals, researchers can start to understand changes in the survival and movements of bird populations.

Bird ringers come in many types, from individuals working in urban areas to large groups working in a wide geographic area, and can start at any age. Though you definitely don’t need to be a bird expert to ring, it does help if you have some prior bird knowledge. Anyone who wants to participate in the project will need to gain field experience with a qualified trainer.

You’ll no doubt find that ringing is a very satisfying activity. Not only will you be adding to 100 years of data used directly by conservationists, but you will also enjoy the experience of seeing birds close up. Whether you want to train to ring birds in nest boxes, gardens, or a local gravel pit, your contribution is vital to the project's success.




Nest Box Challenge

Nest Box Challenge gives anyone in the United Kingdom the opportunity to monitor the breeding success of birds in Britain's green spaces. Participants register the nest boxes in their gardens or local areas and record what's inside at regular intervals during the breeding season.

Britain's gardens play an increasingly important role in supporting British bird populations and providing food, shelter, and nesting sites. It is therefore vital to keep a close eye on bird populations in rural, suburban, and urban areas.

The information collected can be used to understand more about why some species are increasing while others are declining, and to help researchers find out whether warmer weather and the provision of food can make a difference in the number of chicks that birds are able to raise.

Just a few well-planned visits to the nest can provide useful information. Are you up to the challenge?




Nest Record Scheme

Nest Record Scheme volunteers gather vital information on the productivity of the United Kingdom's birds, using simple, standardized techniques. Participants provide the evidence needed to confirm whether a species in decline is encountering problems at the nesting stage.

Nest recording is one of the simplest citizen science projects at the British Trust for Ornithology in which to participate. Data are analyzed annually, and the results are published in the
"Breeding Birds in the Wider Countryside" report along with information on species’ abundance obtained through other British Trust for Ornithology monitoring schemes. Nest record data are also used to investigate the causes of species-specific trends in breeding success.

The project provides an ideal opportunity to participate in the conservation of Britain’s birds. Whether you can monitor a single garden nestbox or carry out a larger study, your records make a valuable contribution to the project.




Breeding Bird Survey

This project needs volunteers to survey breeding bird populations in the United Kingdom. Join more than 3,000 participants who now survey more than 3,200 sites across the region and monitor the population changes of more than 100 bird species!

Breeding Bird Survey is the main source of population trend information about the United Kingdom’s common and widespread birds. Knowing to what extent bird populations are increasing or decreasing is fundamental to bird conservation, and the status of these populations is an important indicator of the health of the countryside.

Breeding Bird Survey is designed to be a quick, simple, and enjoyable birdwatching experience. Survey sites are randomly selected, 1-km (.6-mile) squares of land. Participants make just three visits to specially selected squares, the first to record habitat and to set up a suitable survey route and the second and third to record birds that are seen or heard while walking along the route. Participants do not need to be world-class birders to take part, but they should be able to identify common birds by sight and sound.

Join today -- all new volunteers receive a free CD of the songs and calls of more than 70 British bird species.




BirdTrack

BirdTrack is a free, online bird recording system for birdwatchers to store and manage their own records from anywhere in Britain and Ireland. Everyone with an interest in birds can get involved by recording when and where they watched birds then completing a list of the species seen and heard during the trip.

Exciting real-time outputs are generated by BirdTrack, including species reporting rate graphs and animated maps of sightings, all freely-available online. The data collected are used by researchers to investigate migration movements and distributions of birds and to support species conservation at local, national and international scales.

BirdTrack is year-round and ongoing, making it an ideal project for getting children enthused about birds and migration. Teachers are encouraged to add their school grounds as a BirdTrack site then help their students to record the birds they see and hear.

The success of BirdTrack relies on YOU. Get started today!




Garden BirdWatch

Garden BirdWatch needs citizen scientists in the United Kingdom to gather information on how different species of birds use gardens and how this use changes over time. Gardens are an important habitat for many wild birds and provide a useful refuge for those affected by changes in the management of the countryside. The data gathered in this project enables researchers at the British Trust for Ornithology to monitor the changing fortunes of garden birds.

Some 16,000 participants currently take part in Garden BirdWatch. Participants send in simple, weekly records of bird species that they see in their gardens. This information is either submitted on paper count forms or by using Garden BirdWatch Online. Each participant also supports the project financially through an annual contribution of £15 (approximately $22). In return, participants receive the quarterly color magazine, Bird Table, count forms, and access to advice on feeding and attracting garden birds.

All new joiners will receive a free copy of an exclusive paperback version of the acclaimed "Garden Birds and Wildlife" (normally £14.99).




Orca Project

Orca Project volunteers in Port Townsend, Washington document orca bones for an online bone atlas, assist in orca education with children's groups, take part in assembling a full-size skeleton for display, participate in the design of a new orca exhibit and conduct research on underwater sounds using a hydrophone.

The project’s goals are to improve public awareness of the challenges faced by killer whales--toxic contamination, underwater noise pollution, and diminishing food supplies in the Puget Sound--as well as develop an appreciation for the whales’ remarkable social bonds and communication abilities.

Funded by the Federal Institute of Museum and Library Services, other organizations, and matching funds, the Orca Project will focus on both the transient and resident killer whales seen in the Northwest United States.

The Orca Project will also offer public lectures, free science classes for Olympic Peninsula students, tours of articulated whale skeletons for school classes, hands-on activities for after-school groups, Bring Your Bones Day (a community event with resident experts helping identify and reveal the mysteries of bones), and focused outreach to the maritime and marine community of Port Townsend, Washington.




East Jefferson County Marine Mammal Stranding Network

Volunteers for the East Jefferson County Marine Mammal Stranding Network collect data on dead, stranded, or abandoned marine mammals at selected Washington State beaches. Participants also "pup sit" seal pups while they are being weaned onshore in order to keep curious dogs and humans at a safe distance while the mother seal hunts.

Volunteers sign up to cover particular beaches and are trained to respond and collect vital data that can be used to establish baseline information on marine mammal communities. The data will be used by researchers at the National Oceanic and Atmospheric Administration and other organizations.




Smithsonian's Neighborhood Nestwatch

Volunteers for the Smithsonian Institution's Neighborhood Nestwatch in the Washington, DC, area team with scientists to find and monitor bird nests and to record and report their observations.

Participants help capture, measure, and band backyard birds as well as track their presence from year to year. Through annual summer visits to urban, suburban, and rural backyards, participants and their families receive coaching on how to monitor and report data on nests of common backyard birds.

Volunteers also become an important part of a study seeking to determine the effectiveness of informal education experiences.

If you live within 60 miles of Washington, DC, take a naturalist’s journey into the mysterious lives of neighborhood birds, and join more than 200 citizen scientists making significant contributions to our knowledge of backyard wildlife.




Global Telescope Network

Using small telescopes around the world, Global Telescope Network members observe and analyze astronomical objects related to the NASA Fermi Gamma-ray Space Telescope (formerly GLAST), Swift, and XMM-Newton missions.

These missions are designed to study astronomical objects through their emission of x-rays and gamma rays. But much can be learned by combining observations over a broad range in the electromagnetic spectrum. So, the Global Telescope Network has been assembled to make observations in the optical range to complement the observations by space-borne observatories.

