Health & Medicine
Counter Culture Labs
Come help us build a new community lab for the East Bay, focused on DIY biology and citizen science. A place to explore, learn, work on fun projects, tinker with biology and other sciences. Open to biotech professionals, scientists, and citizen scientists of all stripes. Be part of our community of creative thinkers, hackers and mad scientists!
Project MERCCURI! Microbes in Space!
Update: Microbes collected for this project, by citizen scientists, will blast off to the International Space Station on March 30!
Project MERCCURI: Space Station Microbiome and Microbes in Space
Project MERCCURI is a collaboration of UC Davis/microBEnet with the Science Cheerleaders, Space Florida, Nanoracks, NASA, and SciStarter.com. There are three components to the project:
1) Space Station Microbiome. Collecting microbial swab samples from the International Space Station (ISS) and examining the microbial communities therein (via 16S sequencing)
2) Swabbing Sports and Space Events. Collecting swab samples around the country at sporting and other public events from cell phones, shoes, and various surfaces (e.g. keyboards, screens, railings etc.) These will be used for comparison to the ISS samples and for a look at microbial biogeography across a national scale. In collaboration with Jack Gilbert at the Earth Microbiome Project and the Science Cheerleaders who will be organizing and leading the sampling events.
3) Microbial Playoffs. A microbial growth competition on the ISS. A subset of samples collected at public events will be cultured at UC Davis and the “best” microbe from each environment will be sent to the ISS for a “microbial playoffs” competition via Space X on March 16th! Watch the live launch of Space X on NASA TV: http://www.nasa.gov/nasatv A duplicate of this experiment will be conducted on earth and the results compared.
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. However, opportunities for the public to get involved in such research has been limited. Now, American Gut gives you an opportunity to participate and to compare the microbes in your gut to those in the guts of thousands of other people in the US and elsewhere. American Gut is a project built on open-source, open-access principles. Our data are for the good of understanding and will be shared both with participants and with other scientists.
The Microbiome and Oral Health
Help researchers learn more about the normal bacteria in the mouth!
You may Qualify if you:
What is the Time Commitment?
Why Do Green Spaces Make Us Healthier?
WHY DO GREEN SPACES MAKE US HEALTHIER?
Many recent studies confirm that proximity to / interaction with green space and natural ecosystems correlates to positive health outcomes (Keniger et. al. 2013, Africa et. al. 2014, Sandifer et. al. 2015, Shanahan et. al. 2015 -- see esp. Sandifer et. al. Table 1) BUT NO ONE KNOWS WHY! The purpose of this project will be to compile crowdsourced research on the neurobiological / physiological aspects of human-green space interaction that promote wellbeing.
Phase 1: IDENTIFY CONTRIBUTING FACTORS
There are likely multiple aspects of natural ecosystems that promote human health. The first phase of this project involves identifying the different contributing factors. Specifically, the goal will be to gather articles, case studies, and other sources that identify and detail the contributions of each individual factor. These sources will be sorted into categories and culled so that the best representative articles / studies can be made available to project participants for further consideration.
Phase 2: CREATING SHARABLE SUMMARIES AND INFOGRAPHICS
The quickest way for this project to gain visibility and greater traction will be to translate the accumulating body of data into sharable visuals, such as infographics, and executive summaries. The help of participants who are skilled at condensing lots of different scientific information down into user-friendly written and/or visual summaries will be very welcome!
Phase 3: DETERMINE HOW CONTRIBUTING FACTORS INTERACT (ANY COMPUTER MODELING EXPERTS OUT THERE??)
The third phase of the project will involve combining all of the best available data on the different contributing factors into a computer model that can demonstrate how the different factors interact to promote positive neurobiological and physiological regulation, and how these, in turn, promote cognitive, emotional and psychological well-being.
Phase 4: APPLYING THE FINDINGS TO REAL-WORLD NEEDS
The final phase will be identifying ways to apply findings from the project to real-world needs and contexts. Once a better understanding of how ecological environments support human health is achieved, what should we do? How can this understanding be put to work in designing education programs, therapeutic interventions, natural and urban structures and spaces. What are the implications of the findings to fields such as global development, medicine, and ?
Ready to find out?? We look forward to working with you!
Africa, J., Logan, A., Mitchell, R., Korpela, K., Allen, D., Tyrväinen, L., Nisbet, E., Li, Q., Tsunetsugu, Y., Miyazaki, Y., Spengler, J.; on behalf of the NEI Working Group. Center for Health and the Global Environment at the Harvard School of Public Health, 2014.
Keniger, Lucy E., et al. "What are the Benefits of Interacting with Nature?." International journal of environmental research and public health 10.3 (2013): 913-935.
Sandifer, P. A., Sutton-Grier, A. E., & Ward, B. P. (2015). Exploring connections among nature, biodiversity, ecosystem services, and human health and well-being: Opportunities to enhance health and biodiversity conservation. Ecosystem Services, 12, 1-15.
Shanahan, D. F., Fuller, R. A., Bush, R., Lin, B. B., & Gaston, K. J. (2015). The Health Benefits of Urban Nature: How Much Do We Need?. BioScience, biv032.
$79 Dental Genome Kit
Why do some people get cavities and not others? What causes bad breath?
We send you a collection KIT which includes everything you need to sample your dental microbiome! Instruction card, swab/interdental brush, and a collection tube. Sampling never looked so fun and easy!
Find out what bacteria you have and in what proportions. Also see how you compare to others in our data set!
WHAT IS THE MICROBIOME AND WHY IS IT IMPORTANT?
