Notes on Conservation Social Sciences

The Conservation Social Sciences: Scope, Purpose, and Frameworks

• Purpose of the paper: understand, articulate, and promote the role of social sciences in improving conservation practice and outcomes. It argues there is a knowledge void about the breadth, methods, and purposes of conservation social sciences, which hampers constructive engagement with conservation practitioners.
• Core claim: integrating human dimensions improves conservation by making policies and actions more legitimate, salient, robust, and effective.
• Key idea: conservation social science is not a single discipline but a family of classic, interdisciplinary, and applied subfields that study social phenomena, processes, and human-nature relations to inform conservation outcomes.
• Ten contributions framework (descriptive, diagnostic, disruptive, reflexive, generative, innovative, instrumental):
  • The social sciences can document and describe how conservation occurs across diverse contexts (descriptive).
  • They can diagnose why conservation succeeds or fails (diagnostic).
  • They can be disruptive by revealing inequities, power imbalances, or systemic issues (disruptive).
  • They provide reflexive insights into history, values, and ethics of conservation (reflexive).
  • They generate new ideas, models, and ways of thinking about conservation (generative).
  • They foster innovations in theory, methods, and practice (innovative).
  • They are instrumental to designing, implementing, and evaluating conservation actions and governance (instrumental).
• Relationship to other fields and terms:
  • Often overlaps with environmental social science and human dimensions of natural resources management (HDNRM).
  • Ties to environmental humanities and the broader social sciences and humanities as sources of theory, methods, and critique.
  • Emerging emphasis on social-ecological systems and co-production of knowledge to bridge science and policy.
• Goals of the review:
  • Provide a comprehensive reference guide to the conservation social sciences.
  • Clarify purposes and values to broaden uptake and legitimacy in conservation practice.
  • Encourage mainstreaming of social sciences in conservation by outlining fields, methods, and outputs.
• How to use these notes:
  • Use as a reference for understanding the breadth of conservation social sciences, their classic/applied/interdisciplinary roots, and their practical applications in policy and management.

The Social Sciences

• Classic vs. Applied: classic social sciences include sociology, anthropology, political science, geography, economics, history, psychology; applied social sciences include education, communication studies, development studies, and law.
• Humanities overlap: arts and humanities contribute critically to understanding social processes and conservation debates, often using similar theories and methods.
• Topics and units of analysis: social science topics cover markets, governance, culture, demographics, narratives, well-being, policy, law; processes include social organization, decision-making, marketing, and local development; individuals include values, beliefs, knowledge, motivations, perceptions, and behaviors.
• Multilevel scale: research can address issues from local to global; social phenomena can be studied at multiple scales simultaneously (e.g., macro policy changes affecting local decisions).
• Research objectives in the social sciences: understand, describe, theorize, deconstruct, predict, imagine, and plan. These objectives often overlap in practice.
• Research design considerations:
  • Collaboration: co-develop questions with communities or act at a distance for objectivity.
  • Methods: qualitative, quantitative, participatory, planning/forward-thinking, evaluative, spatial, historical, meta-analytical (see Table 1 for toolbox).
  • Methodological triangulation: using multiple methods and diverse perspectives to improve validity and breadth of insights.
• Methods toolbox (categories and examples):
  • Qualitative: interviews, focus groups, participant observation, discourse/textual analysis, document analysis, free lists, pile sorts, ethnographies, photo elicitation, institutional analysis, case studies, comparative analysis, image analysis.
  • Quantitative: surveys, economic valuation, cost-benefit analysis, modeling, lab/field experiments, physiological evaluation, scanner data.
  • Participatory: group facilitation (nominal groups, Delphi), community-based research (calendars, group ranking), participatory action research, arts-based methods (photovoice, participatory videography).
  • Planning/forward-thinking: back-casting, visioning, scenario planning, structured decision making, economic modeling.
  • Evaluative: monitoring & evaluation, randomized trials, synthetic counterfactuals, most significant change, process tracing, realistic evaluation; policy analysis; argument analysis; case analysis; statutory interpretation.
  • Spatial: GIS, historical GIS (HGIS), community-based mapping, 3-D mapping, transect walks.
  • Historical: archival research, landscape histories, oral histories, HGIS.
  • Meta-analytical: meta-analysis, systematic reviews, qualitative comparative analysis.
• Rationale for mixed methods: combining qualitative and quantitative approaches often yields richer, more robust conclusions and better supports policy relevance.