Members can participate in a number of activities, including gamma-ray burst photometry analysis, surveillance data analysis, and galaxy monitoring, and by donating telescope time. The Global Telescope Network in turn provides involvement for students, teachers, and amateur astronomers in cutting-edge astronomical research. It also offers mentoring in research practices, telescope use, data analysis, and educational resources.




Jug Bay Macroinvertebrate Sampling

Maryland's Jug Bay Wetlands Sanctuary needs volunteers to collect, count, and identify macroinvertebrates (small animals without backbones) in its streams. The sanctuary is in southern Anne Arundel County, 20 miles east Washington, D.C., and 18 miles south of Annapolis, Maryland.

One indicator of good water quality is a diverse and abundant population of macroinvertebrates. A dip in oxygen levels or a plume of pesticide can make a stream inhospitable to more sensitive animals.

Benthic macroinvertebrates--ones that dwell on the bottom of streams--can reveal much about the health of their watery environment. Since these animals more or less stay put, they are reliable indicators of water quality at each sampling site.

If you like to hike and wade in shallow streams, this project is for you! Monitoring takes place several times a year, and each sampling takes about two hours in the field and another two hours of processing in the lab.




Coral Reef Monitoring Data Portal

The Coral Reef Monitoring Data Portal is a new tool designed to support, enhance, and widen the scope of existing monitoring efforts in Hawaii. The data portal was developed and is managed by the Coral Reef Alliance (CORAL). It was created in partnership with and in support of community-based monitoring programs coordinated by the State of Hawaii DLNR’s Division of Aquatic Resources, the Hawaiian Islands Humpback Whale National Marine Sanctuary, Aquanimity Now, the Digital Bus, Project S.E.A.-Link, and other local organizations and agencies, through funding obtained from the Hawaii Tourism Authority (HTA) and the National Oceanic and Atmospheric Administration.

According to CORAL’s Hawaii Field Manager Liz Foote, “We wanted to develop a 'one-stop-shop' for community based coral reef 
monitoring in Hawaii. This site was developed in support of current efforts such 
as the University of Hawaii Botany Department and Division of Aquatic Resources' herbivore grazing protocols, and the Hawaiian Islands Humpback Whale National 
Marine Sanctuary's water quality monitoring program. This online data entry and 
reporting system will greatly expand the scope and impact of these monitoring 
efforts, and the associated resources provided on the site will empower and equip 
many more community members to get involved.”




BEACH

Beach Environmental Assessment, Communication, Health (BEACH) volunteers monitor high-risk Washington state beaches for bacteria. Beaches are considered high-risk when they have a lot of recreational users and are located near potential bacteria sources.

Monitoring can indicate pollution from sewage treatment plant problems, boating waste, malfunctioning septic systems, animal waste, or other sources of fecal pollution. BEACH volunteers monitor for an indicator bacteria called "enterococci." The presence of this bacteria at elevated levels means there is a potential for disease-causing bacteria and viruses to also be present.

BEACH is intended to reduce the risk of disease for people who play in saltwater. The program strives to educate the public about the risks associated with polluted water and what each of us can do to reduce that risk.




State of the Oyster

State of the Oyster Study volunteers help monitor bacterial contamination levels in edible shellfish collected from privately owned Washington state beaches in Hood Canal and throughout Puget Sound

Volunteers collect oyster and clam samples from their beaches at specific times during summer months. Washington Sea Grant arranges for laboratory testing of these samples, which are analyzed for the presence of harmful bacteria or for bacterial indicators of fecal contamination. (Volunteers must cover the lab fees.) Washington Sea Grant then helps participants interpret their test results and, if needed, works closely with them to identify and remedy the sources of observed contamination.

Through the years, State of the Oyster has has helped waterfront residents on more than 300 Washington state beaches learn what makes for safer oysters and clams and how to minimize fecal contamination in their waters.




Bald Eagle Watch

Bald Eagle Watch volunteers monitor various eagle nests across the Colorado Front Range to provide information to biologists on the nesting success of the Colorado Bald Eagle population.

From January to July, Bald Eagle Watch volunteers collect nesting data and record many aspects of the breeding cycle, including courtship, incubation, feeding of nestlings, and fledging of the juveniles.

Colorado is home to many resident and migrant Bald Eagles. This is a fantastic opportunity to continue monitoring the eagle population to ensure it remains viable.




ColonyWatch: Monitoring Colorado Waterbirds

ColonyWatch volunteers monitor colonial waterbirds in Colorado, and resource managers use this information to effect long-term conservation. Anyone who enjoys birds and is concerned with their conservation can be an effective ColonyWatcher.

ColonyWatchers devote anywhere from an hour to several days monitoring a colony. A large colony containing several species may require a number of visits, each of several hours duration. Most of the colonies are small and many can be surveyed in a single visit. Most ColonyWatchers take responsibility for a single colony, but some have adopted up to a dozen.

Anyone who has an interest can acquire the necessary skills, and technical support is always available from the project coordinator and Rocky Mountain Bird Observatory. Become a ColonyWatcher today!




River Bug Hunts

Since 2000, volunteers with Vermont's Black River Action Team have helped to clean up and take care of the Black River and its tributaries.

Among our activities are the very popular River Bug Hunts: Throughout the year, as a way of assessing the overall health and condition of the water, we explore what lives beneath the surface of the river. Larvae of caddisflies, stoneflies, and mayflies are the most commonly used critters for this purpose. We’ll gather aquatic insects from the bottom of the river, sort them by body type, then identify and count them. Over time, we’ll start to get a good picture of the quality of the river.

So grab some simple equipment and your sense of adventure: We're going on a Bug Hunt!

Needed: a wadeable stream with a shallow, fast-moving reach called a "riffle," where the water ripples up and over a rocky bottom. The current should not be too strong to wade, and the rocks should be small enough to pick up and rub off into a plastic dish pan or other small tub. A white dish pan or tub, ice cube trays for sorting, and small scoops such as you'll find in baby formula or powdered drink mixes.




SoundCitizen

SoundCitizen is a community-based water sampling network in the Puget Sound area of Washington state. We’d love your help.

SoundCitizen focuses on scientific investigation and knowledge discovery of the chemical links between urban settings and aquatic systems. We study fun compounds (cooking spices) and serious ones (emerging pollutants).

We are staffed by undergraduate students at the University of Washington, whose individual research topics help define the overall scientific aims of the program.

SoundCitizen encourages involvement with citizen volunteers and school groups, who voluntarily collect water samples from aquatic systems, perform a series of simple chemical tests, and then mail samples to the lab to be analyzed for cooking spices and emerging pollutants. Our scientific findings illustrate strong seasonal links between household activities (cooking, cleaning etc.) and the subsequent release of chemical “fingerprints” of these activities in aquatic and marine environments.




Monarch Larva Monitoring Project

The Monarch Larva Monitoring Project enlists citizen scientists to collect long-term data on larval monarch populations and milkweed habitat.

Developed by researchers at the University of Minnesota, the project aims to better understand how and why monarch populations vary in time and space, with a focus on monarch distribution and abundance during the breeding season in North America.

