Indigenous Knowledge and Western Science
- NOTOC**
Indigenous Knowledge and Western Science
Indigenous knowledge and Western science are often presented as opposing ways of understanding the world. Indigenous knowledge is commonly described as place-based, relational, experiential, intergenerational, and connected to cultural responsibilities. Western science is generally associated with formal experimentation, measurement, specialized disciplines, written publication, and institutional systems of verification.
These descriptions identify important differences, but they can also oversimplify both traditions. Indigenous knowledge systems are diverse, dynamic, and capable of observation, testing, classification, experimentation, and innovation. Western science is also shaped by culture, history, political institutions, funding priorities, and social relationships. Neither represents a single, unchanging body of knowledge.
Research increasingly examines how the strengths of different knowledge systems can inform environmental management, climate adaptation, health care, education, agriculture, disaster preparedness, and public policy. Successful collaboration depends not only on exchanging information but also on addressing authority, consent, ownership, reciprocity, and the historical effects of colonialism.
Different Ways of Knowing
Indigenous knowledge develops through long relationships among peoples, lands, waters, plants, animals, seasons, and spiritual or ethical responsibilities. It is frequently transmitted through oral histories, stories, ceremonies, languages, land-based practices, apprenticeship, and participation in community life. Knowledge may be held collectively, governed by cultural protocols, or restricted according to responsibility and context.
Western science generally seeks explanations that can be tested through standardized methods, replicated by other researchers, and communicated across locations. Its institutions divide knowledge into specialized fields and rely heavily on written records, quantitative measurements, peer review, laboratories, universities, professional organizations, and government agencies.
The distinction between the two systems is not absolute. Indigenous peoples have adopted and adapted outside technologies, while scientific institutions have long benefited from Indigenous observations, medicines, crops, classifications, and environmental practices. Both systems change through experience, debate, innovation, and contact with other societies.
A central question is therefore not whether one system is superior, but how knowledge is produced, validated, governed, and used. Classification itself can become political when institutions label Indigenous knowledge as informal, anecdotal, traditional, or useful only after it has been confirmed by Western science.
Indigenous knowledge is also more than a collection of environmental facts. It may include laws, values, ethics, identities, relationships, governance systems, spiritual understandings, and responsibilities to future generations. Removing individual observations from this wider context can distort their meaning and turn living knowledge into data for outside institutions.
Knowledge Braiding, Co-Production, and Two-Eyed Seeing
Several frameworks have been developed to support respectful engagement between knowledge systems. These include knowledge braiding, weaving, bridging, co-production, the Multiple Evidence Base approach, ethical space, and Two-Eyed Seeing.
Two-Eyed Seeing is commonly associated with using the strengths of Indigenous knowledge and Western knowledge together while avoiding the assumption that one must absorb or replace the other. The approach has been applied in fisheries, health research, water management, science education, engineering, computing, and environmental assessment.
Knowledge braiding similarly emphasizes relationships among distinct intellectual traditions. A braid is strengthened by bringing strands together, but the individual strands remain recognizable. The metaphor discourages the extraction of selected Indigenous observations for incorporation into an otherwise unchanged Western scientific system.
The Multiple Evidence Base approach treats Indigenous, local, and scientific knowledge as legitimate bodies of evidence that can develop independently before entering a joint process of comparison and learning. This differs from approaches that require Indigenous knowledge to be validated exclusively through scientific testing.
Co-production involves communities, researchers, and institutions jointly developing questions, methods, interpretations, and decisions. Meaningful co-production requires more than inviting Indigenous participants into a project designed elsewhere. Communities must be able to influence research priorities, determine what knowledge may be shared, govern data, interpret findings, and receive benefits from the work.
These approaches do not require all knowledge to be combined. Some information may be sacred, restricted, community-owned, or unsuitable for publication. Respectful collaboration includes recognizing when knowledge systems should remain distinct and when Indigenous communities do not consent to sharing particular knowledge.
Conservation, Climate, Fire, and Water
Indigenous knowledge has contributed significantly to biodiversity conservation and ecological understanding. Long-term observations can reveal changes in wildlife populations, migration, spawning, vegetation, weather, water, and ecosystem relationships that may not appear in short scientific studies. Indigenous classifications can also identify culturally important species and ecological relationships overlooked by conventional conservation categories.
Effective conservation partnerships recognize Indigenous peoples as governments, rights holders, land stewards, and decision-makers rather than merely sources of information. Programs are more likely to succeed when communities help define objectives, indicators, monitoring methods, management rules, and the use of collected data.
Climate adaptation is another important area of collaboration. Indigenous communities use seasonal indicators, environmental observations, customary institutions, agricultural practices, water-management systems, and intergenerational knowledge to respond to environmental change. When combined appropriately with meteorological forecasts, remote sensing, modeling, and hazard mapping, these practices can strengthen early-warning systems and disaster preparedness.
Climate research must also recognize that Indigenous vulnerability is often linked to colonial displacement, loss of land, restrictions on mobility, political exclusion, and disruption of cultural institutions. Adaptation cannot be reduced to technical measures without addressing sovereignty, rights, consent, and historical responsibility.
Indigenous fire stewardship demonstrates the practical importance of knowledge embedded in cultural practice. Cultural burning can create diverse landscape mosaics, reduce hazardous fuel, maintain habitats, support foods and medicines, and renew relationships between communities and land. Fire suppression policies that exclude Indigenous governance may increase ecological damage and weaken community resilience.
