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PopClock

The PopClock is a citizen science project in which volunteers are helping University of Vermont and University of Maryland Center for Environmental Science scientists study how forest trees are responding to rapidly changing climatic conditions. PopClock volunteers are collecting ground-based observations of spring leaf emergence and fall color change of two poplar species—balsam poplar (Populus balsamifera) and quaking aspen (Populus tremuloides). They submit these observation to one of our partner organizations--National Phenology Network (NPN), Project Budburst, and Plant Watch. Scientists are using these observations to create maps of “green-up” and “green-down,” which they will combine with genetic information to identify areas where trees are most and least adapted to climate change. In fall 2015 and spring 2016, a small group of PopClock volunteers are also working with scientists to examine the use tiny remote sensors to measure forest phenology; this work includes an an all-expenses-paid trip to Vermont to learn about the sensors! PopClock is part of a larger research grant funded by National Science Fund. Please visit our website for more information; note our website includes a link for an application to join our special team of volunteer working with the remote sensors (due Sept 1 2015).




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.




NASA's SMAP Satellite Mission

NASA recently launched the SMAP (Soil Moisture Active Passive) satellite which is orbiting the globe every three days to measure soil moisture levels. This data will be used to improve weather forecasts, detail water/energy/carbon cycles, monitor droughts, predict floods, and assist crop productivity.

How accurate is the big data from the satellite? There's only one way to find out and it depends on you to report local data! SciStarter's citizen science community has been called on to help calibrate the accuracy of NASA's satellite mission and to learn more about your soil quality in the process.

Participants from every state will collect and analyze soil samples from September through June.
In this project, you will:

-register your location(s)
-receive alerts when the SMAP satellite is scheduled to fly over you
-scoop a handful of soil, a few times a month (when the satellite is flying over), weigh it, dry it for a day or two, and weigh it again. After some simple conversions, you'll send the data to NASA and be able to compare it to what NASA's SMAP satellite is reporting.

Sign up as an individual or team. One team in each state will receive equipment from NASA needed for this project including a heat lamp and graduated cylinder. SciStarter will sell and loan full kits including a heat lamp, graduated cylinder, and balance. A complete list of materials is available on the sign up form, here: http://www.goo.gl/forms/rnUEuAJ4Tu .




Habitat Restoration Bird Monitoring

MUVE (Museum Volunteers for the Environment) is Patricia and Phillip Frost Museum of Science's volunteer-led coastal habitat restoration project. Because habitat restoration creates considerable ecological change, we are monitoring the ecosystem responses to that change using bird habitat use as an indicator. Citizen scientists complete a weekly or monthly transect walk of the site and note the category of birds they observe, so species identification skills are not necessary.




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 turtles with the launch of 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 new 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 and will continue 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.




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.




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




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.




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!




Urban Slender Loris Project

The slender loris is a small nocturnal primate that is endemic to southern India and Sri Lanka. They once lived in remnant forest patches, in lakeside woods, as well as on large trees in the neighborhoods within the city of Bangalore. However with the rapid urban development and growth of the city, loris population are now restricted to few pockets of Bangalore. There are regular reports of injured animals being rescued by the rehabilitation centers of the city. Illegal pet trades and black magic are also occasionally reported. Currently, there is no baseline information on the status of this species, availability of habitats or any hunting pressures for black magic.. The Urban Slender Loris Project aims at documenting the past and present distribution of slender lorises in the landscapes of urban Bangalore. Our team of citizen scientists are currently conducting nocturnal census and habitat survey to quantify the pressures on lorises and threats on the population within the city through habitat loss, hunting, or the illegal pet trade. This multidisciplinary, citizen science project is currently developing partnerships with environmental nonprofits, IT industry, educational institutes and government organizations to develop a better plan for managing the city’s urban green space to accommodate wildlife coexisting with a growing human population.