We are all covered in trillions of bacteria on and in our bodies. These microbes are collectively called the microbiome. Like the rainforest, the healthy human microbiome is a balanced ecosystem. The correct balance of microbes keeps potential pathogens in check and regulates our immune system.
The dental microbiome has been linked to dental diseases such as periodontal disease, gingivitis, dental caries, and can even indicate more systemic ailments indirectly.
WHAT STUDIES HAVE ALREADY BEEN DONE?
Cavities develop as a direct result of an imbalance in an otherwise-stable, oral microbiome (Struzycka, 2014).
(Please note, that purchasing a kit does not mean you must partake in the study. You may opt out of our data set at any time and still receive information about which microbes inhabit your chosen dental site.
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.
What does it cost to take part?
What will the packs include?
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.
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.
Help scientists build a taxonomy of the world's faces!
Our goal is 10K faces. You can use your iphone or ipad to create a 3D selfie and send your facial data to the Facetopo database.
Facetopo is for adults faces. Users must be age 14+. Under age 18 must get parental approval to create a user account.
The purpose of this research is to work towards a biofeedback tool in assessing a person’s posture while sitting at a desk. Musculoskeletal Disorders (MSDs) such as Carpal Tunnel can be influenced by poor habits in front of a computer. Biofeedback for those who begin regressing to these bad habits could be beneficial at reducing the occurrence of MSDs. An important step in this biofeedback process is to train a classification system on what is ‘good’ and ‘bad’ posture. Gathering training data will allow us to discriminate between different sitting postures. We hypothesize that a classification system will be effective in providing feedback for sitting positions.
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.
Bertrand Might was the first patient to be diagnosed with NGLY1, but he is not alone. NGLY1 Researchers are racing to find clues in biomedical literature and need your help to uncover hidden links.
You mark up abstracts to help researchers find the right information faster, uncover new relationships between different fields of research, and generate/prioritize new hypothesis faster. Join us and help researchers find cures faster.
Experiment is a crowdfunding platform for scientific research. We want to allow anyone with a credit card to be a modern day patron of science.
Animal Ownership Interaction Study
Become part of a growing dog loving citizen science community – over 1,600 and growing – that will make a significant contribution to saving the lives of dogs. Register to anonymously participate in an online Study – the Animal Ownership Interaction Study - with Veterinarian behaviorist Dr. Nicholas H. Dodman, BVMS, DVA, DACVA, DACVB at the Tufts Cummings School of Veterinarian Medicine in research collaboration with James Serpell, Ph.D. at the University of Pennsylvania School of Veterinarian Medicine. This will be the largest owner-dog personality-behavior study ever conducted with a view to establishing once and for all how owner personality and psychological status affects a pet dog’s behavior.
Play to Cure: Genes in Space
Help researchers cure cancer.
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.
Transparency Life Sciences
Transparency Life Sciences is an open innovation drug company that crowd sources improvements to clinical trial protocols. Join TLS's network and improve drug development research by contributing your expertise or experience. Researchers, clinicians can help by making recommendations to clinical trial protocols or suggesting alternate uses for pharmaceuticals. Patients and families can help by making recommendations for protocols that fit their needs.
2) Indication Finder for researchers only, users can help identify potential new applications for stalled pharmaceuticals.
Health Data Exploration Project
Individuals are tracking a variety of health-related data via a growing number of wearable devices and smartphone apps. More and more data relevant to health are also being captured passively as people communicate with one another on social networks, shop, work, or do any number of activities that leave “digital footprints.” Self-tracking data can provide better measures of everyday behavior and lifestyle and can fill in gaps in more traditional clinical or public health data collection, giving us a more complete picture of health.
We at the Health Data Exploration project are creating a Network of innovators in PHD to catalyze the use of personal data for the public good. This Network will bring together companies, researchers, and strategic partners to strategize, coordinate, and experiment with using PHD to understand health.
We need the help of citizen scientists to take this project forward. How do you think personal health data can provide insights into health? What would make you more willing or less willing to share your own data? What concerns or suggestions do you have?
Synbiota Violacein Factory ScienceHack 1.0
What happens when you connect Synbiota’s (www.synbiota.com) Open Science science platform and Genomikon’s (www.genomikon.ca) synthetic biology wetware standards? A #ScienceHack!
Synbiota’s #ScienceHack is a real research event that connects people around the world to a common goal of solving problems with genetic engineering. A ScienceHacker's quest is nothing less than to engage in real scientific research alongside scientists around the world to solve big problems. This collaboration between Synbiota, Genomikon and YOU presents a paradigm shift in how science research is done as well as the efficiency and rate at which new scientific discoveries are made.
THE PROBLEM: Cancer and Parasites
Research can be slow and medicine can be expensive when it comes to fighting off illnesses. Fortunately, nature has given rise to some incredible creatures that can help.
Violacein is a natural purple compound made by soil-dwelling bacteria that live in the tropics (Chromobacterium violaceum) [Durán et al., 2007]. Violacein is the bacteria’s built-in defense, killing any amoebic creatures, like protozoans, that try to eat it.
But a major problem is violacein’s cost, weighing in today at $356,000.00 per gram. This price barrier is unacceptable, and lives are on the line.
Can we hack the pathway to Violacein production in order to dramatically decrease its cost and increase its global abundance? We think we can. Let’s prove it together.
SOLUTION: Violacein Factory
Using the "Genomikon: Violacein Factory" kit with the Synbiota platform, researchers around the world are working in parallel over the next two months to engineer a safe strain of E. coli so that it can make violacein on demand. These researchers are highschool students, undergraduate students, citizen scientists, traditional researchers, and anyone else who wants to get involved.