Water and marine governance provide further examples. Indigenous and local observations can contribute to watershed management, fisheries, reef monitoring, water-quality assessment, coastal planning, and the identification of ecological change. Equitable management requires shared authority, protection of cultural values, and recognition that water may be understood as a living relation rather than merely a resource.
Food Systems, Health, and Education
Indigenous food systems connect seeds, soils, water, plants, animals, cultivation, gathering, fishing, hunting, pastoralism, preparation, ceremony, language, and community governance. These systems can support biodiversity, dietary diversity, climate resilience, and locally adapted agriculture.
Community seed banks, agroforestry, traditional crops, water-conservation practices, and land-based food production offer important responses to climate change and industrial agricultural dependence. However, Indigenous food knowledge may be threatened by land loss, restrictive seed laws, environmental degradation, market pressures, schooling, language loss, and the commercialization of traditional plants without fair benefit sharing.
Indigenous approaches to health frequently understand physical, emotional, spiritual, community, cultural, and environmental well-being as interconnected. Traditional healing may include medicines, ceremony, relationships, land-based activities, collective identity, and the restoration of cultural continuity.
Collaboration between traditional healing and biomedical care can improve cultural safety and patient trust when it is guided by Indigenous communities. Problems arise when health institutions treat traditional therapies as isolated techniques, dismiss cultural explanations, or evaluate healing exclusively through biomedical assumptions.
Education is another major area of interaction. Including Indigenous knowledge in science, technology, engineering, and mathematics can improve cultural belonging, student engagement, retention, and understanding of local environments. Indigenous astronomy, ecology, mathematics, design, and technological practices demonstrate that scientific reasoning exists in many cultural forms.
Curriculum reform must avoid tokenism. Teachers should not extract stories or ecological facts from communities and present them without context, permission, or attribution. Effective programs involve Indigenous educators, knowledge holders, languages, local relationships, and community authority over how knowledge is taught.
Cross-cultural science education can help students move between different intellectual traditions without requiring them to abandon their identities. It can also teach all students that scientific institutions are culturally situated and that respectful inquiry includes ethical responsibilities as well as technical skills.
Data Sovereignty, Research Ethics, and Governance
Modern research increasingly depends on data collected from people, communities, lands, ecosystems, languages, and biological materials. For Indigenous peoples, data governance is connected to sovereignty and self-determination.
Indigenous data sovereignty is the right of Indigenous nations and communities to control how data about their peoples, territories, resources, cultures, and knowledge are collected, stored, interpreted, shared, and reused. This principle challenges assumptions that all research data should automatically be open or available without restriction.
The CARE Principles for Indigenous Data Governance emphasize Collective Benefit, Authority to Control, Responsibility, and Ethics. These principles complement technical data-management standards by asking who benefits from data, who has decision-making authority, what responsibilities researchers hold, and whether data practices respect community values.
Concerns are particularly important in genomics, artificial intelligence, data mining, environmental monitoring, and digital archives. Information can be removed from its cultural setting, combined with other datasets, commercialized, or used for purposes never approved by the community that provided it.
Ethical research therefore requires free, prior, and informed consent; community participation; transparent agreements; appropriate attribution; protection of sensitive information; long-term accountability; capacity building; and fair sharing of benefits. Consent should be treated as an ongoing relationship rather than a single form signed at the beginning of a project.
Research institutions must also recognize Indigenous laws and protocols. University ethics approval does not replace the authority of Indigenous governments, communities, or knowledge holders. Researchers may need to follow both institutional standards and community-defined rules.
Power, Colonialism, and Epistemic Justice
Collaboration between knowledge systems occurs within unequal historical and political conditions. Colonial governments and educational institutions often suppressed Indigenous languages, ceremonies, governance, healing, agriculture, and environmental practices. Scientific research sometimes contributed to this process by collecting knowledge, biological materials, artifacts, and data without meaningful consent or benefit to communities.
Epistemic injustice occurs when certain people are treated as less credible knowers or when institutions lack the concepts needed to understand their experiences. Indigenous knowledge may be ignored until it is translated into scientific language, published by non-Indigenous researchers, or separated from its cultural foundations.
Even projects described as integration can reproduce inequality when Western institutions control funding, research questions, methods, publication, and final decisions. Indigenous knowledge then becomes supplementary evidence while Western science remains the unquestioned standard.
More equitable relationships require institutions to share or relinquish control. This may involve recognizing Indigenous jurisdiction, supporting Indigenous-led research, funding community institutions, returning data and materials, protecting intellectual property, and allowing communities to determine whether collaboration is appropriate.
The goal is not simply to add Indigenous content to existing scientific systems. It is to transform the relationships through which knowledge is produced and used.
Conclusion
Indigenous knowledge and Western science can offer complementary insights, but productive collaboration depends on more than combining information. It requires respect for distinct knowledge systems, recognition of Indigenous sovereignty, protection of community rights, and attention to the power relationships surrounding research and policy.
Indigenous knowledge contributes to conservation, climate resilience, cultural burning, food security, water governance, healing, education, and scientific discovery. Western scientific methods can contribute measurement, modeling, experimentation, technological tools, and communication across institutions. Their strengths can be used together when communities participate as equal authorities rather than as sources of extractable data.
The most important lesson is that knowledge cannot be separated from relationships. Ethical collaboration is built through trust, reciprocity, consent, accountability, and long-term commitment. Indigenous peoples must retain authority over their knowledge, data, lands, and futures.