Bird Banding at CCFS

The San Francisco Bay Bird Observatory (SFBBO) is a nonprofit in Milpitas, CA, with the mission to conserve birds and their habitats through science and outreach. For more than 30 years, citizen science volunteers have worked with scientists at SFBBO to capture passerines in mist nets at the Coyote Creek Field Station, a habitat restoration site in Milpitas. They put tiny bands on the birds' legs and collect data on species type, age, weight, health, and other characteristics. SFBBO is looking for people interested in a long term volunteer opportunity. Citizen scientists in the program go through a thorough apprenticeship training process.




Orchid Observers

Photograph wild orchids and extract data from three centuries of Museum specimens to help us examine the impact climate change may be having on the UK’s orchids.

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

Recent research indicates 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.

To gather data from across the UK, we need as many people as possible to photograph orchids this summer, and to upload the images, together with the data and location, to the Orchid Observers website: www.orchidobservers.org

Alongside this, we have around 15,000 orchid specimens in the Museum's British and Irish herbarium. Collected over three centuries, they can tell us about flowering times in the past. Extracting data from so many specimens is a huge task, so we need your help.

See more at: http://www.nhm.ac.uk/take-part/citizen-science/orchid-observers.html




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.




Genetics and Smell Chemistry

According to the Monell Center two individuals smell perception differs by 30% due to a variation in the olfactory receptor gene OR10G4 . The purpose of this project is to catalog the variations of smell perception from parent to child. This information helps us understanding the degree of olfactory perception variation in a predictable manner through inheritable DNA changes.




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 “crowd sourcing”, which means we gather information on stream stage (water levels) from anyone willing to send us a text message of the water levels at their local stream. These data are then available for anyone to then use from Universities to Elementary schools.




Report Florida Lionfish

Enter your lionfish sighting or removal data online at MyFWC.com/Lionfish or on our Report Florida Lionfish app.




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.




Columbia Basin Water

We are collecting rain and snow samples to develop a water balance for the region based on the isotopes of oxygen and hydrogen in the water molecule. This is part of a larger project that is evaluating the past, present, and future of water resources in the Columbia Basin.
More information on the project can be found here: http://janicebrahney.weebly.com/columbia-basin.html and here: https://www.instrumentl.com/campaigns/janicebrahney/




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.




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.




Mourning Warbler Song Mapper

The Mourning Warbler Song Mapper is a citizen science project that will map the songs of males during spring migration.




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.




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.




TreeKIT

TreeKIT works with volunteers to map street trees on dozens of blocks in East Harlem, NYC.




The Microverse

Join in cutting-edge scientific research to uncover the diversity of microscopic life in urban environments across the UK! The Microverse project will discover which species are living on UK buildings and what factors affect their diversity. While there's a lot of research exploring microbes inside our homes and on our bodies, little research has looked at the microbes living on the outside of our buildings. Although invisible, microorganisms provide many ecosystem services: recycling nutrients, producing oxygen and digesting pollutants. Investigating which microorganisms are present in our built environments will help us better understand how they support and interact within our ecosystem.
You can sign up for a free participation pack before 29th April 2015. The pack includes all the instructions and equipment you need to take part, plus supporting resources for teachers.

What does it cost to take part?
Taking part in The Microverse project is completely free for secondary schools in the
UK, but requires a definite commitment to collecting the data and returning the
samples to us.

What will the packs include?
Packs will include enough equipment to allow a group of 30 students to take part and
send the samples back. They will also include teachers’ resources such as a sample
risk assessment, guidance on obtaining permission for sampling buildings,
instructions for completing the field work, background information on microorganisms
and DNA sequencing, and sample lesson plans to assist in pre- and post-field work
teaching.

You need a group of people to take part in The Microverse, so get your school, community group, or a bunch of friends involved.




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.




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.




Tracking Dolphins in the Adriatic Sea

Make it possible for these researchers to continue monitoring the dolphins they’ve come to know over the past decade. Help them learn which parts of the Adriatic sea are most important to the dolphins, so that they can provide key policy makers with the research necessary to draft laws that protect the waters and dolphins.