As a volunteer, you can participate in two ways: You can commit to regularly monitoring a specific patch of milkweed or you can submit anecdotal observations. If you commit to regular monitoring, you'll conduct weekly monarch and milkweed surveys, measuring per plant densities of monarch eggs and larvae. You'll also be able to participate in more detailed optional activities, such as measuring parasitism rates and milkweed quality. Your contributions will aid in conserving monarchs and their threatened migratory phenomenon, and will advance our understanding of butterfly ecology in general.

In addition to contributing to an understanding of monarch biology, you'll gain hands-on experience in scientific research. Through this experience, we hope that your appreciation and understanding of monarchs, monarch habitat, and the scientific process are enhanced.




Georgia Adopt-A-Stream

Georgia Adopt-A-Stream needs citizens to monitor and improve the state's streams, wetlands, lakes, and estuaries.

The project goals are to increase public awareness of Georgia's water pollution and water quality issues, provide citizens with the tools and training to evaluate and protect their local waterways, encourage partnerships between citizens and their local government, and collect baseline water quality data.

Georgia Adopt-A-Stream has teamed up with government and non-government groups to provide access to technical information and assistance for citizens interested in preserving and restoring the banks and vegetation along their waterways. This network will help local governments, educate citizens about the importance of protecting riparian corridors, and provide landowners with the information they need to reduce erosion, improve water quality, and provide wildlife habitat with native plantings.




Tracking Climate in Your Backyard

Tracking Climate in Your Backyard seeks to engage youth in real science through the collection, recording, and understanding of precipitation data in the forms of rain, hail, and snow.

The purpose of this project is to encourage youth, specifically ages 8-12, to better understand the scientific process by engaging them in the collection of meaningful meteorological data in their community. In this way, youth develop an understanding of scientific methods and standardization, and by recording and sharing their data through a citizen science project, they recognize the importance of accurate data collection. The citizen science portion of the project, the Community Collaborative Rain, Hail, and Snow Network, collects precipitation data for scientific analysis and for use by the National Weather Service, the USDA, emergency managers, insurance adjusters, teachers and students, engineers, and others. We believe that when youth know they are contributing data to real, scientific cause, their engagement levels rise.

This National Science Foundation-funded project is a collaboration between the Paleontological Research Institution, which has experience in professional development and informal education, New York State 4-H, which provides an excellent outreach base and fosters hands-on, experiential learning for youth, and the Community Collaborative Rain, Hail, and Snow Network, which runs a citizen science project to record precipitation measurements in an online database.




Find the Swallow-tailed Kite

The Center for Birds of Prey needs your help identifying Swallow-tailed Kites.

You can help researchers determine the birds' distribution, monitor population trends, and locate important nesting and foraging sites.

Swallow-tailed Kites have striking black and white plumage with a long, scissor-like tail. They are primarily located in bottomland forests and open habitat.

If you see one, all you need to do is report when and where you saw the bird, as well as any other observation details.




Mastodon Matrix Project

With over 60,000 participants from 5 continents, we are happy - and sad - to say that the Mastodon Matrix Project has be discontinued. We were wildly successful in meeting our goals for introducing the public to how we know what we know about past life and climates, and the help to researchers was invaluable. We thank SciStarter.com hugely...

Mastodon Volumes of Thanks to SciStarter and All the Participants!




Community Aquatic Monitoring Program (CAMP)

The Community Aquatic Monitoring Program works with volunteers to monitor the health and productivity of estuaries and bays in the southern Gulf of St. Lawrence.

Volunteers collect biological data from live small fish and crustaceans that are captured with a 30 m x 2 m beach seine and released. These data include the identification of fish and crustacean species; the numbers of fish and crustaceans captured; water temperature, salinity and dissolved oxygen; general aquatic vegetation profiles; and sediment and water samples.

With this information, scientists working with government agencies and universities can undertake nutrient analyses, organic loading assessments, and identify changes in the aquatic community structure. With this in hand, identification of cause may be determined and actions put into place to mitigate potential negative impacts.




Loudoun Butterfly Count

The Loudoun Butterfly Count is a one-day event that pairs citizen volunteers with experts to learn about, identify, and count as many butterflies as possible.

In the weeks following the count, the Loudoun Wildlife Conservancy posts the results on its website and sends it to the North American Butterfly Association to be analyzed at regional and national levels.

Butterflies are good indicators of habitat and the health of our environment because they need such a diversity of plants to develop and survive. Areas that are weedy and wild one year will show an abundance of species while a newly planted lawn (a monoculture) or an area sprayed with pesticides will be a wasteland. By participating in the Loudoun Butterfly Count, volunteers not only get to explore the fantastic world of butterflies up close, but they also learn about this amazing web of life in nature.




Loudoun Bird Atlas

The Loudoun Bird Atlas is a citizen science project to establish a comprehensive list of birds in Loudoun County, VA, including their dates of occurrence and distribution. The atlas is unique in that it is county-wide and will collect data year-round for both breeding and non-breeding birds.

Volunteers will use a field card to collect data on the occurrence and distribution of birds throughout Loudoun County. Field data will be collected from spring 2009 through spring 2013. Our goal is to publish a Birds of Loudoun booklet in 2014 with the atlas results and information on Loudoun County’s important bird areas.

Birds play a key role in our ecosystem and are important indicators of the overall health of our environment. Loudoun’s diverse habitats, ranging from forests and wetlands to suburban parks, make this county an important breeding and wintering site for many birds. This atlas project will create a baseline of information that can be used to indicate areas in need of conservation and measure the success of future conservation activities.




Loudoun Amphibian Monitoring Program

Loudoun Wildlife Conservancy needs citizen volunteers to help develop an inventory of amphibian species present in Loudoun County, VA, track populations and trends, and identify areas of critical habitat.

Participants can take part in several projects, including monitoring frog and toad calls, surveying environmental conditions, and assisting individual frogs, toads, and salamanders during road crossings. Participants will also identify and classify individual species that are present in Loudoun County while learning and teaching about their lifecycles.

These studies will provide early warning of declines in population size or occurrence of frogs, toads, salamanders, and newts. In addition, the studies promote public involvement in protection of amphibians and their natural habitats, which include both forests and wetlands, especially the ephemeral vernal pools that are most often overlooked.




Loudoun Bluebird Nestbox Monitoring

Loudoun Wildlife Conservancy needs citizen volunteers to set up and monitor bluebird nest box trails across Loudoun County, Virginia.

Participants can monitor at one of the Loudoun County public trails or at their own home trail. In addition, participants can help build new trails and repair existing ones.

By monitoring the boxes, the Loudoun Wildlife Conservancy can collect information on its native cavity nesters, learn about their lives first hand, and track population trends.




Loudoun Stream Monitoring

Virginia's Loudoun Wildlife Conservancy needs citizen volunteers to identify aquatic insects in local streams. The type and quantity of these insects, called benthic macroinvertebrates, tell a good story about the quality of water in the stream and its surrounding habitat.

Monitoring is done in teams of three or four experienced and novice monitors who follow the Virginia Save Our Streams monitoring protocol. Team members wade into the stream and use collecting nets to capture live aquatic insects in the riffle and pool portions of the stream.