When these principles are respected, engagement between Indigenous knowledge and Western science can expand human understanding while supporting ecological sustainability, cultural continuity, and more just systems of research and governance.
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Core Debates and Knowledge-System Frameworks
A Systematic Literature Review on the Integration of Indigenous Knowledge Systems into STEM Education
Reviews recent scholarship on bringing Indigenous Knowledge Systems into STEM while identifying benefits, institutional barriers, and the need for community-led curriculum design.
The Challenges of Collaboration Between Indigenous and Scientific Knowledge Systems
| A. O. Ayeni et al. | Cogent Social Sciences | 2026
Examines practical and epistemological obstacles to collaboration, including power imbalances, differing concepts of evidence, and the risk of extracting knowledge from communities.
Integration of Indigenous Knowledge with Scientific Knowledge: A Systematic Review
| Enioluwa Jonathan Ijatuyi et al. | Environmental Science & Policy | 2025
Surveys how Indigenous and scientific knowledge have been combined in conservation, agriculture, health, and education, emphasizing equal partnerships and protection of community rights.
Knowledge, Mātauranga and Science: Reflective Learning from the Interface
| Caroline Saunders et al. | New Zealand Science Review | 2023
Reflects on how researchers trained in Western science can engage mātauranga Māori with humility, reciprocity, and respect for distinct intellectual traditions.
A Multi-Perspective Reflection on How Indigenous Knowledge and Related Ideas Can Improve Science Education for Sustainability
| Gloria Snively et al. | Science & Education | January 9, 2020
Brings together multiple scholars to consider how Indigenous epistemologies can broaden science education and support culturally grounded sustainability learning.
Traditional Ecological Knowledge in Innovation Governance
| David Ludwig | Innovation and Development | 2020
Examines how traditional ecological knowledge enters research and innovation systems and calls for governance that protects Indigenous authority and self-determination.
Weaving Knowledge Systems in IPBES, CBD and Beyond—Lessons Learned for Sustainability
| Maria Tengö et al. | Current Opinion in Environmental Sustainability | 2017
Identifies practical steps for mobilizing, translating, negotiating, synthesizing, and applying knowledge across Indigenous, local, and scientific institutions.
A Critical Review of Traditional Ecological Knowledge in Science Education
| Eun-Ji Amy Kim et al. | Canadian Journal of Science, Mathematics and Technology Education | 2017
Traces how traditional ecological knowledge has been defined in education and cautions against reducing diverse Indigenous knowledges to classroom content.
Overlapping Ontologies and Indigenous Knowledge: From Integration to Ontological Self-Determination
| David Ludwig | Studies in History and Philosophy of Science Part A | 2016
Moves beyond simple knowledge integration by examining conflicts among different understandings of reality and advocating Indigenous authority over ontological commitments.
Connecting Diverse Knowledge Systems for Enhanced Ecosystem Governance: The Multiple Evidence Base Approach
| Maria Tengö et al. | AMBIO | March 22, 2014
Proposes treating Indigenous, local, and scientific knowledge as separate but equally legitimate bodies of evidence that can jointly inform environmental decisions.
On the Role of Traditional Ecological Knowledge as a Collaborative Concept: A Philosophical Study
| Kyle Powys Whyte | Ecological Processes | 2013
Argues that traditional ecological knowledge is most useful as a framework for building ethical relationships rather than as a database of facts for outside researchers.
Indigenous Knowledge, Science, and Resilience: What Have We Learned from a Decade of International Literature on Integration?
| Erin L. Bohensky and Yiheyis Maru | Ecology and Society | 2011
Reviews a decade of attempts to combine knowledge systems and warns that technical integration can fail when institutions ignore power, trust, and cultural context.
Indigenous Ecological Knowledge and Modern Western Ecological Knowledge: Complementary, Not Contradictory
| Joseph Mugambi Maweu | Thought and Practice | 2011
Rejects the claim that Indigenous ecological knowledge is inherently opposed to modern science and highlights their complementary strengths.
Constructing Confidence: Rational Skepticism and Systematic Enquiry in Local Ecological Knowledge Research
| Anthony Davis and Kenneth Ruddle | Ecological Applications | April 2010
Calls for careful research design that respects knowledge holders while testing claims transparently and avoiding both dismissal and uncritical romanticization.
Indigenous Knowledge Practice and Science: What Is the Role of Development?
| Stephan Rist et al. | Society & Natural Resources | 2008
Analyzes encounters between Indigenous knowledge and development science and argues for dialogue that supports local autonomy rather than technical assimilation.
The Six Faces of Traditional Ecological Knowledge: Challenges and Opportunities for Canadian Co-Management Arrangements
| Nicolas Houde | Ecology and Society | 2007
Describes six interconnected dimensions of traditional ecological knowledge, from observations and resource management to ethics, identity, and cosmology.
Western Science and Traditional Knowledge
| Fulvio Mazzocchi | EMBO Reports | May 2006
Compares analytical Western science with more holistic traditional knowledge and argues that each can learn from the other without erasing their differences.
The Use of Indigenous Knowledge in Development: Problems and Challenges
| John Briggs | Progress in Development Studies | 2005
Reviews enthusiasm for Indigenous knowledge in development and warns that projects often decontextualize practices or treat communities as static repositories.