Climate Change at the Arctic's Edge

You’ll measure evidence of global warming near Churchill, a small town on Hudson Bay that’s on the front line of climate change. Help researchers as they learn all they can about this fragile environment. If you join one of the summer or fall teams, you may don waist-high waders to take water samples and assess the abundance of the fish and frogs that make these northern wetlands their home; you’ll also help monitor the health of the tree line by examining tree cores, which allow researchers to reconstruct tree life histories (to date, the oldest living tree this team has found dates from 1643).




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.




Explore Boston's Urban Forest

As a volunteer, you'll pioneer the work of Earthwatch's Urban Forest Project. In Cambridge, we will be comparing our findings with those of a study done five years ago. The objective of the project is to draw statistical comparisons over time that will allow city officials to relate changes in the urban forest (tree species and size) to changes in environmental conditions (road traffic density, height of surrounding buildings, and surface composition).




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.




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.




Climate Change and Caterpillars

On this Earthwatch Expedition, you’ll search the forests of Costa Rica for caterpillars and take specimens to the lab for state-of-the-art chemical analysis and observation. Prepare to be dazzled by the array of shapes and colors that caterpillars come in, most of which serve as natural defenses against their predators. You may even find a new species—it’s happened before.




nQuire-it

nQuire-it is a platform to join, create, and share citizen science missions with people around the world. There are three kinds of missions: Spot-it allows people to spot and share things around us; Sense-it links to the Android Sense-it app (available on Google Play) to capture data from any mobile device sensor; Win-it missions set science challenges.




Walking with African Wildlife

You can join Dr. Dave Druce and a team of researchers and staff in an ongoing survey of the 15 largest herbivores in the park, thereby contributing to a long-term database of population trends and supporting effective management and decision-making. This is a rare chance to walk through scenery most people only see from a Land Rover. In the evening, you’ll gather around the campfire under southern constellations to share the day's encounters.




Shark Conservation in Belize

To protect sharks and their habitat, we need to know where they spend their time. This study is the first of its kind—while we have evidence that sharks do better in marine reserves, we have no idea how long a decimated population will take to recover in a brand-new reserve. That’s one of the insights that will come out of this research. The scientists are also looking for insight into how well Belize's marine reserves foster sharks, so you'll help implant transmitters in sharks to track where they go. Essentially, researchers will know marine reserves are working if sharks spend more time inside their borders than outside.




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.




Qualitative Understanding of Ecosystem Services Tool

This will be a test run for gathering citizen science inputs on what ecosystem attributes are valued for contributing to cultural well being. Beneficiaries of these final ecosystem service attributes will be classified using the EPA''s Final Ecosystem Goods and Services Classification System (FEGS-CS). User engagements with nature as a particular beneficiary type doing a particular activity in a specified ecosystem type will be ranked and the contribution to their overall well-being assessed. Inputs will be used to generate heat maps of where cultural value is being generated by ecosystem services. User identified locations will also serve as geo-caches where other users can find things in nature that other community members value.




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.).




Investigating threats to chimps in Uganda

In the Budongo Forest Reserve in Uganda, fruit production by forest trees is mysteriously declining. As a result, chimps and other primates are raiding local subsistence farms. Dr. Fred Babweteera of the Royal Zoological Society of Scotland, along with graduate students from Makerere University, Kampala, is studying the foraging habits of primates and the pollination and fruiting cycles of fruit trees with the goal of developing new approaches to sharing resources between people and primates—and they need your help.




ReverseTheOdds

With our free mobile game, you can turn your mobile or tablet into a weapon against cancer. By playing Reverse The Odds, you’ll accelerate cancer research – and potentially help our scientists find new treatments faster.

The wonderful world of Odds needs your help to restore it back to its former glory. To do that, you’ll need to beat fun puzzles, earn potions and, most importantly, analyse cancer cell images on every level. It’s super simple.