If through this Open Distributed Genetic Engineering Hack we can identify a DNA design and the experimental conditions that most effectively lower the cost of violacein by creating a strong yield, that would be a stunning scientific accomplishment. We are working towards it with participants across Canada, the US and Europe who have already taken part in this ScienceHack, and the list is growing. Perhaps you can help push us closer to success.
By bringing hundreds and eventually thousands of people together to work in parallel with the forces of Genomikon’s Violacein Factory and Synbiota's open science platform, we can try thousands of experimental combinations to arrive at the best genetic assembly for low-cost violacein production.
Will you join us on this challenge?
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
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.
Personal Genome Project
The Personal Health Genome is a global community interested in creating an open access database for genomic, trait and health data. In addition to genomic data, the project is interested in studying genome and environment interactions as well as other aspects of the human experience.
When it comes to our bodies, data abounds. We all have a blood pressure, weight, cholesterol levels, A1c, BMI, and more. We have risks, too. We might have or be at risk for cancer, or heart disease, or have a higher risk of experiencing a side effect of a medication or treatment than someone else.
In theory, this data can help us make better decisions about our health. Should I take this pill? Will it help me more than it hurts me? How can I reduce my risk? And so on.
But for individuals, it’s not always easy to understand what the numbers are telling us. And for those communicating the information – doctors, hospitals, researchers, public health professionals — it’s not always clear what sort of presentation will make the most sense to the most people.
That problem is the inspiration behind Visualizing Health, a project of the Robert Wood Johnson Foundation and the University of Michigan Center for Health Communications Research. This site contains 54 examples of tested visualizations – that is, graphic displays of health information that we’ve evaluated through research among the general public. Our objective was to create a gallery of beautiful and easy-to-make-sense-of graphs, charts, and images that effectively communicate risk information. Health data that makes sense.
Exploring a Culture of Health:Signal Detection
How can we harness data signals generated by our technology to improve health? US Davis in partnership with Ginger.io is tracking how smartphone apps might help patients with mental health disorders. LinkAges Connect is using smart meters to help seniors live interdependently, safely.
What are some ways you track your health? Does it affect your day to day choices? Do you have ideas for using existing technology or infrastructure to monitor or measure health? Leave a comment below.
Exploring a Culture of Health: Building Resilience
Traumatic early life experiences can alter brain development and increase the risk for psychological and physical health issues. Two independent organizations are developing innovative ways to help offset adverse childhood experiences (ACEs) and build resilience in these at risk populations.
How do you think your experiences have affected your health and development? What has helped you build resilience? Do you have other ideas about how the community can help prevent or address ACEs? Leave a comment below and help get the conversation flowing.
Exploring a Culture of Health: Visualizing Health
Health data can be confusing. Designing visuals for health data and risk information is a useful tool for communicating this information. But how best to design these visuals? Visualizing Health examines different ways to visualize data.
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.
Flip the Clinic
The traditional doctor’s visit is ripe for reinvention—both because it is such a valuable interaction, and because we know there are ways to make it better.
Our goal is not only to create a specific set of practices that will improve the medical encounter, but also to inspire others to invent new ways to get more out of the clinic visit, too.
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.
Patients Like Me
Patients Like Me is an opportunity for patients and medical experts to communication and improve healthcare. Individuals and experts can share and compare experiences such as treatments or symptoms. Individuals track their health, learn more about different treatments, or connect with individuals with similar conditions.
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.
Winnower is a new opportunity publish your scientific work.
Submission. Once you’re ready to publish your work with just a few simple clicks you can upload it to The Winnower website. It will be automatically formatted and open to read and review immediately.
Review. The paper can be reviewed by The Winnower community and authors are encouraged to gather reviews from their peers.
Revision. Based upon reviews received, papers will have the option of being revised. Previous comments will remain associated with the final publication.
Archival. Once the final version is posted your paper will be assigned a digital object identifier (DOI) and reviews will remain open for the duration of the papers life. Article-level metrics, including altmetrics and the reviews themselves will track the importance and accuracy of the paper.
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.
Penn Defibrillator Design Challenge
The Social Media and Health Innovation Lab at the University of Pennsylvania is currently holding a contest called the Penn Defibrillator Design Challenge (www.defibdesignchallenge.com). This project is an initiative at the intersection of public health and public art and is engaging the public to submit designs to surround an AED (Automated External Defibrillator). AEDs are life-saving devices used to shock the heart back to life during cardiac arrest, yet often go unnoticed by passers-by or are misunderstood as only being able to be used by medical professionals. In fact, the devices can be used by anyone and often make the difference between life and death for the cardiac arrest victim.
The first AED design installation launched the contest and is featured now in Philadelphia's iconic 30th Street Station. This design uses "Twitter furniture" spelling #AED to create a conversation space around the AED as well as a conversation space on social media. The below stories show more about the first installation.
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)
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 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.
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?
Problem: Scientific citations are frequently constrained by terms-of-use or within proprietary systems making it difficult to see connections in the literature.
Solution: OSF SciNet uses the open source Citelet extension to crowdsource a free, open, and comprehensive metadata dataset of scientific citations and corresponding references to unlock the citation network.
Impact: The dataset generated through this project will make it easier to see the connections in the scientific literature and to promote open science.
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.