Indigenous Knowledge and Western Science: A Comparative Analysis
| Gloria Emeagwali | Africa Development | 2003
Compares assumptions, methods, and institutions behind African Indigenous knowledge and Western science, emphasizing historical interaction rather than isolation.
Indigenous Knowledge and the Politics of Classification
| Arun Agrawal | International Social Science Journal | 2002
Explores how labeling knowledge as Indigenous or scientific can serve political and administrative purposes while obscuring exchange between knowledge traditions.
Using Traditional Ecological Knowledge in Science: Methods and Applications
| Henry P. Huntington | Ecological Applications | October 2000
Outlines interview, mapping, observation, and collaborative methods for responsibly using traditional ecological knowledge in scientific research.
Traditional Ecological Knowledge: The Third Alternative
| Raymond Pierotti and Daniel Wildcat | Ecological Applications | October 2000
Presents traditional ecological knowledge as a rigorous alternative to a simple opposition between Western science and romanticized ideas of nature.
The Development of Indigenous Knowledge: A New Applied Anthropology
| Paul Sillitoe | Current Anthropology | 1998
Explains how applied anthropology can engage Indigenous knowledge while recognizing its changing, contested, and locally embedded character.
Dismantling the Divide Between Indigenous and Scientific Knowledge
| Arun Agrawal | Development and Change | July 1995
Challenges rigid distinctions between Indigenous and scientific knowledge and shows how both are shaped by social institutions, history, and political power.
Science and Other Indigenous Knowledge Systems
| Helen Watson-Verran and David Turnbull | Handbook of Science and Technology Studies | 1995
Shows that all knowledge systems depend on social organization, material practices, and methods for moving knowledge across places.
Knowledge Braiding, Co-Production, and Two-Eyed Seeing
Practices for Braiding Indigenous Knowledges and Western Sciences in Wildlife and Environmental Research
| E. Bowles et al. | People and Nature | 2026
Offers practical guidance on deciding whether, when, and how knowledge systems should be brought together while preserving Indigenous governance and intellectual integrity.
Braiding Traditional Ecological Knowledge and Western Science in Freshwater Social-Ecological Systems
| Ronald J. Maliao and Béla Tóthmérész | Environmental Evidence | October 14, 2025
Sets out a global systematic-map protocol for identifying methods that braid knowledge systems in freshwater planning, monitoring, assessment, and management.
Bridging, Braiding, and Weaving Indigenous and Western Knowledge Systems
| K. Chaulk et al. | Facets | 2025
Clarifies common metaphors for knowledge collaboration and discusses when bridging, braiding, or weaving may best reflect Indigenous partners’ intentions.
Uncovering Implicit Western Science and Indigenous Knowledge Assumptions in Climate Adaptation Planning
| S. Oh et al. | Journal of Environmental Studies and Sciences | 2024
Examines terminology and hidden assumptions in climate planning documents to reveal how Western scientific norms can dominate supposedly collaborative processes.
Two-Eyed Seeing as an Ethical Space of Engagement in Engineering and Computing Education
| Rafic Habash | Sustainable Horizons | 2024
Applies Two-Eyed Seeing to engineering and computing education, linking ethical engagement with sustainable development and curricular reform.
Toward More Ethical Engagements Between Western and Indigenous Sciences
| S. Stein et al. | FACETS | 2024
Critiques extractive research practices and offers principles for relationships in which Indigenous sciences are not treated as raw data for Western institutions.
The Role of Frames in Shaping the Representation of Local and Indigenous Knowledge in Scientific Texts
| R. Roos et al. | Frontiers in Climate | 2024
Demonstrates how scientific writing selectively represents community knowledge and argues for reflexive methods that reduce misinterpretation and epistemic injustice.
The Framing of Indigenous and Local Ecological Knowledge in Climate Research
| J. W. Dean et al. | Climate and Development | 2024
Analyzes how research frames Indigenous ecological knowledge and shows how wording can either support pluralism or reproduce assimilation.
A Values-Centered Relational Science Model
| Dominique M. David-Chavez et al. | Ecology and Society | 2024
Presents a relational model for research in which values, responsibilities, reciprocity, and community-defined benefit shape the entire scientific process.
Challenges and Successes of Using Two-Eyed Seeing to Teach Science at a Predominantly White Institution
| B. Bardwell et al. | The Canadian Journal of Native Studies | 2023
Describes a university science course that used Two-Eyed Seeing and reflects on student learning, instructor preparation, and the limits of classroom application.
Bridging Indigenous and Western Knowledge-Systems in Knowledge Co-Production with Amazonian Communities
| K. Weaver et al. | Climate and Development | 2023
Studies co-produced research with Amazonian Indigenous communities and assesses how institutional design affects trust, outcomes, and community benefit.
A Two-Eyed Seeing Teaching and Learning Framework for Science Education
Develops a teaching framework that uses the strengths of Indigenous and Western knowledge traditions without collapsing one into the other.
Two-Eyed Seeing: An Indigenous Framework to Transform Fisheries Research and Management
| Andrea J. Reid et al. | Fish and Fisheries | 2021
Applies Two-Eyed Seeing to fisheries science and argues that Indigenous leadership can transform research questions, methods, management, and accountability.
Supporting the Inclusion of Indigenous and Local Knowledge in Environmental Assessments
| Dominique A. Henri et al. | Sustainability Science | 2021
Identifies organizational changes needed to include Indigenous and local knowledge in assessment processes without forcing it into Western evidentiary categories.