Our scientists need you to join us. Together, we can seek out cancer’s weak spots, and unlock clues to kinder treatments today, for the people who’ll need them tomorrow.




myObservatory

myObservatory is an information management system useful with virtually any type of data. The platform allows users to easily implement and manage rigorous and exact data collection, even for casual and citizen users. The platform allows you to:

1. Identify your area of interest (anywhere on the globe) and map those locations using GIS mapping tools for easy reference

2. Harvest public information (such as local, regional, and global data)

3. Collect your own data through field observation tools, sensors, automatic location tagging, and customizable collection forms

4. Use quality assurance tools ensure data is valid as it comes in, with customizable tests bringing rigor to the data acquisition process
Multi-level user access control makes it easy to work with others

5. Share and collaborate with others about what you learn

Visit our site to sign up, or contact us if you have any special needs or questions! We have plans fitting every need, from $10/month and up, or we can work with you for a custom arrangement.




Tracking Sea Turtles in the Bahamas

The green sea turtle and the hawksbill sea turtle are in trouble. Even though the Bahamian government has made it illegal to catch them in the country’s waters, to save these endangered species from further decline, researchers need to ensure their habitats are protected from coastal development and climate change.




Yukon Marine Life Survey

The 2015 Yukon Marine Life Survey is now LIVE.

Ocean Sanctuaries now offers an opportunity for San Diego divers to contribute to a citizen science survey of the abundant marine life that has accumulated on the Canadian destroyer 'Yukon' since its sinking off the coast of San Diego to be an artificial reef in 2000.

15 years ago, in 2000, the City of San Diego in collaboration with the San Diego Oceans Foundation, purchased, cleaned and deliberately sank a 366 foot-long Canadian warship called the Yukon to act as an artificial reef and attract local marine life, a task at which it is been spectacularly successful.

In the 15 years that the Yukon has been sitting on the bottom off the coast of San Diego, it has attracted dozens of species of local marine life as well as a revenue-generating attraction for tourist divers from around the world.

The first scientific study of the marine life on the Yukon was undertaken in 2004 by Dr. Ed Parnell of Scripps Institution of Oceanography in collaboration with the San Diego Oceans Foundation. It utilized data gathered by local citizen science divers to generate an initial baseline study of the marine life species on the ship. 1

It too, will utilize local divers as citizen scientists to systematically gather data about the marine life species that have accumulated on the ship since 2004.

The Yukon lies in 100 ft of water and is considered an advanced dive and should not be attempted except by those who have the proper training.




SCARAB (Scientific Collaboration for Accessible Research About Borers)

This is a citizen science project to help track the spread of invasive beetles, such as the polyphagus shothole borer (PSHB), to better understand factors leading to their spread and how to manage them.




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.




Welsh Sea Watchers Project

The Sea Watch Foundation is looking to recruit enthusiastic individuals with a keen interest in Welsh whales, dolphins and porpoises to become part of the Welsh Sea Watchers project. The Welsh Sea Watches Project is a new initiative with that aims to develop a network of reliable volunteers throughout Wales to assist in data collection and further understanding and public awareness of the amazing cetacean species that can be seen off Welsh coasts. Volunteers will take part in a variety of tasks and gain experience in cetacean surveying and species identification, as well as public awareness work and social networking.
‘Sea Watchers’ will assist the Wales Development Officer and Sightings Officer in a number of tasks including but not limited to

• Organising and conducting regular land based watches for cetaceans

• Organising, attending and assisting during Sea Watch events

• Representing Sea Watch during public talks and school visits

The Welsh Sea Watchers project is an on-going project; volunteers may apply throughout the year. Due to the nature of the project, it is advisable that applicants are already resident in Wales, as accommodation cannot be provided.