Field Photo Library
A photo taken in the field helps scientists and citizens to document changes in landscape, wildlife habitats, impacts of drought and flood and fire, and so on. This Geo-referenced Field Photo Library is a citizen science and community remote sensing data portal, where people can share, visualize and archive field photos in the world. Users can upload, edit, query and download geo-referenced field photos in the library. All photos are also linked with satellite image series images (MODIS), so that people can see the changes over time.
NanoDoc is an online game that allows bioengineers and the general public to design new nanoparticle strategies towards the treatment of cancer. You’ll learn about nanomedicine and explore how nanovehicles can cooperate with each other and their environment to kill tumors. Best strategies will be considered for validation in vitro or in robotico. Are you ready to become a NanoDoc?
Marblar - Super Biotin
Marblar unleashes collective creativity on unused inventions. We post cool science from around the world & let you come up with clever ways to use it. Earn rewards, meet inventors, join startups.
We have found a way to link biotin to a variety of compounds using a bond that is resistant to enzyme degradation, while maintaining biotin's ultra-high affinity to streptavidin.
We’d love to hear what you could come up with in terms of specific applications for it! Given how widely used biotin is in biology, there must be a myriad of other applications out there we haven’t considered yet – can’t wait to hear what you come up with!
A great idea would:
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.
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.
Kinsey Reporter is a global mobile survey platform to share, explore, and visualize anonymous data about sex.
Reports are submitted via smartphone, then explored at http://KinseyReporter.org or downloaded for off-line analysis.
The Kinsey Institute is exploring new ways to record and describe people's sexual experiences worldwide. We are also exploring new ways for people to be connected while protecting their privacy. We hope to reach people with all kinds of different ideas, beliefs, and experiences, and who might be willing to report on sexual behaviors, regardless of who is involved and where it is observed. By using Kinsey Reporter, you contribute to research on human sexual behavior. We ask you to act ethically, in the role of a good journalist or "citizen scientist." Submit what is true and accurate to the best of your ability.
Ideally, you would submit a report within 24 hours of the event you are reporting. The report can be about yourself or someone else. It is all anonymous. Kinsey Reporter includes surveys about various sexual activities and other intimate behaviors. These surveys cover sexual behaviors and events, sexual health issues, violence reports, public displays of affection, and other unique behaviors and experience. A 'survey' in this case is a report of information shared by many individuals on a topic of interest; it is not based on a random or representative sample of a community or population.
To ensure that reported data is strictly anonymous, you can only select among the provided tags when answering a question. However, contact us to suggest new surveys, questions, or tags.
Interactive visualizations of the data are available on the KinseyReporter.org website. The anonymous data we collect is also publicly available to the community via an Application Programming Interface (API), documented on the KinseyReporter.org website. We welcome your feedback.
Kinsey Reporter is a joint project of the world-famous Kinsey Institute for Research in Sex, Gender, and Reproduction (KI) and the Center for Complex Networks and Systems Research (CNetS), both at Indiana University, Bloomington.
Dark Sky Meter
The Dark Sky Meter (available for iPhones) allows citizen scientists to contribute to a global map of nighttime light pollution.
The lite version is free and gives you a rough estimate of the night sky brightness.
The Pro version of 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.
Save the Tasmanian Devil
The Roadkill Project was launched in 2009 to help determine how significant the threat of roadkill mortality is to Tasmanian devil populations, particularly those populations already decimated by Devil Facial Tumour Disease (DFTD). The Roadkill Project aims to continue to monitor the threat of roadkill mortality and the spread of DFTD and to try to reduce Tasmanian devil roadkill. Involving the public helps to greatly extend our limited resources.
Anyone who is using Tasmanian roads can help by reporting any Tasmanian devil roadkill they see.
The Human Memome Project
We want to be able to find correlations between people's ideas, behaviours and aspirations (all of which we are calling memes) and their health, wellbeing and lifespan.
If we can find ideas, memes, behaviours and aspirations that could potentially increase health, wellbeing and lifespan we use this data to create an academic dataset, educational tools and further citizen science and quantified self practices.
We are not just interested in finding associations with increasing average lifespan, or reaching the current maximum lifespan, but finding ideas and behaviours that may be correlated with increasing maximum lifespan as well as maintaining mutual health and wellbeing.
The dataset will be analysed using inter-disciplinary methods including linguistics, bioinformatics, omics, statistics, machine learning, computational modelling, memetics.
We would like to get at least 1000 participants, and many ideas, behaviours and aspirations per person.
I am a PhD student who has so far funded this project personally to following my passions (longevity science, science outreach and empowering people to be healthy, happy and long lived). I would really appreciate if you could take part and share this project with your friends and family.
What we think and do effects how long we will live and could potentially live - let us work together to find the best thoughts and actions to create a better world!
Come join our ongoing BioPrinter community project!
Did you know you can print live cells from an inkjet printer? Companies like Organovo are developing ways to 3D print human tissues and organs. But the basic technologies are so accessible that we wanted to play around with them ourselves.
We've built our own functioning bioprinter from a couple of old CD drives, an inkjet cartridge, and an Arduino. We probably won't be printing human organs any time soon, but how about printing a leaf from plant cells? Or add a BlueRay laser to turn it into a miniature laser cutter to print "lab-on-a-chip" microfluidic devices. The possibilities are endless - it all depends where *you* want to take it!
Our community projects are open to anyone, and are driven entirely by whoever wants to show up and participate. This is a great opportunity to come check out BioCurious, and jump into some of the projects going on.
This project has something for everyone, whether it's hardware hacking. programming, Arduinos, microfluidics, synthetic biology, plant biology, cell culturing, tissue engineering - you name it! Everyone has something to learn, or something to teach.
