How Community Science Programs Drive Local Change: Social-ecological systems (SES) fundamentally represent the complex, dynamic, and constantly evolving relationships between human societies and their surrounding natural environment. These systems involve a variety of actors—local communities, institutions, scientists, policymakers, and nature itself. Resource units are not limited to just fish, timber, or other commodities, but can also include species, places, and elements that hold emotional, cultural, or spiritual significance for people. All these units are part of a larger resource system, encompassing both physical and biological aspects. The activities related to the use and conservation of these resources are governed by governance systems, which include rules, institutions, and social norms. At the heart of all this are the users, who are directly connected to these resources. The defining characteristic of SES is that all its subsystems constantly overlap and interact, and these interactions are never static.
Dialogue Across Boundaries and the Need for Boundary Spanning
The interactions within SES often occur at the boundaries between subsystems. To effectively and sustainably bridge these boundaries, boundary-spanning processes are crucial. Local contexts determine the form this bridge-building takes, but the core objective remains the same in every system: facilitating information exchange, improving communication, and enhancing decision-making. Several organizations play a vital role in this process, such as non-governmental organizations, government extension agencies, and various support or advocacy groups. These can be referred to as “boundary organizations.” Alongside these organizations, certain individuals also act as boundary spanners. These individuals bridge the gap between science, policy, and society, translating complex information into accessible language and contributing to better decision-making across different institutions.
Actors Bridging the Gap Between Science, Policy, and Society
Boundary spanning takes many forms—community engagement, academic outreach, public relations, and policy dialogue are prominent examples. These actors bridge the gap between science and policy, making complex socio-ecological systems understandable. Their work sometimes involves balancing issue-based activism with evidence-based interpretation. A boundary spanner’s personal motivations, experiences, and social background influence how effectively they communicate science to the general public. Therefore, understanding the context, attributes, and interactions of these individuals is crucial not only for better environmental governance but also for biodiversity conservation and the overall study of socio-ecological systems.
Community Scientists: An Overlooked Yet Influential Group
Within the context of boundary spanning, there is a group that is often overlooked—community scientists. These are volunteers who, despite lacking formal scientific degrees, actively contribute to science, conservation, and environmental management. Across the globe, they participate in everything from large-scale research programs to small, local projects. Their roles are diverse—from collecting data in the field to analyzing information online. This process was formerly called “citizen science,” but the term “community science” is gaining traction as it reflects a more inclusive and modern approach.
The Power of Place-Based Experience and Local Knowledge
When community scientists participate in projects related to their own region or community, they bring not only data but also unique knowledge derived from their place-based experiences. This knowledge stems from their daily lives, long-standing relationships with the local environment, and cultural understanding. Because of this, they possess an insider’s understanding of the socio-ecological system. Their participation enriches the scientific process and provides social capital and leadership for environmentally beneficial outcomes. In this study, community scientists are viewed as local volunteers working for scientific purposes within their community, allowing for a deeper understanding of the interactions present within their socio-ecological system (SES).
Multidimensional Benefits for Conservation, Policy, and Learning
The involvement of community scientists in SES research yields numerous benefits. Conservation policy and management gain more effective information tailored to the local context, while participants themselves benefit from learning and empowerment. Beyond data collection, these individuals share local ecological knowledge, allowing different forms of knowledge to intersect. This not only fosters a more comprehensive understanding but also values diverse voices. Many researchers now argue that environmental research should incorporate diverse perspectives, different knowledge systems, and multi-method approaches.
From Community Participation to Environmental Citizenship
Participation in science can transform people’s and communities’ relationship with nature. When people participate in aWhen communities contribute to a scientific understanding of their place, they develop a sense of stewardship and responsibility. This process fosters environmental citizenship, where communities begin to see themselves as guardians of their natural resources. This self-awareness profoundly influences behaviors, decisions, and outcomes within the socio-ecological system (SES). In this way, community science not only generates knowledge but also strengthens the relationship between people and nature.
The Need to Understand Community Scientists as Boundary Spanners
Although both boundary spanning and community science are crucial for sustainability and conservation, very little research has thus far examined community scientists themselves as boundary spanners. Most studies have focused on the roles of institutions, project organizers, or professional scientists. This article attempts to fill this gap by exploring how community scientists act as bridges across various boundaries—science, policy, society, and the environment. This perspective can open new avenues for the conservation and management of socio-ecological systems and demonstrates that local communities are not merely resource users but also active agents of change.