Desirable skills/qualifications

• Background in education or marine biology

• Driving license and use of own car

Duration/minimum commitment
Welsh Sea Watcher volunteers should ideally be active all year around with a minimum commitment of 4 hours per month.

This is a flexible, part-time positions; volunteers are expected to organise their own time and work independently (with guidance from the Welsh Development Officer).




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.




River Instream Flow Stewards

The River Instream Flow Stewards program helps people to collect and use streamflow data in Massachusetts. RIFLS, as it is known, began in 2002 in response to concerns that many small streams were flow-stressed and that these impacts were not being documented. RIFLS staff work with partners to collect high quality streamflow data, to better understand the causes of unnatural streamflows, and to inform and support policy and actions that restore and maintain environmental flows.




Wisconsin 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.




Stream Team

The goals of Channelkeeper’s Stream Team Program are to collect and disseminate data to measure the health of local streams; identify and abate specific sources of pollution to these streams; measure trends or changes resulting from pollution prevention efforts; and foster environmental stewardship in our community by providing a rewarding outdoor volunteer opportunity for local citizens.

Stream Team is one of Channelkeeper’s longest running and most successful programs, which to date has educated and engaged more than 1,000 volunteers in helping us conduct monthly water quality sampling. Each month, Stream Team volunteers test common water quality parameters at at 47 stream sites in the watersheds of the Goleta Valley, Carpinteria Valley and Ventura River. Volunteers use portable meters to test in-stream parameters such as temperature, dissolved oxygen, pH, turbidity, and conductivity. In addition, samples are collected that are later analyzed in the laboratory for bacteria and nutrients. Visual observations such as weather conditions, algae coverage, water clarity, odors, and trash are also recorded on standardized datasheets. We follow rigorous Quality Assurance/Quality Control protocols that are based on a Quality Assurance Project Plan approved by the State Water Resources Control Board.

Our Stream Team data is used by government agencies to inform pollution prevention programs and water resource management decisions. We’ve identified numerous pollution hot spots and sources through Stream Team sampling and have worked cooperatively with the relevant government agencies to get these problems cleaned up. Our ultimate goal is cleaner, healthier water and a more environmentally responsible citizenry that is actively engaged in addressing the pollution problems plaguing our waterways.




Madison Stream Team

Since 2010, the Madison Stream Team has been collecting water quality data in the Madison Watershed to gain a better understanding of resource conditions, and to help direct future management decisions. To prepare for data collection, Stream Team members go through a one day technical training in early summer. Then, each member dedicates one day in July, August, and September to conduct monitoring on one of their assigned streams.

In all, the Madison Stream Team is responsible for collecting data on 7 streams in the Madison Watershed. This data is then used to inform the Madison Conservation District, and other local organizations, about the condition of the streams in the Madison. This helps these organizations to determine areas that may have room for improvement, and can help identify potential project sites for the future.




Butler County Stream Team

The Butler County Stream Team is a volunteer group that studies local water quality on the second Saturday of each month - March through November. We conduct two kinds of testing, chemical and biological.

Chemical- Volunteers collect water samples from set locations around the county from rivers and streams. The water samples are then tested by volunteers at our water quality lab for the following parameters: nitrates, total phosphorous, bacteria, conductivity, total dissolved solids, pH, turbidity. We are always interested in more interested citizen scientists helping with this lab work. It typically takes about 3 hours, on the 2nd Saturday each month.

Biological- In 2014 we started looking at benthic macroinvertebrates (AKA creek critters) to provide a fuller picture of the health of the water. This is conducted 2-3 times per year at specific sites within the county, although not on a set day.

Other happenings: We have numerous events both for education and of course for fun throughout the year. These include a data sharing potluck in February, kayak floats, trips to floating wetland projects and water treatment plants, and classes on macroinvertebrates and rain barrels.