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.
The People's Choice for Healthcare Delivery
Access to health care and the cost and safety of healthcare services are of critical interest to our country. Physicians and other professional care providers, and academic and community-based hospitals and clinics, are important partners in discovering the best methods to deliver care. Input from patients – the consumers of healthcare services – is also vital. Regenstrief Institute, Inc., an internationally recognized healthcare research organization affiliated with the Indiana University School of Medicine, is conducting an online contest, inviting submission of original ideas for improving the delivery of health care in the U.S. As an academic institution, we are particularly interested in the ideas of our next generation of young professionals and scientists. The winning idea will be selected by a panel of medical and community-based professionals and researchers, according to the following criteria: innovative idea with measurable impact for healthcare consumers; feasible to implement in the U.S. healthcare system within five years; and compatible with Regenstrief Institute’s mission to improve health through research that enhances the quality and cost-effectiveness of health care. The prize includes a trip for the winner to Indianapolis, Indiana for the idea kick-off at the Indiana University School of Medicine and Regenstrief Institute, Inc.
Librería Metagenómica del Ecuador
We are a group of scientists interested in exploring the potential applications of Ecuador’s unique biodiversity. As a first step, we are working to assemble and apply gene libraries collected from around the country.
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.
AirCasting is a platform for recording, mapping, and sharing health and environmental data using your smartphone. Each AirCasting session lets you capture real-world measurements, annotate the data to tell your story, and share it via the CrowdMap.
Using the AirCasting Android app, AirCasters can record, map, and share:
Using AirCasting Luminescence, these sensor streams can also be represented using LED lights.
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!
Beginning November 14 through the end of the year, students ages 13-18 around the globe are invited to participate in “Data Detectives”, an engaging web experience to learn about how Big Data will impact their lives and the world they will be inheriting.
Data Detectives is the student component of the Human Face of Big Data, a global crowdsourced project conceived by “Day in Life” series creator Rick Smolan. It aims to help people better visualize the ways big data is shaping our future on this planet, and includes a smartphone app, worldwide events, a large format illustrated book with an interactive iPad app, and a documentary.
The Data Detectives initiative invites students to answer questions, explore fascinating examples of how Big Data is changing their world, interact with real-time data and see how other students around the globe are impacted in similar and different ways.
There are cures for cancers buried in our data. Help us find them.
Cell Slider is the world’s first online platform that harnesses the collective force of the public to help beat cancer sooner. By examining tumour tissue samples and spotting cancerous cells, citizen scientists from all over the world can help us understand how well a patient will respond to different treatments.
There is a massive amount of data produced by clinical trials and large backlogs build up that can take our scientists years to analyse.
The most effective tool for analysing this data is the human eye – computers simply aren’t good enough at understanding the level of detail involved. With scientists dedicated to developing new treatments, we need more eyes on the data to spot the cancer cells.
The National Map Corps
The US Geological Survey (USGS) is recruiting volunteers to collect and update USGS geographic data. Similar to how other online crowdsourcing cartographic applications allow anyone to collect, edit, and use geographic data through an online map editor, the USGS has developed an online editor customized to our data needs that allows volunteers to contribute data to The National Map.
We are looking for people like you to work with us to collect data for the USGS. The data you will collect during this project will be loaded into The National Map. If you have access to the Internet and are willing to dedicate some time editing map data we hope you will consider participating!
You do not need to live in any particular area to participate. Our editing guidelines explain how you can contribute data from anywhere.
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.
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.
My Air, My Health HHS / EPA Challenge
How do we connect personal devices for testing and reporting of both air quality and linked physiological data? Such a system would enable not only high-resolution mapping of pollutant concentrations, but also support research and reporting of individual physiological responses related to the pollutant.
The U.S. Environmental Protection Agency (EPA) and U.S. Department of Health and Human Service (HHS) [National Institute of Environmental Health Sciences (NIEHS) and Office of the National Coordinator for Health Information Technology (ONC)] envision a future in which powerful, affordable, and portable sensors provide a rich awareness of environmental quality, moment-to-moment physiological changes, and long-term health outcomes. Health care will be connected to the whole environment, improving diagnosis, treatment, and prevention at all levels.
Up to four promising projects will win $15k each for their proposals, and one of them will go on to win $100k for the most effective solution.
Deadline: DEADLINE: 10/05/12
World Community Grid
Cutting-edge techniques allow scientists to conduct computer-based experiments that significantly accelerate research, allowing them to tackle ambitious projects that were previously unfeasible. But pioneering scientists often don’t have access to computers big enough to match their ambitions. World Community Grid harnesses spare power from your devices and donates it directly to these scientists.
Through the contribution of over 640,000 volunteers and 460 organizations, World Community Grid has enabled researchers complete the equivalent of thousands of years of work in just a few years and enabled important scientific advances in cancer treatment and solar energy. Without this support, a lot of this important science just wouldn't get done.
But there's still a lot more to do. We need your help! Join at http://www.worldcommunitygrid.org/index.jsp and start supporting critical humanitarian research today.
Citizens in Space
Citizens in Space, a project of the United States Rocket Academy, plans to fly citizen-science experiments on fully reusable suborbital spacecraft that are now being developed by US companies.
Citizens in Space has acquired an initial contract for 10 flights with XCOR Aerospace, the Mojave, California-based company that is developing the Lynx spacecraft. It expects to acquire additional flights from XCOR and other companies in the future.