How Is Etuaptmumk/Two-Eyed Seeing Characterized in Indigenous Health Research? A Scoping Review
| Sara I. G. Roher et al. | PLOS ONE | 2021
Reviews how researchers define and apply Two-Eyed Seeing, finding frequent inconsistency and emphasizing the need to center Mi’kmaw origins and community guidance.
Working with Indigenous, Local and Scientific Knowledge in Assessments of Nature and Nature’s Linkages with People
| Rosemary Hill et al. | Current Opinion in Environmental Sustainability | 2020
Synthesizes lessons from environmental assessments and outlines institutional practices for equitable knowledge mobilization and joint interpretation.
Using Two-Eyed Seeing to Bridge Western Science and Indigenous Knowledge Systems and Traditions
| R. Abu, P. Reed, and D. Jardine | International Journal of Water Resources Development | 2020
Shows how Two-Eyed Seeing can guide water research by checking evidence across knowledge systems while respecting community protocols.
The Need for Transformative Changes in the Use of Indigenous Knowledge Along with Science for Environmental Decision-Making in the Arctic
| Helen C. Wheeler et al. | People and Nature | 2020
Calls for Arctic decision systems to move beyond consultation toward shared authority, long-term relationships, and Indigenous-led knowledge governance.
Making Room and Moving Over: Knowledge Co-Production, Indigenous Knowledge Sovereignty and the Politics of Global Environmental Change Decision-Making
| Nicole Latulippe and Nicole Klenk | Current Opinion in Environmental Sustainability | 2020
Argues that meaningful co-production requires Western institutions to relinquish control and recognize Indigenous jurisdiction over knowledge and decisions.
Informing Decision-Making with Indigenous and Local Knowledge and Science
| Helen C. Wheeler and Meredith Root-Bernstein | Journal of Applied Ecology | 2020
Compares approaches for using Indigenous, local, and scientific knowledge in decisions and recommends processes that preserve plurality and accountability.
Negotiating Indigenous Knowledge at the Science-Policy Interface
| Sibyl Diver | Environmental Science & Policy | 2017
Uses collaborative river management to show how Indigenous nations negotiate knowledge, sovereignty, and institutional authority at science-policy boundaries.
Two-Eyed Seeing in Medicine
| Nicole J. Struthers et al. | Canadian Family Physician | March 2015
Discusses how clinicians can draw on Indigenous and biomedical perspectives while avoiding tokenism and maintaining patient and community authority.
A Multiple Evidence Base Approach for Equity Across Knowledge Systems
Explains a practical framework in which Indigenous, local, and scientific knowledge generate evidence independently before entering a joint learning process.
Two-Eyed Seeing: A Framework for Understanding Indigenous and Non-Indigenous Approaches to Indigenous Health Research
| Debbie Martin | Canadian Journal of Nursing Research | 2012
Uses Two-Eyed Seeing to compare health-research traditions and proposes a framework for more respectful and useful partnerships.
Two-Eyed Seeing and Other Lessons Learned within a Co-Learning Journey of Bringing Together Indigenous and Mainstream Knowledges
Introduces lessons from a long-running co-learning journey and explains Two-Eyed Seeing as using the strengths of both knowledge traditions together.
Biodiversity, Conservation, and Wildlife Management
Why Cultural Keystone Species Must Be Defined by Indigenous Peoples
| Indigenous Australian authors and collaborators | npj Biodiversity | July 2026
Argues that definitions of culturally important species must reflect Indigenous concepts of Country, kinship, responsibility, and knowledge rather than externally imposed conservation categories.
Indigenous Peoples and Local Communities as Agents of Transformative Biodiversity Conservation
| Victoria Reyes-García et al. | Communications Earth & Environment | 2026
Highlights Indigenous and local communities as active drivers of conservation and calls for governance that recognizes rights, land tenure, and knowledge authority.
A Global Biodiversity Use Data Infrastructure Acknowledging Indigenous Peoples, Local Communities, and Afro-Descendants
| C. J. Pankararu et al. | npj Biodiversity | 2026
Proposes data standards for biodiversity-use records that include community attribution, language, consent, traceability, and ethical governance.
Indigenous Knowledge Systems Paired with Western Science Strengthen Ecosystem Approaches to Forage-Fish Management
| Indigenous and fisheries-science collaborators | Fisheries | June 24, 2025
Shows how Indigenous governance, observations, harvesting practices, and scientific tools can jointly improve ecosystem-based management of forage fish.
Understanding Indigenous Knowledge of Conservation and Stewardship
| S. Maracle et al. | Journal of Agriculture, Food Systems, and Community Development | 2025
Explains the relational foundations of Indigenous conservation and warns against extracting isolated facts for incorporation into Western management.
Simulated Biodiversity Hotspots from Traditional Ecological Knowledge and Scientific Metrics
| K. J. M. Dahlin et al. | Communications Earth & Environment | 2025
Shows that conventional hotspot metrics can miss dimensions of biodiversity valued by Indigenous communities and advocates plural criteria for conservation priorities.
Making Room for Meaningful Inclusion of Indigenous and Local Knowledge in Global Assessments
| M. Huambachano, G. R. Soto, and T. H. Mwampamba | Ecology and Society | 2025
Draws on IPBES experience to show how global assessments can move beyond symbolic participation toward community-defined values and substantive authority.