Waccamaw River Volunteer Water Quality Monitoring

Water quality monitoring at multiple sites along the Waccamaw River in North and South Carolina. The project is a partnership between the Waccamaw Riverkeeper and the Waccamaw Watershed Academy. Multiple parameters including turbidity, nutrients, bacteria, DO, pH, conductivity, salinity, and temperature are measured at each site twice per month throughout the year.

The program is now entering its 9th year and we track all data online for a comprehensive look at changes and patterns. Data is also reported to local stakeholders and state regulators.

All sampling is completed by volunteers and the Waccamaw Watershed Academy helps to provide supplies and testing meters as well as volunteer training.




Volunteer Monthly Monitoring

At 6 am on the third Tuesday of the month, volunteers meet their partners at their assigned sampling locations. Volunteers collect a water sample in the sterile bottle provided and measure the water temperature and depth. Volunteers then deliver their sample and data sheet to the assigned drop-off location and collect materials for the next month's sampling event.




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!




Wissahickon Creek Watch Program

The WVWA is looking for a dedicated group of volunteers to help monitor the health of the Wissahickon Creek and its tributaries! The Citizen Scientists will be trained in water quality monitoring, primarily using visual assessments. Each volunteer is assigned a 1-­2 mile section on public land from the headwaters in North Wales to Fairmount Park. They will submit data for algae cover, animal observations, erosion, percent shade and a myriad of other indicators of stream health. Additionally, there will sub-­group of Creek Watchers known as the “Wading Team” that will take samples from the stream to determine the amount of nutrients, dissolved oxygen and water temperature. The WVWA held training sessions in July and monitoring will begin in August. The dates of the next training sessions are to be determined.




Grand Canyon Monitoring and Research Center

The U.S. Geological Survey's Grand Canyon Monitoring and Research Center (GCMRC) is the science provider for the Glen Canyon Dam Adaptive Management Program. In this role, the research center provides the public and decision makers with relevant scientific information about the status and trends of natural, cultural, and recreational resources found in those portions of Grand Canyon National Park and Glen Canyon National Recreation Area affected by Glen Canyon Dam operations.

Stipend offered, approximately $15.00 per sample.




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.




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.




Bat Watch

Bat Watch is a citizen science initiative to monitor bat populations over the long-term. Given the spread of White Nose Syndrome (WNS), a devastating disease that is killing bats during hibernation, monitoring bat populations is more important than ever. Since WNS has not yet reached British Columbia, assessing populations annually will allow biologists to detect drastic changes in populations providing an early detection of WNS. Anyone in British Columbia can participate in the BC Bat Count if they know of a roost sites of bats. This might be an attic, barn, shed, bat-house, cave or mine.




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.




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.




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.




Infinome

Infinome studies the relationship between genes and lifestyles.

Participants submit genetic information, health stats and behavioral data. By combining these three together, Infinome hopes to improve our understanding of what it take to maintain a healthy life.




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.




Exogen Bio - Understanding DNA damage in humans

Exogen Bio's citizen science study hopes to collect big data on the causes and consequences of DNA damage in humans. Join our citizen science study! Gain access to leading edge information about the health of your DNA while helping advance science.

Scientists have linked DNA damage and poor repair to some cancers, neurological diseases, premature aging, and many other serious diseases. You might be surprised to learn that your DNA is constantly being damaged and broken. DNA damage can come from exposure to environmental toxins or can also result from lifestyle choices like diet and physical exercise. Your level of DNA damage may also be a reflection of your personal genetics.

Scientists have developed the technology to measure DNA damage over a decade ago, but the procedure is lengthy and can be error-prone when done manually. Their studies typically have small sample sizes because of technological limitations. Exogen scientists (from the Lawrence Berkeley National Lab) have developed and refined novel high-throughput technology to automate and standardize the procedure for measuring DNA damage in human blood samples. With this technology in hand, we can collect the big data needed to map DNA damage in humans to lifestyle/environment and diseases so that we can promote a healthier DNA for everyone.