The data are transcribed to a computer database maintained by Loudoun Wildlife Conservancy and are used to prepare water quality reports. Because the same stream sites are sampled year after year, project coordinators are able to report on trends in the health of the streams and aquatic life.




Fossil Finders

The Fossil Finders Investigation is a unique opportunity for students to assist paleontologists in answering the scientific research question: "Do the organisms in the shallow Devonian sea stay the same during environmental changes?"

Students involved in the project will identify and measure fossils in rock samples, enter their data into an online database, and compare their data with the data of other schools. Processing this data will provide students an opportunity to engage in authentic research. Further, students will help scientists at the Paleontological Research Institution reconstruct the geologic past of central New York. Education researchers from Cornell Department of Education and scientists from the research institution will provide teachers and students with resources and online support for fossil identification.

The Fossil Finders project staff and scientists will help in answering questions via the project website and fielding digital photographs of samples difficult to identify. This collaborative effort will involve students in learning about how science is done in the process of learning science content-matter.

Learning about geological concepts, environmental change, and nature of science will occur concurrently with students’ involvement in the Fossil Finders scientific investigation. The Fossil Finders curriculum also encourages classroom field trips to outcrop sites or local natural history museums to supplement the curriculum; however, virtual visits will be made possible through the project website.




Scenic Hudson: Volunteer Herring and Eel Monitoring

The Hudson River Estuary Program and Scenic Hudson are working with citizen scientists to monitor herring and American eel in Ulster County's Black Creek Preserve.

Herring volunteers will observe the creek to see if, where, and when spawning runs occur. Those interested in eels will use nets and trap devices to catch juvenile glass eels, which are counted, weighed, and released unharmed.

Data may help biologists discover why populations of these important fish are declining.




The Shark Trust: Great Eggcase Hunt

The Great Eggcase Hunt is a Shark Trust citizen science recording project, which encourages people to get out on the beach and look for mermaid's purses (the eggcases of sharks, skates and rays) and then record what they find!

An eggcase (or mermaid’s purse) is a tough leathery case that protects the embryo while developing. Each eggcase contains one embryo which will develop over several months into a miniature version of the adult. There are over ten species of skate and ray, and only a few species of shark in UK waters that reproduce by laying eggcases. Eggcases varies in shape, size and features - these differences allow us to identify which species they came from. Once the juvenile has emerged, the much lighter empty eggcases can wash ashore be found amongst the seaweed in the strandline. We’re also keen to hear about eggcases that are seen in-situ while snorkelling or diving!

In recent decades, several species of shark, skate and ray around the British coast have dramatically declined in numbers. The empty eggcases are an easily accessible source of information on the whereabouts of potential nursery grounds and will provide the Trust with a better understanding of species abundance and distribution.

Thanks to public recording, the Trust now has an extensive database of eggcase records, which continues to provide crucial information about the distribution of British sharks, skates and rays (elasmobranchs).

The Shark Trust is building upon the existing project, which represents one of the UK’s most popular marine volunteer recording programs, and encouraging more international records. The Trust is currently collaborating with the Wildlife Conservation Society (WCS) to establish the project in the USA, and will be developing identification resources for species found along the New York coastline.

The Great Eggcase Hunt ID guide is now also available at your fingertips as a smartphone app has been launched for Apple devices and is available in the app store now! This dedicated app offers tips on how to hunt, an encyclopedia of British egglaying sharks, skates and rays, full ID guide entries, a step-by-step identification tool, and a recording form with the capacity to upload photos and record the exact GPS location. An Android version is coming soon!




Quake-Catcher Network

The Quake-Catcher Network provides software so that individuals can join together to improve earthquake monitoring, earthquake awareness, and the science of earthquakes.

The Quake-Catcher Network links existing networked laptops and desktops in hopes to form the world’s largest and densest earthquake monitoring system. With your help, the Quake-Catcher Network can provide better understanding of earthquakes, give early warning to schools, emergency response systems, and others.

The Quake-Catcher Network also provides a natural way to engage students and the public in earthquake detection and research. This project places USB-connectable sensors in K-12 classrooms as an educational tool for teaching science and a scientific tool for studying and monitoring earthquakes. Through a variety of interactive experiments students can learn about earthquakes and the hazards that earthquakes pose.

Earthquake safety is a responsibility shared by billions worldwide. Let's get to work!




Celebrate Urban Birds

Celebrate Urban Birds provides an opportunity for everyone across the country to watch birds and participate in activities focused on birds and neighborhood habitat improvement.

Participants learn about 16 species of birds and watch an area about the size of half a basketball court for 10 minutes to see if they can find any of those birds. Celebrate Urban Birds provides all of the necessary materials to get you started.

An important part of the celebration is to help scientists at the Cornell Lab of Ornithology collect information about the 16 key species of urban birds and the habitats they use. The scientists have created a project that will use data collected from participants to study these resident and migratory birds and their interaction with the urban habitat.

Participants can observe birds and collect data from urban, suburban, and rural locations.




Project FeederWatch

Project FeederWatch is a winter-long survey of birds that visit feeders at backyards, nature centers, community areas, and other locales in North America. FeederWatchers periodically count the birds they see at their feeders from November through early April and send their counts to Project FeederWatch.

Anyone with an interest in birds can participate! FeederWatch is conducted by people of all skill levels and backgrounds, including children, families, individuals, classrooms, retired persons, youth groups, nature centers, and bird clubs.

FeederWatch data help scientists track broadscale movements of winter bird populations and long-term trends in bird distribution and abundance. FeederWatch results are regularly published in scientific journals and are shared with ornithologists and bird lovers nationwide. The counts you submit will make sure that your birds (or lack of birds) are represented in papers and in the results found in the Explore Data section of the FeederWatch website.




Evolution Megalab

Evolution Megalab asks volunteers to survey banded snail populations in Europe to help map climate change effects.

Did you know that thanks to a common little snail you can find in your garden, in the park or under a hedge, you can see evolution in your own back yard?

Evolution is a very slow process. Life on Earth started about three-and-a-half billion years ago! It's the tiny changes accumulating over a long, long time that got us here. And you can see some of those tiny steps by joining the Evolution MegaLab.

It may look like banded snails are dressed-to-kill, but really they are dressed not to be killed. Banded snails are a favorite food of the song thrush, and their various shell colors and patterns camouflage them against different backgrounds. But, in some places there are fewer thrushes than there used to be.

Help us find out

* Have shell colors and bands changed where there are fewer thrushes?

Shell color also affects how sensitive a snail is to temperature.

* Have shell colors changed with our warming climate?




Urban Forest Map

The Urban Forest Map is a collaborative effort to map every tree in the city of San Francisco. As a citizen forester, you can get involved by searching for trees, verifying records, and by adding the trees in your neighborhood!

Along the way, researchers will use this data to calculate the environmental benefits that the trees are providing -- how many gallons of storm water they are helping to filter, how many pounds of air pollutants they are capturing, how many kilowatt-hours of energy they are conserving, and how many tons of carbon dioxide they are removing from the atmosphere. The information we gather will help urban foresters and city planners to better manage trees in specific areas, track and combat tree pests and diseases, and plan future tree plantings. Climatologists can use it to better understand the effects of urban forests on climates, and students and citizen scientists can use it to learn about the role trees play in the urban ecosystem.