Bridging Indigenous Knowledge Systems and Western Science in Canadian Wildlife Management
| J. Nishima-Miller et al. | Environmental Reviews | 2025
Systematically reviews Canadian wildlife cases and finds that effective knowledge bridging depends on Indigenous participation throughout decision-making and implementation.
A Review of Indigenous Approaches for Urban Ecological Restoration
| E. Walker et al. | Humanities and Social Sciences Communications | 2025
Reviews Māori and other Indigenous approaches to restoring urban ecosystems and emphasizes partnership, governance, and cultural relationships with place.
Worldview Violence and Non-Human People in Conservation
| J. Gonet | Ecology and Society | 2024
Warns that conservation partnerships can harm Indigenous knowledge systems when Western institutions refuse relational concepts of non-human personhood and responsibility.
State of Traditional Ecological Knowledge in the Wildlife Management Profession
| T. J. Werdel et al. | Journal of Wildlife Management | 2024
Traces how wildlife management has used traditional ecological knowledge and recommends stronger professional standards, education, and Indigenous partnerships.
Traditional Ecological Knowledge and Its Role in Biodiversity Conservation: A Systematic Review
| N. I. Sinthumule | Frontiers in Environmental Science | 2023
Reviews global evidence that traditional ecological knowledge supports species protection, habitat stewardship, and community-based conservation.
Toward a Pluralistic Conservation Science
| Graeme S. Cumming et al. | Conservation Letters | 2023
Calls for conservation science to recognize multiple legitimate ways of knowing and to create institutions capable of negotiating differences fairly.
First Peoples’ Knowledge Leads Scientists to Reveal Australian Fairy Circles
| Fiona Walsh et al. | Nature Ecology & Evolution | 2023
Demonstrates how Aboriginal knowledge helped reinterpret patterned vegetation that Western researchers had previously explained without sufficient local evidence.
Environmental and Socio-Cultural Impacts of Glyphosate-Based Herbicides Through Indigenous and Western Knowledge
| H. Patterson et al. | Frontiers in Conservation Science | 2023
Uses Indigenous community knowledge and scientific literature to identify ecological, cultural, and health research gaps around forestry herbicide use.
Contributions of Indigenous Knowledge to Ecological and Evolutionary Understanding
| Tyler D. Jessen et al. | Frontiers in Ecology and the Environment | 2022
Uses examples across species and ecosystems to show how Indigenous knowledge expands ecological baselines, hypotheses, and evolutionary interpretation.
Inviting Ecologists to Delve Deeper into Traditional Ecological Knowledge
| Zsolt Molnár and Dániel Babai | Trends in Ecology & Evolution | 2021
Encourages ecologists to move beyond harvesting isolated observations and engage the cultural, ethical, and institutional dimensions of traditional knowledge.
Science Must Embrace Traditional and Indigenous Knowledge to Solve Our Biodiversity Crisis
| Edwin Ogar, Gretta Pecl, and Tero Mustonen | One Earth | August 21, 2020
Argues that biodiversity science must form rights-based partnerships with Indigenous peoples and treat their knowledge as equally valid rather than supplementary.
Indigenous and Local Knowledge Systems in Wildlife Conservation
| Yale Tropical Resources Institute | Tropical Resources | 2020
Critiques narratives that treat Indigenous knowledge as inferior or merely useful to Western science and reviews ethical approaches to wildlife research.
A Review of Indigenous Knowledge and Participation in Environmental Monitoring
| Kimberly L. Thompson, Trevor C. Lantz, and Natalie C. Ban | Ecology and Society | 2020
Reviews environmental-monitoring programs and finds that participation is most meaningful when Indigenous communities shape objectives, indicators, and data use.
The Value of Traditional Ecological Knowledge for Environmental Health Sciences and Biomedical Research
| S. Finn et al. | Environmental Health Perspectives | 2017
Explains how traditional ecological knowledge can identify environmental exposures, health pathways, and locally meaningful research questions.
How Accurate Is the Local Ecological Knowledge of Protected-Area Practitioners?
| Carly N. Cook et al. | Ecology and Society | 2014
Compares practitioner knowledge with ecological datasets and discusses when local expertise can reliably inform conservation decisions.
Indigenous Ecological Knowledge as Social Capital
| K. Kar Gupta | Nature Precedings | 2009
Argues that Indigenous knowledge contributes not only to local management but also to fundamental scientific discovery and society’s collective ecological understanding.
Trends and Prospects for Local Knowledge in Ecological and Conservation Research and Monitoring
| Ryan K. Brook and Stéphane M. McLachlan | Biodiversity and Conservation | 2008
Reviews increasing use of local knowledge and identifies methodological, ethical, and institutional issues for conservation research.
Can Local Ecological Knowledge Contribute to Wildlife Management? Case Studies of Migratory Birds
| Grant Gilchrist, Mark Mallory, and Flemming Merkel | Ecology and Society | 2005
Tests Inuit observations against scientific information and shows how long-term local knowledge can identify ecological changes missed by short studies.
Traditional Knowledge in Social-Ecological Systems
| Carl Folke | Ecology and Society | 2004
Explores how traditional knowledge supports adaptive management, learning, and resilience in long-term human relationships with ecosystems.
Combining Science and Traditional Ecological Knowledge: Monitoring Populations for Co-Management
| Henrik Moller et al. | Ecology and Society | 2004
Compares community observations and scientific monitoring, showing how their combined strengths can improve customary wildlife management.
