Scientific research isn’t just about laboratory work. With just a few quick photos or observations, anyone who is interested in working with others to improve their community can be a citizen scientist. 

Citizen science is a form of research that uses crowdsourced knowledge. This often involves community data-gathering for interpretation and use by researchers, which Stanford’s Our Voice citizen science research initiative refers to as citizen science “for” or “with” the people.

By contrast, their work, which focuses on health equity, enables citizen science “by the people” through engaging community members not only in data collection but also in analysis and use of their collective findings. The Our Voice method emphasizes collaboration with community-engaged researchers and community-based organizations to support residents in becoming agents of local change during their projects and beyond.

The team has found that their approach elicits critical local wisdom (in the form of data) that may not be accessible through traditional research methods. In many cases, data from citizen science projects can also be leveraged by the community itself to inform changes that are both relevant and sustainable.

Here are tips from Our Voice for engaging with and understanding citizen science:

1. Anyone can be a citizen scientist

Every person has valuable lived experiences that can inform research, educate others, and drive meaningful change. These lived experiences can include insights from daily activities, like picking up the kids from school or crossing a busy street.

Becoming a citizen scientist starts with recognizing that people already use observation in their everyday lives. An example is when you observe things that make it harder or easier to walk to your local community center. These observations, when combined with the observations of others, can help groups to identify high priority concerns that can be improved upon relatively easily.

Citizen science opportunities

Land Talk
Land Talk is a citizen science and environmental history project that collects and presents conversations with observers about changes outdoors over time in places they know well. The observers are usually older people who describe changes in a place they have observed for a long time, at least 20 years. Volunteers submit audio and/or video of their conversation with an observer, along with writing about the themes discussed during the conversation, and photographs or drawings of the changes through time. The goal is to provide an opportunity for conversations between generations, and a chance to learn from observers about changes they have seen.

Content from: Education & STEM Outreach in the Office of Community Engagement

Abuzz: citizen-based mosquito monitoring system
Worldwide, over 3 billion people are at risk of contracting mosquito-borne infectious diseases, such as malaria, dengue, and Zika. A simple recording of a mosquito’s buzz on a cellphone could contribute to a global-scale mosquito tracking map that addresses the public health crisis rapidly spreading across continents with devastating consequences. All that’s required to participate is a cellphone to record and submit the buzz of a mosquito, which means almost anyone from around the world can take part in this work.

Content from: Education & STEM Outreach in the Office of Community Engagement

Foldscope – the paper microscope
Bioengineering Professor Manu Prakash and his students have designed a paper microscope – the Foldscope – that can be assembled easily and inexpensively. The Foldscope beta instrument has been distributed all over the world. There are many kits to choose from, including individual kits and the Basic Classroom Kit, which includes 20 Foldscopes. Each Foldscope comes with a cellphone attachment module, a nylon carrying pouch, and a set of reusable paper and tape slides. The kit costs $35 plus shipping.

Content from: Education & STEM Outreach in the Office of Community Engagement

Folding@Home
Folding@Home is a distributed computing project. People from throughout the world download and run software to band together to make one of the largest supercomputers in the world to help calculate how proteins fold (or misfold). Every computer that participates brings the project closer to its goals.

Content from: Education & STEM Outreach in the Office of Community Engagement

Investigating ant colony searching
Join a citizen science project to investigate how ants work together, without a plan, to explore new areas. Replicate a simple, easy experiment with inexpensive materials that was done in microgravity on the International Space Station. In addition to instructions for running the experiment, this website includes a lesson to help students explore ants and their behavior, ask scientific questions, collect and analyze data, and develop explanations about ant colonies.

Content from: Education & STEM Outreach in the Office of Community Engagement

Land Talk
Land Talk is a citizen science and environmental history project that collects and presents conversations with observers about changes outdoors over time in places they know well. The observers are usually older people who describe changes in a place they have observed for a long time, at least 20 years. Volunteers submit audio and/or video of their conversation with an observer, along with writing about the themes discussed during the conversation, and photographs or drawings of the changes through time. The goal is to provide an opportunity for conversations between generations, and a chance to learn from observers about changes they have seen.

Content from: Education & STEM Outreach in the Office of Community Engagement

Abuzz: citizen-based mosquito monitoring system
Worldwide, over 3 billion people are at risk of contracting mosquito-borne infectious diseases, such as malaria, dengue, and Zika. A simple recording of a mosquito’s buzz on a cellphone could contribute to a global-scale mosquito tracking map that addresses the public health crisis rapidly spreading across continents with devastating consequences. All that’s required to participate is a cellphone to record and submit the buzz of a mosquito, which means almost anyone from around the world can take part in this work.

