Citizen science research has become a popular approach in youth education. Findings suggest that females are more motivated to learn from the project. Participation in the project slightly increased science interest, but not science efficacy. However, it did increase both political interest and efficacy.
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Biodiversity citizen science projects investigate, for example, which species of plants or animals exist in an area and how many individuals of each species live in that area. Such projects involve citizen scientists in identifying and monitoring biological diversity and collecting biodiversity data. With the help of citizen scientists, researchers can collect large amounts of such data that they would not be able to collect on their own. We wanted to know how citizen scientists benefit from their participation in biodiversity citizen science projects.
Citizen science has expanded rapidly over the past decade. As a result defining citizen science and its boundaries remains a challenge, and this is reflected in the literature—for example in the proliferation of typologies and definitions. There is a need for identifying areas of agreement and disagreement within the citizen science practitioners community on what should be considered citizen science.
The Formosa Case: A Step Forward on the Acceptance of Citizen-Collected Evidence in Environmental Litigation?
Through a case law analysis of the Formosa ruling, we explore how citizen-collected evidence influenced the judge’s ruling. Although the case has unique features, we identify lessons learned for other citizen-run monitoring initiatives, to strengthen their voice within environmental litigation. We close by suggesting future research avenues, especially in Europe, where the discussion is still in its infancy.
Can knowledge foster positive attitudes toward science in CS projects? Research on the public understanding of science has found that the relationship between attitudes toward science and general knowledge of scientific content is only small. We investigated whether this relationship and its direction is stronger in CS projects because these projects address specific knowledge such as wildlife ecology. Our findings indicated that citizens’ knowledge about wildlife improved their attitudes toward science later on.
Recent research suggests that citizen science projects see both valuable opportunities as well as deep-rooted barriers in linking their data to the SDGs.
A study conducted in Norwegian high schools revealed that citizen science activities have positive impacts on learning, pro-environmental and pro-science attitudes, interest in scientific and environmental-related topics.
The recent JRC report on Citizen Science Strategies and Initiatives in Europe highlights the different ways in which Citizen Science is supported and understood in Europe. The results of its survey show how Citizen Science is evolving and where the main barriers to its successful implementation lie.
Understanding what motivates people to take part in Citizen Science activities is important. While the reasons people give for getting involved vary greatly, research is starting to show interesting connections between the different drivers and demographics.
Assessments of impact in citizen science projects are rarely linked to specific indicators like impact on policies. MICS have created an impact assessment framework which is being used to underpin a software development involving both handcrafting and machine learning
Research into Citizen Science projects in the field of environmental epidemiology highlights the need for more effort in sharing information about collaborative processes