Health eHeart Study

The Health eHeart Study is the first of its kind - an electronic clinical research study that will gather long-term information about participants' health and behaviors with the latest technologies.

The goal of this study is to hone in on more specific predictors of heart disease by taking into account each person's unique profile in relation to our constantly evolving world.

We need people of all ages and from all backgrounds to tease out the reasons behind heart disease. The only criteria is that the participants are 18 years and older. We are looking to enroll up to 1 million participants worldwide.




A.T. Seasons

The A.T. Seasons project brings together different parks and organizations that are actively monitoring seasonal changes in plants and animals (phenology) along the Appalachian Trail. Using Nature’s Notebook or our customized mobile app observers at all levels will be contributing to a comprehensive dataset with the goal of understanding the relationship between phenology and climate change along the Appalachian Trail. Get Involved today!

A.T. Seasons is your opportunity to help track the unfolding of important life cycle events each year along the iconic Appalachian Trail, linking your observations with others from Georgia to Maine. By observing and reporting seasonal changes of plants and animals you will help build the foundation to understanding and protecting the scenic & natural beauty of the trail corridor.




Which English?

One of the oldest findings in the study of the mind is that children are better at learning languages than adults. But when you bring children and adults into the lab, adults are better at any language-learning task you give them. So whatever is happening, it happens at a very different timescale than what we can study in the lab.

In this project, we are taking advantage of the fact that different people start learning English at different ages -- anything from birth to old age. We are using the Internet to get a very broad sample of people who started English and different ages and have different first languages -- a much, much more detailed survey than has ever been attempted before.

To help you get a sense of what we're learning as the project progresses, we've added some machine learning to the quiz that tries to guess your dialect. As we get more participants, the guesses will get more sophisticated, including guessing whether your native language is English.

We are also building interactive infographics to describe the data as it comes in. You can find them on our blog. The first one is available now at http://www.gameswithwords.org/WhichEnglish/dialect_results.html




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.




Clean Air Council Climate Tracker

The Clean Air Council Climate Tracker, developed in partnership with Code for Philly, is developing mobile sensors that can be mounted to city buses and bikes and report pollution and climate-related in real time to be shared as Open Data, for use by app developers and researchers.

With this data being openly available, app developers can empower citizens to avoid areas of high pollution, while also demonstrating the local effects of climate change. Researchers will be able to use an unprecedented level of data to study the effects of climate change on microclimate.

This data will be linked with OpenTreeMaps to demonstrate trees' impact on microclimate, as well as quantify their capacity to mitigate the effects of climate change in an urban setting.




Disk Detective

NASA is looking at stars to find dusty debris disks, similar to our asteroid belt. Learning more about these stars can tell us how our Solar System formed. But computers often confuse these disks with other astronomical objects like galaxies and nebulae. We need your help to sort out what stars actually have these disks, so we can follow them up with other telescopes like Hubble and the James Webb Space Telescope.




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.




American Meteor Society - Meteor observing

Join the American Meteor Society community and contribute valuable and precise data relating to meteor shower and fireball observations. The AMS App allows witnesses of fireball meteors to log details about their observation using the mobile device. Sensors in the phone provide an accurate means to record the location of the observation as well as the azimuth and elevation values for the start and end points of the meteor. Using this data the AMS can accurately triangulate fireball meteors and plot their orbits to determine their celestial origins. The APP also provides a means to log observations from meteor showers. Simply start your observing session and then each time you see a meteor point to that place in the sky and swipe your finger on the screen in the direction the meteor traveled. Observation data is uploaded to the AMS website, available under your profile there and shared with the scientific community. The AMS App also provides a useful meteor shower calendar with star charts and moon conditions for all major and minor showers throughout the year.




Monitor Change: Fire Monitoring

Inspired by the USGS's Sam Droege (the man behind monitorchange.org), we have a couple projects to turn park visitors into a remote sensor network! It's simple: Put up a sign asking people to set their cameras or phones in an angle bracket, take a photo, and post it with a hashtag to Twitter, Instagram, or Flickr. Then we harvest the photos and create timelapse views of change over time.