Synergy Between Traditional Ecological Knowledge and Conservation Science Supports Biodiversity
| Fikret Berkes et al. | Conservation Ecology | July 16, 2003
Uses a community-conservation case to show how traditional and Western knowledge can jointly sustain biodiversity and ecosystem services.
Traditional Ecological Knowledge in Environmental Assessment and Management
| Peter J. Usher | Arctic | 2000
Clarifies what traditional ecological knowledge includes and how it can be used in environmental assessment without reducing it to anecdotal information.
Rediscovery of Traditional Ecological Knowledge as Adaptive Management
| Fikret Berkes, Johan Colding, and Carl Folke | Ecological Applications | 2000
Shows how traditional ecological practices function as adaptive management through monitoring, feedback, experimentation, and institutional memory.
Climate Change Adaptation and Disaster Risk Reduction
Indigenous Peoples’ Knowledge Systems and Practices for Climate Resilience
| S. S. Sangat et al. | Humanities and Social Sciences Communications | 2026
Examines how observation, values, customary practices, and intergenerational learning shape Indigenous responses to climate impacts.
Traditional and Indigenous Knowledges for Disaster Risk Reduction
| United Nations Office for Disaster Risk Reduction | UNDRR | 2025
Provides practical resources and examples showing how community knowledge can improve preparedness, early warning, response, and recovery.
Bridging Two Worlds: Integrating Indigenous Knowledge and Western Science in Climate Policy
| Indigenous Climate Hub | Indigenous Climate Hub | August 1, 2024
Explains complementary strengths of Indigenous observations and scientific modeling while emphasizing rights, consent, and community governance.
Understanding How Indigenous Knowledge Contributes to Climate Change Adaptation and Resilience
| Tashi Dorji et al. | Environmental Management | 2024
Systematically reviews how Indigenous knowledge supports adaptation through agriculture, disaster preparedness, resource governance, and cultural institutions.
Overlaps of Indigenous Knowledge and Climate Change Adaptation
| N. Chanza et al. | Frontiers in Climate | 2024
Reviews how community forest monitoring and local ecological indicators can strengthen climate governance and ecosystem adaptation.
Indigenous Knowledge with Science Forms an Early-Warning System for Environmental Change
| A. Rarai et al. | Communications Earth & Environment | 2024
Shows how Indigenous indicators can operate alongside scientific information to improve monitoring, warning, and community preparedness.
Indigenous Knowledge in Climate Adaptation Planning
| T. W. Ciocco et al. | Frontiers in Climate | 2024
Examines how adaptation plans include or exclude Indigenous knowledge and identifies institutional conditions for meaningful participation.
Traditional and Indigenous Knowledge for Climate Change Adaptation in Eswatini
| NAP Global Network | International Institute for Sustainable Development | 2023
Reviews how national adaptation planning can recognize community forecasting, agriculture, water management, and cultural practices.
Integration of Local and Indigenous Knowledge into Climate Change Adaptation
Provides policy guidance for incorporating local and Indigenous knowledge into adaptation while safeguarding knowledge holders and avoiding extractive documentation.
Indigenous Peoples: Traditional Knowledges, Climate Change, and Health
| Nicole Redvers et al. | PLOS Global Public Health | 2023
Connects climate impacts, land relationships, cultural continuity, and health while emphasizing Indigenous-led adaptation and knowledge protection.
Indigenous Knowledge Indicators Employed by Farmers for Weather Forecasting and Climate Adaptation
| Z. Kom et al. | Journal of Environmental Planning and Management | 2023
Analyzes environmental indicators used by farmers and compares their practical value with formal meteorological forecasts.
Strong Ethics and Flexible Actions: Traditional Ecological Knowledge and Climate Resilience in Baojiatun
| J. Li and F. Han | Ecology and Society | 2022
Shows how close observation, ecological ethics, and willingness to revise practices support adaptation in a fragile karst landscape.
Dynamics of Pastoral Traditional Ecological Knowledge Under Social-Ecological Change
| A. Sharifian et al. | Ecology and Society | 2022
Reviews global evidence of knowledge erosion, retention, adaptation, and hybridization among pastoral communities facing climate and economic change.
Using Indigenous Knowledge Systems in Seasonal Prediction and Climate Adaptation in Zimbabwe
| O. Mafongoya, P. L. Mafongoya, and M. Mudhara | The Oriental Anthropologist | 2021
Documents community seasonal forecasting and explores how it can complement formal climate services in rural decision-making.
Traditional Knowledge System in Disaster Risk Reduction
| M. M. Rahman et al. | Jàmbá: Journal of Disaster Risk Studies | 2018
Explores the ingredients of traditional disaster knowledge and argues for holistic collaboration with scientific research and public management.
Climate Change Adaptation: Linking Indigenous Knowledge with Western Science for Effective Adaptation
| Cuthbert Casey Makondo and David S. G. Thomas | Environmental Science & Policy | 2018
Argues that adaptation programs dominated by Western science overlook locally tested knowledge and recommends deliberate cross-fertilization between systems.
Indigenous Climate Change Studies: Indigenizing Futures, Decolonizing the Anthropocene
| Kyle Powys Whyte | English Language Notes | 2017
Frames climate change through colonial disruption and Indigenous futurity, arguing that adaptation must address consent, responsibility, and political relationships.
The Story of Rising Voices: Indigenous and Local Perspectives on Climate Change
| Julie K. Maldonado et al. | Climatic Change | 2016
Synthesizes community testimony and collaborative research showing how climate change affects culture, livelihoods, relocation, and sovereignty.