Citizens in Space is currently training three astronaut candidates to fly as operators. It will select and train seven additional astronaut candidates over the next 12 to 24 months. Citizens in Space is also inviting citizen scientists to build 100 experiments to fly on those flights, which are expected to begin in late 2013 or early 2014.
In addition to the general call for experiments, Citizens in Space will offer a cash prize for certain experiments deemed to be of special importance.
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.
Temperature Blast is a Maryland Science Center C3 Citizen Science project designed to introduce participants to methods of studying climate. Citizen Scientists collect live and archive Weatherbug data from select stations in the Baltimore region to compare temperatures and log this data for scientists.
Scientists at the Baltimore Ecosystem Study then use this data to test models of temperature patterns across the city to aid in urban planning. This data illustrates the Urban Heat Island effect on the area, a phenomenon classified by temperature differences between a metropolitan area and more rural landscape nearby. An Urban Heat Island is not an effect of climate change, but rather of our activity shaping the environment around us.
Using either this website or our Smartphone application (available free of charge for both iPhone and Android) Citizen Scientists submit temperature data from six weather stations in the Baltimore region. The purpose of this is to collect a stream of simultaneous data from multiple sites in and around the metropolitan area. This data, along with first-hand location observations, will be used to understand the Urban Heat Island Effect in Baltimore.
Anyone with access to the Internet and/or a Smartphone can be a Citizen Scientist and participate in Temperature Blast!? While the data obtained from the program is relevant to the Baltimore metropolitan region, there is no geographic or age restriction for Citizen Scientists.
Genetics of Taste Lab
Welcome to a world where very small changes in a person's DNA can have a huge impact on how they perceive taste.
The community-based Genetics of Taste Lab at the Denver Museum of Nature & Science is now home to a new and groundbreaking population study! Findings from the study will contribute new insights into the possibility that there are more than just the five known tastes of sweet, sour, salty, umami (savory), and bitter. The focus for this study will be to learn more about people’s ability to taste fatty acids.
Assuming people can detect the taste of fatty acids, how does it happen?
The Genetics of Taste Lab is a unique venue for both research study participation and citizen science, connecting the community to real scientific research.
This research study is being conducted FOR the community and BY the community. Our scientific team includes citizen scientists, undergraduate interns, and Teen Science Scholars.
This two-year study is led by Nicole Garneau PhD and Richard Mattes PhD and made possible by a partnership between the Health Science and Visitor Programs Departments at the Denver Museum of Nature & Science and the Nutrition Science Department at Purdue University.
Discover the Microbes Within! The Wolbachia Project
The Wolbachia Project brings real-world biology research into high school and undergraduate classrooms to empower students with science.
The four core goals of this initiative are:
1. Engage citizen scientists in nature and real-world research
2. Encourage international participation in the collection of new scientific data on Wolbachia bacteria that live inside insects and other arthropods
3. Enhance interest in science through an integrative lab series spanning biodiversity to molecular biology
4. Give people an idea of what it's like to be a scientist.
In this integrative lab series, you will collect insects and other arthropods in your local area, identify the organism using an online key, extract DNA from the animal, use biotechnology techniques to test for the presence of Wolbachia bacteria in your samples. You will also be able to send your sample to a research institute that will sequence the Wolbachia DNA so you can do a bioinformatic / phylogenetic analysis of the Wolbachia symbiont.
EyeWire is a citizen science project aimed at mapping the neural connections of the retina. All you have to do is play a relaxing and absorbing game of coloring brain images!
In the game, participants reconstruct the tree-like shapes of the neurons in the retina. By tracing branches throughout images, you can help the computer develop 3-D reconstructions of the neurons.
Anyone can participate – you don’t need any specialized knowledge of neuroscience – and your contributions will help scientists understand how the brain functions. In addition, engineers will also use your input to improve the computational technology that powers the game. This will eventually lead to making software that can detect brain abnormalities that are related to disorders like autism and schizophrenia.
Home Microbiome Study
Humans shed about 1.5 million microscopic skin cells, and ten times as many bacterial cells, every hour. These cells are transferred to numerous surfaces in a home via touch. What type of biological impression are we leaving on our home environments? If you are moving to a new home soon, then we need your help to find out.
We are looking for 20 people (four individual bachelors or bachelorettes between 18-30, four couples between 25-65, and two families with couples between 35-45 and two children 15 years old or younger) to participate in our study. Those relocating within the Chicagoland area are preferred, but all are welcome to apply. Households with cats, dogs, or uncaged birds are not eligible.
The goal of this study is to collect and examine the unique biological material shed by individuals throughout the normal course of a day to determine how rapidly their unique community of bacteria - called a microbiome - is established in their new home environment.
This study examines microbiota associated with the hands, feet, and nose of each individual, as well as those present on the most-often used doorknobs, light switches, floors, and countertops. You collect the data! ***This material is collected using swabs every other day for two weeks prior to moving, and four weeks following a move into a new home.*** All collection and storage materials will be provided to you. The research team will also ask you to note your cleaning schedule and some basic information about guests and visitors to the home for one month after moving in.
The results of this study will demonstrate the way in which we interact with the living surfaces of our home, and the fundamental impact humans have on the composition of microbes in their houses. The experimental design allows for a detailed examination of variables that make up the home environment, such as temperature and moisture, and how they favor different types of microbes shed by the human inhabitants.
When someone collapses and stops breathing, an automated external defibrillator or AED can save their life. In Philadelphia, PA, a city with about 1.5 million people, AEDs are all around us. Near our homes, workplaces, and even grocery stores! Currently there is no comprehensive map and as a result AEDs are often not used when they are most needed. With the crowdsourced information we collect from our contest, we will build a map of AED locations in Philadelphia which can inform 911 services and the public.