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.




Our Radioactive Ocean

The release of radioactive contaminants from Fukushima remains an unprecedented event for the people of Japan and the Pacific Ocean. Help scientists at the Woods Hole Oceanographic Institution reveal the ongoing spread of radiation across the Pacific and its evolving impacts on the ocean.

Clarification for fundraising costs: shipping is about 20% of the cost, the majority being the cesium extraction steps in the lab, radioactivity detection and data processing, along with managing the web site and database.

There are 3 ways to support us:

1) Help us reach our goal by donating to sample an existing site. Simply click on "HELP FUND A LOCATION" and choose to support one of the many sites that are underway

2) Someone can propose a new sampling site. Click on "PROPOSE A LOCATION" and see what is involved. If accepted (we are trying to get spread of locations up/down coast), we as for a donation of $100 and we'll set up a fundraising webpage, add that page to our website, and send you a sampling kit once your goal of $550 to $600 has been reached.

3) We also seek funds for general capacity building and public education activities at CMER: http://ourradioactiveocean.org/support ($20 minimum donation)




The Cave Pearl Project

Early in 2011 I realized that open source micro controllers had the potential to replace expensive commercial sensor units with cheap & cheerful DIY equivalents. The project blog http://edwardmallon.wordpress.com/ is a record of my attempt to build a water flow sensor using Arduino micro-controller boards. The site is updated regularly with progress reports, and several generations of beta units are currently running in flooded caves. Once the logger passes these long term deployment tests, I plan to add more hydrology-related sensors.

The Cave Pearls have grown into a modular underwater logging platform, that is easy to assemble from preexisting components, which can be adapted to other environmental monitoring applications. The datalogger itself is open-source, with parts, code, build instructions, etc. available at: http://edwardmallon.wordpress.com/2014/10/07/the-diy-data-logger-v2-with-low-power-shut-down-capability/




Public Laboratory Remote Field Logger Electronics

Public Lab is working to make water quality information more accessible for communities everywhere. The Mystic River in Massachusetts flows from the Mystic Lakes in Winchester and Arlington, through Medford, Somerville, Everett, Charlestown and Chelsea, and into Boston Harbor, and has supported a long history of economic progress in one of the most densely populated urban areas of New England. Today, the Mystic faces serious water quality problems, shared by urban water bodies around the world: pollution from leaky sewer pipes, waste disposal sites; excessive nutrients and discharges of raw sewage; fuel hydrocarbons; and road salt. Portions of the watershed often fail to meet state bacteria standards for swimming and boating, and its Alewife Brook subwatershed is one of the most contaminated water bodies in Boston. The Mystic River watershed received a ‘D’ from the US EPA on its 2012 water quality report card.

Several organizations are engaged in water monitoring projects for the Mystic, but the high cost and ‘closed data’ nature of current technology severely limits the scope of current efforts, and makes data sharing difficult.

Our main focus at first is on developing open hardware alternatives to the current most common water quality monitoring sensors, which measure temperature, conductivity, and water depth.




Independent Generation of Research

IGoR facilitates scientific research by amateur scientists and science enthusiasts. Anyone (not just professional scientists) can propose their own research questions on the IGoR site. Then, other interested people can share ideas, skills, or time to address the question. In addition, a growing number of professional scientists have agreed to help answer users' questions about the users' research projects.

Some people may have science questions that they cannot answer on their own. Other people may have technical skills (e.g. electronics or microscopy, gardening or photography, and many others) that would be useful for addressing those questions. Still others may have the scientific training to design a sound study.

By working together and pooling skills and ideas, people of any experience level could carry out original, independent research. For example, do you want to decipher what scallops see with their bright-blue eyes? Do you wonder how mushrooms take shape? Or are you curious about how the plants in your garden behave? What do you want to discover?




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!!





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