Content from: Education & STEM Outreach in the Office of Community Engagement

2. No observation is too small

The Our Voice team advises citizen scientists to err on the side of capturing more data – even what may initially seem insignificant. The team has found that when citizen scientists share their findings with other residents and discuss them together, the result is often more than the sum of its parts.

Through group discussions and analysis of collective experiences around specific local environments and settings, community members can meet other like-minded individuals and work together to broaden community impact. Community change comes from uniting together, and this type of process can also support new understandings and group connections.

Part of the Cascades Butterfly Project citizen science team poses on Sauk Mountain in Washington state. | Park Ranger, CC BY 2.0, via Wikimedia Commons

3. It’s a win-win for individuals and their communities

Citizen scientists often report gaining new knowledge about their communities, new ways of activating change, and new connections that they can carry into the future. Our Voice projects have not only led to changes in local life, such as better traffic safety or improved health programming; they have also led to increased community cohesion, policy-level change, and individual-level changes in feelings of agency and connectedness. 

The Our Voice team also has found that after completing an Our Voice project, citizen scientists may generate ideas for additional projects to address other issues that they deem important to their community.

One example of this phenomenon comes from a San Mateo County Our Voice project called FEAST, Food Environment Assessment using the Stanford Tool, which was initiated in 2013 by Stanford postdoctoral fellows Jylana Sheats and Sandra Winter. The initial FEAST project focused on barriers to food access in older, culturally diverse seniors living in San Mateo County. Then, during the next several years, this group of seniors initiated several more citizen science projects on their own, which focused on additional health and well-being issues, including pedestrian safety and senior affordable housing.

People scanning the cliffs for mountain goats for the High Country Citizen Science Project at Glacier National Park. | GlacierNPS, public domain, via Wikimedia Commons

4. Citizen science can contribute to better health care

The Our Voice team has found that citizen science can act as a “gateway” for communities to pinpoint important issues and identify relevant stakeholders to drive positive change. For example, the team has seen how this type of community-engaged citizen science can lead to improvements in health care delivery. 

A recent health clinic success story has been a project led by Holly Tabor of the Stanford Center for Biomedical Ethics at Stanford Medicine. The project is part of IDD-TRANSFORM, which strives to prioritize the perspectives and needs of adults with intellectual and developmental disabilities (IDD) across different aspects of health care. Through this work, individuals with IDD have been able to team up with caregivers and health care providers to collect data on what makes it harder or easier for people with IDD to have successful experiences with their health care provider or clinic.

Such efforts to bring together clinics and communities to advance a more comprehensive perspective on health is a priority area for Stanford Medicine’s Department of Epidemiology & Population Health, where Professor Abby King’s Health Equity Action Research & Technology Solutions (HEARTS) Lab and Our Voice are located.

5. Consider how involved you’d like to be

With projects in more than 25 countries, the Our Voice team notes that a key to their success is to let the community take the lead. 

This community-driven attitude allows a citizen science project to center the unique cultural contexts in which people live, as well as tailor their approaches to different levels of understanding of health equity. The Our Voice team also emphasizes the need for community-specific goals and methods to create effective and lasting change.

Often, citizen scientist data and the resulting analysis are handed over to people or groups in authority – what the Our Voice team refers to as citizen science “with the people,” which has led to important advances across a number of scientific fields. Our Voice works a bit differently by empowering community members to collectively analyze, interpret, and use their own data to drive change in partnership with decision-makers. That is what they mean by citizen science “by the people.” People interested in participating in citizen science should consider what kind of project they prefer, since all forms of citizen science are scientifically important and useful.

6. Citizen science works

Like other types of science, citizen science efforts should also be reviewed to assess how successful they are and can be. In the case of Our Voice’s innovative research method, it has received recognition at the local, national, and international levels, and the team has been awarded several major grants from the National Institutes of Health (NIH) to continue to evaluate the Our Voice method. Dozens of scientific publications have been generated from this participatory action research method, which can be found at the Our Voice website.

The team has been awarded a 2024 Stanford Human-Centered Artificial Intelligence (HAI) seed grant to pilot the use of artificial intelligence as a tool for generating ideas for positive change in communities. They are also exploring new ways of visualizing and analyzing Our Voice data in combination with more traditional “big data” sets as well as information from wearable sensors.

Our Voice is always on the lookout for new ideas and issues that can advance both the science and community impacts of this method, which then can be shared with communities both locally and around the world through the team’s Our Voice Global Network. So, keep an eye out for an Our Voice project coming to a community near you!

For more information

The above information about citizen science is from Our Voice members Jasmine Nevarez, Zakaria Doueiri, Ann Banchoff, Ines Campero, and Abby King, and Our Voice student interns.