There are three ways to play:
1. Find and photograph the most AEDs in Philadelphia County through Tuesday, March 27, 2012 and win the $10,000 grand prize. The team or individual that finds the most "confirmed," "eligible" AEDs by the contest end date will receive the grand prize of $10,000.
2. Be the first to submit a photograph of a "Golden"AED and win $50. We have identified between 20 and 200 AEDs in Philadelphia County as "Golden" AEDs. These are unmarked and you won't know it's a winner when you photograph it.
3. Want to help but not compete for a prize? Submit addresses of locations without AEDs or that you wish had an AED - this is just for fun and it will help us with our map.
Read the Scistarter interview with the lead researcher here: http://scistarter.com/blog/2012/01/spot-the-most-defibrillators-in-philly-win-10k/
The Flusurvey is an online system for measuring influenza trends in the UK.
In contrast to traditional surveillance methods, the Flusurvey collects data directly from the general public, rather than via hospitals or GPs. This is particularly important because many people with flu don't visit a doctor so don't feature in traditional flu surveillance.
Each week, participants report any flu-like symptoms they have experienced since their last visit. If you have no symptoms, this only takes a few seconds. We provide participants with regular updates on the epidemic, all the latest news and advice about flu.
This year, for the first time, we are coordinating with similar surveys in 9 other European countries, letting us monitor flu as it spreads across the continent. You can find out more on the "Join in" tab.
Research Assistant in Tropical Herpetology and Conservation Ecology
We are currently seeking research assistants to join our field team in Ecuador studying the conservation ecology of reptiles and amphibians.
While Ecuador is a relatively small country—it’s roughly the size of Arizona—it stands as the third most diverse country in the world for amphibians (510 species) and is seventh for reptiles (430 species), making it a herpetologically mega-diverse region. Due to the severe deforestation taking place in addition to many other pressures on Ecuador’s fauna, RAEI’s research program aims to study, document, and preserve these rich and unique communities of reptiles and amphibians found within the country’s diverse array of ecosystems.
As we are now in our 8th year working in Ecuador, we have study sites encompassing both the coastal forests in western Ecuador and the Amazon rainforest on the eastern side of the Andes Mountains. The work that research participants will be involved with will primarily consist of conducting night surveys for reptiles and amphibians (however other taxa such as invertebrates are also of interest), animal data collection, and lab work. Lab work consists of more detailed information such as scale counts (for reptiles) and other morphological information, animal measurements, screening for chytrid desease (amphibians), preservation (only when necessary), and acquisition of DNA samples. Diagnostic photographs of all animals are taken. Other tasks include animal handling and general note taking and data organization.
Science Hack Day
Science Hack Day is a 48-hour-all-night event that brings together designers, developers, scientists and other geeks in the same physical space for a brief but intense period of collaboration, hacking, and building 'cool stuff'. By collaborating on focused tasks during this short period, small groups of hackers are capable of producing remarkable results. Some Hack Days have a specific focus. There have already been very successful Music Hack Days and Government Hack Days. It's time for a Hack Day focused on science!
TuAnalyze is an application for recording and sharing measures of your diabetes. The application allows those touched by diabetes to track, share and compare their health information. Contributions will help advance diabetes care and public health response.
TuAnalyze is available to any TuDiabetes community member. The application supports sharing of diabetes information throughout the community and feedback of community-level diabetes information to users.
You can learn more about your diabetes by viewing information on your TuAnalyze app in the My Apps section of your profile. You can compare personal measures of your diabetes to community measures on the TuAnalyze map.
The TuAnalyze app is jointly developed by Children's Hospital Boston and TuDiabetes.
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.
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.
Master Watershed Steward
The Master Watershed Steward program trains citizens across the state of Arizona to serve as volunteers in the protection, restoration, monitoring, and conservation of their water and watersheds.
We all live in a watershed, also known as a drainage basin or catchment. Each watershed is defined by an area of land that drains water downhill into a common water body. The health of watersheds is especially impacted as our growing population, and thus our demand for natural resources, increases. Learning to look past political boundaries and view land as divided by natural boundaries helps us better manage resources as a complete, more sustainable system.
As a Master Watershed Steward you can help to improve the health of your watershed. The project's informative, research-based training will give you the knowledge to make better, more informed decisions related to your own land, community and watershed. Master Watershed Stewards are highly trained volunteers working closely with the University of Arizona Cooperative Extension and the Arizona Department of Environmental Quality. Stewards may come from a variety of backgrounds, but all have a passion for our environment! To become certified, Master Watershed Stewards participate in over 40 hours of course and field work to learn the basics of watershed science.
You work with community organizations including watershed partnerships and various state agencies to implement projects throughout Arizona to monitor, maintain and restore the health of our watersheds. Ongoing volunteer projects include: photopoint monitoring in the Tonto National Forest and Saguaro National Park, riparian assessments along urban and preserved corridors, outreach at Arizona Project WET Water Festivals, free private well testing and collaboration with NEMO to develop Watershed Based Plans.
The Master Watershed Steward Program is a partnership of the University of Arizona Cooperative Extension and the Arizona Department of Environmental Quality. Funding provided by the U.S. Environmental Protection Agency under the Clean Water Act and the Arizona Department of Environmental Quality's Water Quality Division.
Eye on Earth
Eye on Earth brings together scientific information on air and water quality with feedback and observations from millions of ordinary people. You'll be able to view air and bathing water quality for the majority of Europe as well as provide your own feedback.