The goal of Urban Forest Map is to provide a one-stop repository for tree data, welcoming information from any agency or group and enabling and celebrating citizen participation. Together, we'll work toward building a complete, dynamic picture of the urban forest.




Cape Cod Osprey Project

The Cape Cod Osprey project seeks to map and track all of the Osprey nests on Cape Cod, Massachusetts. Since 2008 we have mapped over 220 nest locations, many more than were thought to exist on the Cape. Using our network of volunteers we have collected productivity data (number of chicks fledged/pair) on up to 140 nests. We are looking for volunteers to help monitor nesting behavior of ospreys and help us map new nest locations.




Stardust@home

Join us in the search for interstellar dust! On January 15, 2006, the Stardust spacecraft's sample return capsule parachuted gently onto the Utah desert. Nestled within the capsule were precious particles collected during Stardust's dramatic encounter with comet Wild 2 in January of 2004; and something else, even rarer and no less precious: tiny particles of interstellar dust that originated in distant stars, light-years away. They are the first such pristine particles ever collected in space, and scientists are eagerly waiting for their chance to "get their hands" on them.

Before they can be studied, though, these tiny interstellar grains will have to be found. This will not be easy. Unlike the thousand of particles of varying sizes collected from the comet, scientists estimate that Stardust collected only around 45 interstellar dust particles. They are tiny - only about a micron (a millionth of a meter) in size! These miniscule particles are embedded in an aerogel collector 1,000 square centimeters in size. To make things worse, the collector plates are interspersed with flaws, cracks, and an uneven surface. All this makes the interstellar dust particles extremely difficult to locate.

This is where you come in!

By asking for help from talented volunteers like you from all over the world, we can do this project in months instead of years. Of course, we can't invite hundreds of people to our lab to do this search-we only have two microscopes! To find the elusive particles , therefore, we are using an automated scanning microscope to automatically collect images of the entire Stardust interstellar collector at the Curatorial Facility at Johnson Space Center in Houston. We call these stacks of images focus movies. All in all there will be nearly a million such focus movies. These are available to Stardust@home users like you around the world. You can then view them with the aid of a special Virtual Microscope (VM) that works in your web browser.

Together, you and thousands of other Stardust@home participants will find the first pristine interstellar dust particles ever brought to Earth!

In recognition of the critical importance of the Stardust@home volunteers, the discoverer of an interstellar dust particle will appear as a co-author on any scientific paper by the Stardust@home team announcing the discovery of the particle. The discoverer will also have the privilege of naming the particle!




Jellywatch

Have you seen a jellyfish on the beach? Report it to Jellywatch -- a global public database documenting ocean conditions. We are especially interested in jellyfish washing up, but we also track red tides, squid and mammal strandings, and other indicators of ocean health.

All the data and images that are submitted are freely and instantly available for bulk download, so students, teachers, and scientists can conduct their own research using information gathered from around the globe.




Lakes of Missouri Volunteer Program

Volunteers are provided with equipment and training to collect and process lake water quality samples 8 times each season. Volunteers also take temperature and water clarity measurements in the field at each sampling event. The sampling and processing takes about an hour.

Processed samples are stored by the volunteer until LMVP staff collect them for analysis at the University of Missouri's Limnology Laboratory. At the lab, samples are analyzed for total phosphorus, total nitrogen (plant nutrients), chlorophyll concentration (an estimate of algal biomass) and inorganic suspended solids (sediments).




Yreka Creek Citizen Monitoring Project

Klamath Riverkeeper is excited to bring citizen monitoring to the Shasta watershed in 2010 with our first citizen water quality monitoring initiative. We’ll start by training citizens to collect water quality data at points on Yreka Creek and the Shasta River this spring & summer.

The goals of the program are to:
1) Fill a recognized scientific monitoring gap in the Klamath and Shasta River watersheds,
2) Add monitoring capacity to existing and future restoration and stream assessment projects,
3) Provide an educational outreach opportunity to the public in the City of Yreka.




NestWatch

Whether in a shrub, a tree, or a nest box, bird nests are everywhere. Find one, and you can help scientists study the biology and monitor populations of North America’s birds by joining the Cornell Lab of Ornithology’s NestWatch program. Every year, volunteers from across the country visit nests once or twice each week and monitor their progression from incubating eggs to fuzzy chicks to fully fledged young. They then submit this data to NestWatch where it is compiled and analyzed.

NestWatch helps people of all ages and backgrounds connect with nature. The information that NestWatchers collect allows us to understand the impact that various threats, such as environmental change and habitat destruction, have on breeding birds. Armed with this knowledge, we can take the necessary steps to help birds survive in this changing world.




Texas Bee Watchers: 52 Gardens, 52 Weeks

Texas Bee Watchers aims to increase awareness and knowledge of native bees in Texas. This year, the Bee Watchers are challenging Texans to plant 52 Bee Gardens in 52 Weeks.




Snow Tweets

How much snow is on the ground where you are? Cryosphere researchers at the University of Waterloo want to know!

The Snowtweets Project provides a way for people interested in snow measurements to quickly broadcast their own snow depth measurements to the web. These data are then picked up by our database and mapped in near real time. We are especially interested in using web-based digital technologies to map snow data; currently, the project uses the micro-blogging site Twitter as its data broadcasting scheme.

To view the snow depth measurements (or Tweets), we have developed a data visualization tool called Snowbird that lets you explore the reported snow depths around the globe. The viewer shows where the reports are located and how much snow there is at each reported site.

The Snowtweets Project is in early stages of development and we plan to update and improve it as we go along. We rely on user participation to measure snow depth (including zero snow depth) and then send the measurements in.




Missouri Stream Team Program

All Missourians rely on streams in one way or another and many of our streams could use a little help. They need teams of people who love clean water, good fishing and health habitat to take care of them, year after year. That's why the Missouri Department of Conservation, the Department of Natural Resources and the Conservation Federation of Missouri joined to develop the Stream Team Program in 1989.

Promoting citizen awareness and involvement, Stream Teams is a fun, hands-on program for people who want to learn about, care for and protect local waterways. If you are ready to tackle the fun of protecting Missouri's streams start a Stream Team.

Anyone can start a Stream Team:

Individuals and Families: If there is a stream in your community that you and your neighbors are concerned about, you can form a Stream Team to adopt it.

Schools and youth groups: Stream Team is a great way for schools, colleges and universities to teach students about stream ecology while restoring and protecting a local stream.

Community, church of service groups: What better way to serve your community than by adopting, cleaning up and maintaining the health and beauty of a neighborhood waterway?




RiverSweep

RiverSweep is an annual event. Fish for shopping carts or gather trash from shore: Do your part to keep Vermont's Black River clean!

You can help in Springfield, Ludlow, Plymouth, Cavendish or any other point on the Black River in Windsor County, Vermont. Work can be done from a kayak or canoe if you have one or from shore (watch for poison ivy!). Stay for an hour, or the whole morning! We'll provide trash bags, snacks, work gloves, a free lunch and a complimentary "thank you" tee shirt.