What are the conservation social sciences? (Overview of Scope)

• Definition: a subset of classic and applied social science disciplines focused on conservation or environmental management. Includes classic fields (environmental anthropology, psychology, economics, history, geography, sociology, governance) and applied fields (conservation communication, education, development, law).
• Interdisciplinary and bridging fields: political ecology, human ecology, ethnobiology, social-ecological systems, ecological economics, etc., draw from multiple disciplines to address conservation problems.
• Interdisciplinary environmental humanities can contribute to conservation by integrating humanities perspectives with sciences.
• Structure and categories used in the review:
  • 18 sub-fields of conservation social sciences are outlined and organized into three broad groups: classic, applied, and interdisciplinary.
  • The authors note that the boundaries between classic, interdisciplinary, and applied are blurred, and many projects blend fields.
• Multiscale and methodological considerations:
  • Social science can address individual, local, regional, and global scales.
  • Researchers can aim to understand, describe, theorize, deconstruct, predict, imagine, or plan (the latter two linked to policy and future scenarios).
• Research design considerations in conservation social science:
  • Collaboration choices (with communities, organizations, or from distance).
  • Choice of methods (as above).
  • Data analysis approaches; emphasis on triangulation and mixed methods to enhance validity and breadth of insights.
• Foundational ideas: the breadth of social theories (including non-Western and non-English traditions) should be engaged to enrich conservation science.

3. What are the conservation social sciences?

3.1 Classic conservation social sciences

• 3.1.1 Environmental Anthropology
  • Studies how culture mediates human-environment relationships across physical, biotic, built, and cognitive environments.
  • Sub-fields: archaeology, biological anthropology (e.g., primate conservation), linguistic anthropology (environment-language links), cultural anthropology (conservation dynamics).
  • Major method: ethnography (participant observation, interviews).
  • Evolution: from small-scale communities to linking local dynamics with broader political/economic forces since the 1990s.
• 3.1.2 Environmental Economics
  • Applies neoclassical economics to natural resources and pollution; focuses on incentives under scarcity.
  • Uses cost-benefit analysis to evaluate trade-offs between use and protection; supports valuation of ecosystem services and restoration investments.
• 3.1.3 Human-Environment Geography
  • Emphasizes spatial dimensions of human-environment relations across scales.
  • Contributions include mapping land use, park-people conflicts, boundary delineation, and funding/practice dynamics; uses both qualitative and quantitative methods.
• 3.1.4 Conservation and Environmental History
  • Explores origins and history of conservation, including injustices and management failures.
  • Uses historical data and digital tools like historical GIS (HGIS) to model past landscapes and inform restoration.
  • Highlights barriers to collaboration with ecologists (different thematic bases and methods).
• 3.1.5 Environmental Governance (Political Science)
  • Examines institutions, rules, policies, and norms shaping conservation outcomes.
  • Emphasizes local participation, monitoring, linkages among users, governments, and stakeholders for success.
  • Examines macro-scale governance questions and cross-border issues; addresses issues like free-rider problems and institutional fit.
• 3.1.6 Environmental and Conservation Psychology
  • Focuses on individuals' thoughts and behaviors about the environment; examines values, attitudes, norms, emotions, and behavior change strategies.
  • Methods include surveys and qualitative approaches; applications include anticipating responses to conservation actions and designing acceptable management strategies.
  • Calls for broader attention to non-cognitive and cultural-institutional influences on behavior.
• 3.1.7 Environmental Sociology
  • Studies how social contexts and structures influence environmental behaviors and how the environment shapes social life.
  • Looks at macro-level drivers (inequality, globalization, pricing, regulation) and micro-level drivers (lifestyles, networks).
  • Highlights the social construction of the environment and the environment's role in shaping social patterns.
• 3.1.8 Environmental Philosophy and Ethics
  • Explores intrinsic value, moral standing of non-human entities, and ethical implications for conservation policy.
  • Topics include wilderness concepts, sustainability, climate ethics, and animal ethics.
  • Provides normative analyses that inform empirical social science and conservation policy.

3.2 Applied conservation social sciences

• 3.2.1 Conservation and Development Studies
  • Investigates the trade-offs and interactions between conservation outcomes and development outcomes (poverty, livelihoods, equity).
  • Examines conditions under which win-wins are possible and when trade-offs occur; includes payments for ecosystem services, tourism, and livelihood approaches.
• 3.2.2 Environmental and Conservation Law
  • Studies legal frameworks, regulatory structures, enforcement, rights (including Indigenous rights), and governance mechanisms in conservation.
  • Analyzes why laws succeed or fail to protect ecological health and how laws can enable adaptive management.
• 3.2.3 Environmental and Conservation Education
  • Aims to cultivate awareness, ecological sensitivity, and pro-environmental behaviors.
  • Uses social science frameworks to understand audiences, design programs, and evaluate outcomes beyond ecological indicators.
• 3.2.4 Conservation Marketing
  • Adapts marketing to influence behaviors toward sustainability.
  • Emphasizes understanding target audiences, benefits exchange, and testing strategies via qualitative and quantitative methods (interviews, surveys, field experiments).
  • Bridges knowledge-to-practice gap by linking academia with field application.
• 3.2.5 Human Dimensions of Natural Resource Management (HDNRM)
  • Interdisciplinary approach focused on informing management of specific natural resources (marine, wildlife, forests, etc.).
  • Examples include wildlife stakeholder acceptance, potential for conflict indices, and broader application to marine ecosystems and global change.
• 3.2.6 Policy Sciences
  • A meta-theoretical framework for analyzing and intervening in policy processes.
  • Characteristics: methodological flexibility, emphasis on problem definition, and context-sensitive analysis.
  • Examples include carnivore conservation in North American West and endangered species recovery policy.