Eye on Earth represents a partnership between Microsoft and the European Environmental Agency. It includes information on the water quality for more than 22,000 bathing sites throughout Europe. It also includes information on air quality for more than 1,000 air quality monitoring stations throughout Europe.
Over five years, the site will grow to include information on many other environmental topics and turn into a global observatory for environmental change. It will broaden the thematic spectrum of environmental information by integrating prominent environmental challenges of our times, such as ground level ozone and other forms of air pollution, oil sills, biodiversity, and coastal erosion.
Join the fun!
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!
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
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!
Mountain Watch: Adopt-A-Peak
Adopt-A-Peak volunteers agree to visit a peak or trail section in the Appalachian Mountains periodically during the growing season. Volunteers will help track long-term trends in plant flowering, fall foliage, and visibility conditions on the mountain they adopt.
Hikers are great resources for frequent reporting from remote areas that could not be observed otherwise. Adopt-A-Peak focuses our monitoring efforts on a specific location year after year. Volunteers are needed for forest and alpine flower monitoring from late May through August, but this effort intensifies in June, which is Flower Watch Month. Fall foliage monitoring can begin as early as September and go through the end of leaf drop.
Visibility is monitored on every visit by taking a photograph. Volunteers are encouraged to monitor both plants and visibility.
Individuals, school groups, outing clubs, flower groups: Adopt-A-Peak!
Mountain Watch: Visibility Reporting
By participating in Mountain Watch's Visibility Reporting, you become an important part of understanding how haze pollution affects mountain views and the recreational experience. Volunteers provide their opinion of whether visibility on a hike through the Appalachian Mountains, from Maine to Virginia, was "acceptable" or "unacceptable." These observations provide resource managers with information on the value of clear views to the hiking public.
Poor air quality in the eastern United States directly affects hikers and others who recreate outdoors. Haze pollution diminishes scenic views and can negatively affect respiratory and cardiovascular health.
Here is how you can help: Simply hike to your favorite vista along a trail in the Appalachian Mountains, take a photo from your viewpoint, and record your opinion of the view. Email your photo, and send in the data sheet.
It's that easy to contribute to real science that will help us understand how haze pollution affects mountain views.
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.
Chordoma Cancer Cell Lines Needed to Save Lives!
The mission of the Chordoma Foundation is to rapidly develop effective treatments and ultimately a cure for chordoma, while improving the diagnosis, treatment, and quality of life for people affected by this devastating bone cancer of the skull and spine.
Currently, no effective chemotherapies exist, and a lack of valid chordoma cell lines is preventing the development of new treatments. The Chordoma Foundation needs your help to assemble a panel of well-characterized chordoma cell lines that can be shared with researchers and companies across the world. Cell lines in this panel should represent the diverse set of clinical manifestations of the disease, including chordomas of the skull-base and spine from primary, recurrent, and metastatic tumors from adult and pediatric patients.
The Chordoma Foundation will award a $10,000 prize for each cell line that is determined by the Chordoma Foundation to meet the requirements listed in the Detailed Description and Technical Requirements. The prize will be made as an unrestricted award to your institution to be used for scientific and educational application. In return for the award, Solvers and their institutions are expected to grant rights to the Chordoma Foundation to freely use, store and distribute the cell lines for all research and development purposes. The terms of the grant of rights are included in the Challenge-Specific Agreement for this Challenge. If required by your institution, the Chordoma Foundation also will work with you to execute an appropriate material transfer agreement to govern sharing of your cell line.
Discover how to submit your cell lines in the Detailed Description and Technical Requirements for the Challenge.
Sound Around You Project
I am building a sound map of the world as part of a study into how sounds in our everyday environment make us feel. We need your help!
We’re asking people across the world to use our new iOS app on their iPhones or iPads (or any recorder) to record short clips from different sound environments, or "soundscapes"--anything from the inside of a family car to a busy shopping centre. Then we ask volunteers to comment on their soundscapes and upload them to our virtual soundscape map.
Recordings and responses will be analyzed by acoustic scientists, and significant findings will be reported on this website.
Sound Around You aims to raise awareness of how our soundscape influences us, and could have far reaching implications for professions and social groups ranging from urban planners to house buyers.
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.
Donate your DNA to science! If you have used genetic testing services such as 23andMe or Navigenics, you can offer your genetic data to DIYgenomics for a variety of medical studies.
DIYgenomics is now recruiting participants for its first study, which will examine the effect of a common mutation on vitamin B metabolism.
In a gene called the MTHFR gene, two small mutations prevent vitamin B9 (or folic acid) from being metabolized into its active form (folate). People who lack this form of vitamin B may develop nutritional deficiencies and symptoms associated with diabetes complications, including damage to blood vessels and nerves. Up to 60% of people may have some form of MTHFR mutation.
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.
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 2014 we are collecting your observations during all 12 months of the year! See the dates below and plan to get involved.
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.
The Genographic Project
The Genographic Project is a five-year 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 will create the world's largest survey of DNA samples to map how humankind populated the planet. This database will 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 take part in the project by purchasing a Genographic Project Public Participation Kit and submitting their own cheek-swab sample.
CureTogether is a worldwide health research project that brings patients and researchers together to find cures for some of the most painful, prevalent, and chronic conditions. Users anonymously track their own health care data, including medication schedules, symptoms, and treatment plans, and provide it other participants around the world.
By making aggregate health data available for analysis, CureTogether provides a conduit for citizens to work together to better understand their bodies, make more informed treatment decisions, and influence scientific research.