GLOBE at Night

Six out of 10 people in the US have never seen our Milky Way Galaxy arch across their night sky from where they live. And the problem of light pollution is quickly getting worse. Within a couple of generations in the U.S., only the national parks will have dark enough skies to see the Milky Way.

Too much outdoor lighting not only affects being able to see the stars, but also wastes energy and money, about 2 to 10 billion dollars a year. And it has been shown to cause sleep disorders in people and to disrupt the habits of animals like newly hatched sea turtles that try to find their way back into the ocean but are disoriented by streetlights.

Light pollution may be a global problem, but the solutions are local. To help people “see the light”, an international star-hunting program for students, teachers, and the general public was created called GLOBE at Night. GLOBE at Night is now in its 6th year and is hosted by the U.S. National Optical Astronomy Observatory.

For 2016 we are collecting your observations during all 12 months of the year! See the dates below and plan to get involved.

January 1-10
February 1-10
March 1-10

March 30- April 8
April 29- May 8
May 29-June 7

June 27-July 6
July 28-August 6
August 25-Sept 2

October 21-31
November 20-30
December 20-30

Through this program, children and adults are encouraged to reconnect with the night sky and learn about light pollution and in doing so, become citizen scientists inspired to protect this natural resource. Teachers like the GLOBE at Night program, because it lends itself to cross-curricular learning: astronomy, geography, history, literature, and writing. The possibilities are great.




Global Garlic Mustard Field Survey

Help scientists gather much-needed data on the abundance and distribution of an invasive plant called 'garlic mustard' (scientific name: Alliaria petiolata).

Many invasive species, like garlic mustard, are quickly changing North America's ecosystems, but scientists still don't understand why or how this happens. Maybe it's an escape from enemies, maybe it's an increase in size or seed production, or maybe it's a misperception.

To figure this out we need sample data from all over the world, but that requires a large group effort. Fortunately, it does not require specialized training because plant performance can be reliably quantified with simple measurements such as height and seed production of individuals, as well as area of coverage and density of plants.

By spending as little as a single day on this project, you could help scientists to come to a new understanding about invasive species. This in turn could ultimately lead to important new management strategies.




NASA Top Stars

Are you interested in bringing Hubble Space Telescope data into your classroom? Then check out NASA Top Stars!

U.S. formal (K-12 and college) and informal educators were invited to submit their best examples of using NASA's Hubble Space Telescope for science, technology, engineering or mathematics education. Those selected as Top Stars received national recognition and awards. Winning entries are published online for other educators to use to inspire their students.

The deadline to enter was Feb. 28, 2010. While the contest has ended, the Top Stars website provides access to a showcase of Top Stars winners and other resources for the classroom.

Top Stars is an IGES initiative, through funding from NASA, and in cooperation with the Space Telescope Science Institute.




Herbarium@home

Herbaria@home is a ground-breaking new approach to digitizing and documenting the archives of the United Kingdom's herbaria. This site provides a web-based method for documenting herbarium sheets. This is important work that will help make the collections accessible to researchers and the public.

With your help and expertise and the support of 1000's of other like-minded volunteers we can realistically document the entire herbarium collections of even major institutions.

Through the efforts of a small army of amateur botanists the plant biodiversity of the UK is the most studied and recorded in the world. This project aims to apply some of that effort to making the wealth of information from historical collections widely accessible and available.

This project is open to everyone. You do not need any particular botanical knowledge or experience to take part.




What's Invasive

Use your mobile phone to help us locate invasive plants!

Invasive weeds are a significant threat to native plants and animals. Although most non-natives are not considered "invasive", those that crowd out food sources for wild animals, create erosion, or act as a significant fire hazard can be considered a threat and need to be identified and located for removal. You can help!

Then, using your Android mobile phone, help us locate invasive plants in an expanding number of locations across the US, or you can create your own list of plants that you want help in locating.

Our iPhone app currently works only in the Santa Monica National Recreation Area but is being updated soon.

The plants you identify will be placed on public map and alert park rangers of the spread of these habitat-destroying plants.

You can also participate using any mobile phone with text or picture messaging, email, or our web forms and a digital camera.




Nature's Notebook

Pay attention to the plants and animals in your yard, and you can contribute to scientific discovery! Observing life cycles of plants and animals with Nature's Notebook is easy and fun, and you will discover so much more about the plants and animals you see everyday.

Sign up to observe one or more species in your yard or another place that you frequent. Use the Nature's Notebook smartphone app to send your observations directly to the National Phenology Database, or fill out paper datasheets and submit them online.




White Squirrel Mapping

Have you seen a white squirrel? Join this community of white squirrel enthusiasts to help scientists locate and study these rare animals!

Most squirrels are gray or red, an adaptation that allows them to blend in to the surrounding vegetation. This is a case of classic natural selection, the driving force behind evolutionary change. The trait for being white is a genetic anomaly that is usually weeded out because they are so quickly seen by predators. However, some places have seen a growing population of white squirrels.

Keep your eyes open because there are lots of places where you can find this rare squirrel variety. Scientists have created a map where visitors that have seen a white squirrel can map it.




Volunteers-In-Parks

Volunteers-In-Parks participants work side-by-side with National Park Service employees to preserve the United States' natural and cultural legacy and to help visitors discover the resources, meanings, and values found in its national parks.

Anyone can be a "VIP": individuals, couples, families, students, and organized groups from all over the United States and the world. Become a VIP and put yourself at the heart of the park experience!

Volunteers-In-Parks participants play an ever-increasing role in national parks through a variety of jobs, including answering visitor questions at an information desk, presenting living history demonstrations in period costumes, building fences, painting buildings, making cabinets, giving guided nature walks and evening campfire programs, assisting with preservation of museum artifacts, maintaining trails, building boardwalks, designing computer programs or park websites, and serving on a bike, horseback, or beach patrol.




Find Wisconsin's Freshwater Sponges

This sponge monitoring program calls on citizen scientists to submit observations of sponges in local waterways to help biologists prioritize future survey efforts. Freshwater sponges are aquatic animals that grow in lakes, rivers, bogs, and streams attached to submerged rocks, sticks, logs, or aquatic vegetation.

These sedentary animals feed by filtering small particles from the water and are thought to be sensitive indicators of pollution. Limited research seems to indicate that the range of some sponge species is more restricted now than in previous years. This study tries to shed more light on how abundant and widely distributed Wisconsin’s sponges are today.




Students’ Cloud Observations On-Line (S’COOL)

Students’ Cloud Observations On-Line (S’COOL) is a citizen science project in which volunteers make and report cloud observations from sites of their choosing, such as a field trip, vacation, or even a backyard. The project aims to collect data on cloud type, height, cover, and related conditions from all over the world. Observations are sent to NASA for comparison to similar information obtained from satellite.

Many people take for granted how powerful clouds are in our atmosphere. It is clouds, in part, that affect the overall temperature and energy balance of the Earth. The more that scientists know about clouds, the more they will know about our Earth as a system. The S'COOL observations help validate satellite data and give a more complete picture of clouds in the atmosphere and their interactions with other parts of the integrated global Earth system. Citizens benefit from their participation in a real-world science experiment and from their access to a variety of background material. Educational materials for teachers are also available.