3.3 Interdisciplinary conservation social sciences

• 3.3.1 Political Ecology
  • Focuses on power relations shaping human-environment interactions; critiques traditional approaches and emphasizes equity and justice in governance.
  • Methods: predominantly case studies with qualitative and some quantitative approaches.
• 3.3.2 Science and Technology Studies (STS)
  • Studies how science, policy, and practice co-produce knowledge and outcomes; examines how values shape research and governance.
  • Highlights co-production, inclusion of non-academic knowledge, and governance implications.
• 3.3.3 Environmental Humanities
  • Trans-disciplinary field combining humanities with social and natural sciences to address uncertainty, ambiguity, and ethical questions in conservation.
  • Emphasizes how conservation concepts carry cultural histories and political consequences; aims to refine concepts and actions.
• 3.3.4 Ecological Economics
  • Treats the economy as a subsystem of ecosystems with biophysical limits; emphasizes irreversibility and non-substitutability of certain natural capital.
  • Distinguishes ecological economics from environmental economics by stressing environmental limits, distributive justice, and non-monetary values.

The Contributions of the Social Sciences to Conservation

• Box 1 (values and contributions of the conservation social sciences) identifies ten distinct contribution types:
  1) Descriptive: document and understand diversity of conservation practices across contexts.
  2) Descriptive/Diagnostic: learn about conservation challenges, practices, processes, successes, and failures.
  3) Diagnostic/Disruptive/Reflexive: critique and rethink why/how conservation occurs or should occur.
  4) Disruptive/Reflexive: interrogate underlying assumptions, concepts, and models in conservation.
  5) Generative/Innovative: imagine new concepts, practices, or models for conservation (e.g., culturally informed approaches or future-oriented thinking).
  6) Generative/Innovative/Instrumental: foster new conservation designs and governance approaches.
  7) Instrumental: improve management practices and governance processes; enhance stakeholder engagement.
  8) Instrumental: justify and normalize conservation actions; align with social values.
  9) Instrumental: improve ecological outcomes through better social, economic, and governance integration.
  10) Instrumental/Equitable: promote more socially equitable conservation processes and outcomes.
• The authors provide project examples for each value type (e.g., documenting conservation diversity, analyzing stakeholder participation, testing social marketing campaigns, evaluating education programs, etc.).
• Core proposition: social sciences can inform descriptive understanding, diagnostic evaluation, theoretical and methodological development, policy design, implementation, and governance improvements that collectively lead to more legitimate, legitimate, robust, and effective conservation.
• They emphasize the need for real-world case studies showing how social science has informed novel conservation solutions, as well as failures and lessons learned.
• The paper calls for better communication of social science results to policy and practice, including varied formats beyond traditional academic outputs (manuals, policy briefs, media engagement, public presentations, documentaries, and other experiential or artistic formats).
• Also, the ecological economics contribution: by identifying non-monetary values and the limits of substitutability between natural and man-made capital, ecological economics can improve policy choices toward sustainability and equity.

Conclusion: Engaging the Social Sciences to Improve Conservation

• The conservation social sciences are essential, not optional, alongside natural sciences for robust conservation decision-making.
• There is a need for broader knowledge of conservation social sciences among conservation professionals and funders, including more disciplines, theories, topics, scales, methods, and outputs.
• To increase impact, researchers should embrace interdisciplinary collaboration, knowledge co-production, and science-policy interfaces; clearly articulate management or policy implications; and improve the salience, credibility, and legitimacy of results.
• Communication should be diversified across formats and media to reach broader audiences beyond traditional academic venues.
• The authors advocate for more case-study documentation of both successes and failures in applying social science to conservation and for incorporating social, economic, cultural, and governance considerations into conservation planning to improve both social and ecological outcomes.
• Final message: ignoring social science insights undermines legitimacy and effectiveness of conservation; integrating multiple kinds of knowledge supports faster social learning and adaptive governance in a changing world.

Appendix: Key References and Concepts to Explore

• Foundational ideas cited: Leopold (1935/1966), Soulé (1985), Kareiva & Marvier (2012).
• Cross-cutting themes: social-ecological systems, co-production of knowledge, governance, justice/equity, and ethics.
• Notable methods and outputs highlighted: meta-analyses, systematic reviews, framework development (e.g., wildlife acceptance capacity, conflict indices), and mixed-methods approaches for robust decision support.

If you’d like, I can tailor these notes to a specific course module (e.g., Environmental Governance, Conservation Psychology, or Ecological Economics) or convert them into a printable PDF flashcard set.