The Bay Area’s Most Wanted Spider

Arachnologists at the California Academy of Sciences need your help documenting the presence and distribution of Zoropsis spinimana spiders.

Although harmless to humans, this spider competes with local species and is considered invasive. Participants can use a simple digital camera to document the presence of this spider, and, if comfortable collecting the spider, send in actual spider specimens.

With the help of citizen scientists, researchers can study how the Zoropsis spider population is spreading in the Bay Area.




Perfect Pitch Test

The Perfect Pitch Test is a study to determine whether absolute pitch differs systematically for different timbres. Your participation involves a brief survey and a pitch-naming test and will make an important contribution to auditory research.

Do you have absolute pitch, the ability to identify or recreate a musical note without any reference? If so, researchers at the Perfect Pitch Test need your help.




The Smell Experience Project

The Smell Experience Project is collecting stories from people who have experienced a significant change in their sense of smell.

Changes in odor perception can be a symptom of a condition, such as depression, head injury, dementia, or allergies, or a side effect of medication. Because the changes are subjective and difficult to measure, medical professionals often do not ask patients about changes in their sense of smell. As a result, there is little documented information about these changes. Smell Experience Researchers need your help to better understand changes in our sense of smell.




The National Science Digital Library

The National Science Digital Library encourages citizens to help enlarge and strengthen their library of high quality resources and tools that support science, technology, engineering, and mathematics education.

Developers of content in these subject areas, National Science Foundation grantees, educators and learners, and all other members of the community are welcome to recommend digital resources for the library. These resources include activities, lesson plans, Web sites, simulations, or any materials that help educators meet the demands of an increasingly complex technology-based world.

As a national network of learning environments, resources, and partnerships, the National Science Digital Library seeks to serve a vital role in educational cyberlearning for the nation, meeting the informational and technological needs of educators and learners at all levels.




The Juvenile Lobster Monitoring Program

The Juvenile Lobster Monitoring Program is a community-based research program that aims to measure the health and productivity of lobster nursery habitats over space and time. The project measures the abundance and distribution of juvenile lobsters and uses marking and recapture techniques to investigate growth rates and survival.

Program scientists have developed a set of rigorous training tools to teach volunteers how to census lobsters at nursery grounds in the lower intertidal zone. The census data collected by volunteers are extremely valuable as indicators of lobster fishery health because the juvenile lobsters of today represent the catches of tomorrow.

Anyone with the time and inclination (and a good pair of boots!) can participate in this program. It's easy and it's fun. Involving volunteers of different age groups and backgrounds aids in community building and provides public access to scientific research and knowledge. This project can thereby help to bridge the gap between science and the public through hands-on training and accessible learning.




The Living Roof Project

The Living Roof Project is a citizen science program that gives community members an opportunity to learn about the California Academy of Science's unique roof ecosystem and to contribute to important baseline data regarding the many plants, birds, and arthropods that inhabit and utilize the Living Roof’s 2.5 acres of green space.

The data collected by citizen scientists are shared with researchers from the California Academy of Sciences and San Francisco State University. In addition, the bird observations are submitted to the Cornell Lab of Ornithology’s international eBird project. These data serve as a baseline to which future changes in plant and animal diversity on the Academy’s Living Roof can be compared.




Bay Area Ant Survey

The Bay Area Ant Survey is a citizen science program that gives the public a chance to participate in research by obtaining baseline data for ants living in local counties. The major goals of this scientific survey are to identify local species, chart native ant distributions, and provide baseline data to monitor the distribution of the invasive Argentine ant.

Participants collect ants and send their ant-filled vial and corresponding data sheet back to the Naturalist Center at the California Academy of Sciences. All specimens will be identified and entered in a database by an Academy entomologist. All results are then uploaded to AntWeb where the location and identification of the ants are made public. Your contribution becomes part of the scientific record!




The Genographic Project

The Genographic Project is a ten-year old anthropological study that uses DNA voluntarily contributed by hundreds of thousands of people to answer the oldest questions we have about ourselves: Who are we and where did we come from? In doing so, the project has created the world's largest survey of DNA samples to map how humankind populated the planet. Today, this database serve as an invaluable scientific resource for the research community and may ultimately underscore how closely related we are to one another as part of the extended human family. The Genographic Project uses sophisticated computer analysis of DNA voluntarily contributed by people—including indigenous and traditional populations and the general public—to reveal our migratory history and to better understand the connections and differences that make up humankind. Members of the general public can being to take part in the project by purchasing a Genographic Project Public Participation Kit and submitting their own cheek-swab sample.

In 2015 alone we launched four projects across the world (Palau, Aleutian Islands, Chile, and the Dominican Republic), and published six new papers, including populations studies on the Lesser Antilles, the European Roma, and Australian Aboriginal groups. This past year we also launched our new participation kit called Geno 2.0 Next Generation, and we opened up the Genographic Project database to researchers




Project Implicit

Project Implicit is an opportunity for citizens to assist psychological research on thoughts and feelings that exist either outside of conscious awareness or outside of conscious control. Participants assess their conscious and unconscious preferences for more than 90 different topics ranging from pets to political issues, ethnic groups to sports teams, and entertainers to styles of music. Participants report attitudes toward or beliefs about these topics and provide general information about themselves.

The primary goals of Project Implicit are to provide a safe, secure, and well-designed virtual environment to investigate psychological issues and, at the same time, provide visitors and participants with an experience that is both educational and engaging.




The Twitter Earthquake Detection Program

The US Geological Survey's Twitter Earthquake Detection Program gathers real-time, earthquake-related messages from Twitter and applies place, time, and keyword filtering to gather geo-located accounts of shaking.

This approach provides rapid first-impression narratives and, potentially, photos from citizens at the hazard’s location. The potential for earthquake detection in regions that are populated but where seismic instruments are sparse is also being investigated.

Data from the project will support other earthquake projects that rapidly detect and report earthquake locations and magnitudes in the United States and globally. The Program will also determine the best way to broadcast scientifically confirmed earthquake alerts via Twitter.




World Water Monitoring Challenge

World Water Monitoring Challenge is an international program that encourages citizen volunteers to monitor their local water bodies. An easy-to-use test kit enables everyone from children to adults to sample local water bodies for basic water quality parameters: temperature, acidity (pH), clarity (turbidity), and dissolved oxygen.

The results of current and past studies are shared with participating communities around the globe through the organization's online Data & Reports page.




The Lost Ladybug Project

Find and photograph ladybugs! Join us in finding out where all the ladybugs have gone, so we can try to prevent more native species from becoming so rare. NEW - Email us and check our website or Facebook page for new opportunities to help restore native ladybug species.

Across North America, ladybug species distribution is changing. Over the past twenty years, several native ladybugs that were once very common have become extremely rare. During this same time, ladybugs from other places have greatly increased both their numbers and range. Some ladybugs are simply found in new places.

This is happening very quickly and we don’t know how, or why, or what impact it will have on ladybug diversity or the role that ladybugs play in keeping plant-feeding insect populations low.

Free downloadable educational materials and activities. Ladybug song!

View 37,000+ ladybug photos submitted so far. See what species of ladybugs have been found near you!

The Lost Ladybug Project database of 37,000 plus ladybug (Coccinellid) photos and locations is located on our website and is open to the public for mapping, graphing, searching, downloading.




Christmas Bird Count

Known as the first and oldest Citizen Science project, at over 115 years, Audubon’s Christmas Bird Count is also one of the largest, with 70,000+ person-days of efforts and more than 64 million birds counted each year. The CBC has contributed greatly to the science of bird conservation with hundreds of publications, including many in important scientific journals. From December 14 through January 5 each year, tens of thousands of volunteers throughout the Americas take part in an adventure that has become a family tradition through the generations.

Count volunteers follow specified routes within a designated 15-mile diameter circle, counting every bird they see or hear all day, and submit data to each circle compiler. It’s not just a species tally—all birds are counted all day, giving an indication of the total number of birds in the circle that day. If observers live within a CBC circle, they may arrange in advance to count the birds at their feeders and submit those data to their compiler. All individual CBCs are conducted in the period from December 14 to January 5 (inclusive dates) each season, and each count is conducted in one calendar day (24-hour period).




Citizen Sky

Help solve the mystery of epsilon Aurigae, a star that has baffled scientists since 1821. You don’t need any prior scientific training to observe and record the changing brightness of this star this site provides all of the tools you need to become a citizen scientist, including a training program that begins with stars that are easy to find and observe. Slowly the stars become more challenging as you go down the list. By the time you reach epsilon Aurigae at the bottom of the list, you’ll be an expert variable star observer contributing real data to professional scientists.




Did You Feel It?

The Did You Feel It? (DYFI) project is designed to gather information available about earthquakes from the people who experience them. By tapping the immense number of users online, DYFI can get a detailed characterization of what people were experiencing, the impacts of the earthquake, and the amount of damage it incurred, beyond the scope traditional information gathering techniques. Data input from users is immediately available on the website, and its interactive platform encourages users to gain a deeper understanding of earth sciences while they participate.




Project BudBurst

Project BudBurst is a national network of citizen scientists monitoring plants as the seasons change. It was created in 2007 as a community engagement effort to bring about a better understanding of how plants respond to changes in climate locally, regionally, and nationally. Instructional materials are available to support implementation in a variety of educational settings.




Citizen Weather Observer Program

The Citizen Weather Observer Program is a group of ham radio operators and other private citizens around the country who have volunteered the use of their weather data for education, research, and use by interested parties. There are currently over 12,000 registered members worldwide and over 900 different user organizations. Their weather data are used by the National Oceanic and Atmospheric Administration (NOAA) and distributed to user organizations.

The Citizen Weather Observer Program is a public-private partnership with three main goals:

1. Collect weather data contributed by citizens
2. Make these data available for weather services and homeland security
3. Provide feedback to the data contributors so that they have the tools to check and improve their data quality.




Butterflies I've Seen

Butterflies I've Seen allows you to keep track of all of your butterfly sightings.

Once your sightings are logged in the database, you can retrieve them by location, by date, or by species. You can print out a list of all the butterfly species you've ever seen, a "Life List," or you can print out a list of all the butterfly species you've ever seen at a particular location. At the same time, the sightings you enter provide important information that the North American Butterfly Association, the major butterfly conservation organization in North America, will use to help answer scientists' questions about butterfly distributions, abundance, and conservation.

Enjoy the site and the fact that your efforts are increasing our knowledge and helping butterfly conservation!




Earthdive

Earthdive is a global citizen science project that calls on recreational scuba divers and snorkelers to monitor the ocean for key indicator species.

When you participate in Earthdive, your observations are recorded in a special database known as the Global Dive Log and are accessible through a clever Google mapping interface. Over time, observations are aggregated to create a Global Snapshot of the state of the world’s oceans.

In addition to being an international research project, Earthdive is also an advocacy conduit for marine conservation. Each contributor's name is added to a petition demanding action from policymakers to help protect our oceans.

Earthdive is a revolutionary new concept in citizen science and a global research project for millions of recreational scuba divers who can help preserve the health and diversity of our oceans.




CoCoRaHS: Rain, Hail, Snow Network

CoCoRaHS, The Community Collaborative Rain, Hail, and Snow Network is a unique, non-profit, community-based network of volunteers of all ages who measure and report precipitation. By using low-cost measurement tools, stressing training and education, and utilizing an interactive website, our aim is to provide the highest quality data for natural resource, education and research applications.

Each time a rain, hail, or snow storm occurs, volunteers take measurements of precipitation from their registered locations (reports of 'zero' precipitation are encouraged too!). The reports are submitted to the website and are immediately available for viewing. It's educational, but moreover, fun! Just wait until you start comparing how much rain fell in your backyard vs. your neighbor!

The data are used by the National Weather Service, meteorologists, hydrologists, emergency managers, city utilities, insurance adjusters, the U.S. Department of Agriculture, engineers, mosquito control, ranchers and farmers, outdoor and recreation interests, teachers, students, and neighbors in the community.




Radio JOVE

NASA's Radio JOVE project enables students and amateur scientists to observe natural radio emissions from Jupiter, the Sun, and our galaxy. Participants learn about radio astronomy first-hand by building their own radio telescope from an inexpensive kit and/or using remote radio telescopes through the Internet. They also collaborate with each other through interactions and sharing of data on the network.

The Radio JOVE project began in 1998. Since then, more than 1,600 teams of students and interested individuals have purchased non-profit radio telescope kits and are learning radio astronomy by building and operating a radio telescope. This self-supporting, non-profit program continues to thrive and inspire new groups of students as well as individuals.




Firefly Watch

Firefly Watch combines an annual summer evening ritual with scientific research.

Boston's Museum of Science has teamed up with researchers from Tufts University and Fitchburg State College to track the fate of these amazing insects. With your help, we hope to learn about the geographic distribution of fireflies and their activity during the summer season. Fireflies also may be affected by human-made light and pesticides in lawns, so we hope to also learn more about those effects.

- Join a network of volunteers.
- Observe your own backyard.
- Track your progress online and interact with fellow Citizen Scientists.
- Help scientists map fireflies found in New England and beyond.
- No specific scientific training required.

It's easy to participate in Firefly Watch. Basically, we want to know if you have fireflies in your backyard this summer (or in a nearby field if you don't have a backyard). Even if you don't see fireflies, your data is valuable.




Foldit

Foldit is a revolutionary new computer game enabling you to contribute to important scientific research.

We’re collecting data to find out if humans' pattern-recognition and puzzle-solving abilities make them more efficient than existing computer programs at pattern-folding tasks. If this turns out to be true, we can then teach human strategies to computers and fold proteins faster than ever!

Knowing the structure of a protein is key to understanding how it works and to targeting it with drugs. A small protein can consist of 100 amino acids, while some human proteins can be huge (1000 amino acids). The number of different ways even a small protein can fold is astronomical because there are so many degrees of freedom. Figuring out which of the many, many possible structures is the best one is regarded as one of the hardest problems in biology today and current methods take a lot of money and time, even for computers.

Foldit attempts to predict the structure of a protein by taking advantage of humans' puzzle-solving intuitions and having people play competitively to fold the best proteins.





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