Including Indigenous Knowledge and Experience in IPCC Assessment Reports
| James D. Ford et al. | Nature Climate Change | 2016
Evaluates Indigenous representation in IPCC reports and recommends methods for including community knowledge without mischaracterizing peoples as only vulnerable.
A Process for Integrating Local and Indigenous Knowledge with Science for Hydro-Meteorological Disaster Risk Reduction
| Lisa Hiwasaki et al. | International Journal of Disaster Risk Reduction | 2014
Presents community case studies and a structured process for combining local warning signs with scientific hazard assessment.
Identifying Climate Exposure in Two Alaska Native Villages Using Traditional Ecological Knowledge
| Jonathan A. Ignatowski and José Rosales | Climatic Change | 2013
Uses community observations to identify environmental exposures and locally significant changes that conventional datasets alone may overlook.
From Knowledge to Action: Bridging Gaps in Disaster Risk Reduction
| J. C. Gaillard and Jessica Mercer | Disasters | 2013
Explains why disaster policy often fails to connect scientific, local, and governmental knowledge and offers a framework for collaboration.
Linking Indigenous and Scientific Knowledge of Climate Change
| Caroline Alexander et al. | Climatic Change | 2011
Examines complementary evidence from communities and climate science while discussing methodological challenges in comparing different scales and concepts.
Indigenous Knowledge of a Changing Climate
| Donna Green and Gleb Raygorodetsky | Climatic Change | 2010
Reviews Indigenous observations of environmental change and explains why collaboration can improve both local adaptation and scientific understanding.
A Framework for Integrating Indigenous and Scientific Knowledge for Disaster Risk Reduction
| Jessica Mercer et al. | Disasters | 2010
Proposes a community-centered process for combining hazard science with Indigenous strategies, priorities, and institutions.
Indigenous Fire Stewardship and Wildfire Science
Indigenous Knowledge Can Help AI Improve Fire Management
| CIFOR-ICRAF | Forests News | May 4, 2026
Explores how community knowledge, data sovereignty, and Indigenous governance can make artificial-intelligence tools for fire management more accountable and useful.
On Fire: Western and Indigenous Approaches to Nature, Risk, and Fire Management
| Authors listed by Global Environmental Politics | Global Environmental Politics | May 1, 2026
Compares dominant fire-policy discourses with Indigenous approaches and shows how contrasting relationships to land shape prevention and management.
Firebreaks as Indigenous Knowledge System and Cultural Practice
| D. Suhardiman et al. | World Development | 2026
Examines Karen fire governance as part of rotational farming, customary law, and community responsibility rather than as a narrow technical intervention.
Blending Indigenous and Western Science: Quantifying Historical Fire Regimes
| S. M. Greenler et al. | Ecological Applications | 2024
Combines Indigenous fire history with ecological modeling to reconstruct how cultural burning and lightning jointly shaped landscapes.
Traditional Fire Knowledge: A Thematic Synthesis Approach
| C. Vázquez-Varela et al. | Fire Ecology | 2022
Synthesizes Indigenous and local fire knowledge across regions and identifies governance, livelihood, ecological, and cultural dimensions.
Conservation of Earth’s Biodiversity Is Embedded in Indigenous Fire Stewardship
| Kira M. Hoffman et al. | Proceedings of the National Academy of Sciences | 2021
Reviews evidence that Indigenous fire stewardship has maintained habitat diversity and argues that conservation policy must restore Indigenous authority.
Indigenous Fire Stewardship
Summarizes how Indigenous peoples use fire to sustain foods, habitats, cultural practices, and landscape resilience.
Returning Fire to the Land: Celebrating Traditional Knowledge and Fire
| Frank K. Lake et al. | Journal of Forestry | 2017
Documents partnerships restoring cultural burning and emphasizes that revitalization requires land access, community leadership, and institutional change.
New Perspectives in Fire Management: The Importance of Indigenous Knowledge and Community-Based Governance
| Jayalaxshmi Mistry et al. | Philosophical Transactions of the Royal Society B | 2016
Reviews community fire management and shows why exclusionary suppression policies often undermine ecological resilience and local livelihoods.
Local and Global Pyrogeographic Evidence That Indigenous Fire Management Creates Pyrodiversity
| Clay Trauernicht et al. | Ecological Applications | 2015
Combines satellite and field evidence to show that customary burning generates fine-grained fire patterns with ecological benefits.
Aboriginal Burning Promotes Fine-Scale Pyrodiversity and Native Predators
| Brian F. Codding et al. | Proceedings of the Royal Society B | 2014
Shows how small, strategically timed burns alter habitat structure and support ecological relationships that broad suppression policies overlook.
Indigenous Use of Fire and Conservation of Savannas in the Gran Sabana
| Bibiana A. Bilbao et al. | Human Ecology | 2010
Studies Pemón burning practices and demonstrates their role in creating landscape mosaics and reducing destructive fire risk.
The Fire Stick Farming Hypothesis: Australian Aboriginal Foraging Strategies, Biodiversity, and Fire Mosaics
| Rebecca Bliege Bird et al. | Proceedings of the National Academy of Sciences | 2008
Tests how Aboriginal hunting fires influence habitat mosaics and species distributions, linking livelihood practices with landscape ecology.
Integrating Indigenous Knowledge of Wildland Fire and Western Technology to Conserve Biodiversity in an Australian Desert
| Jeremy Russell-Smith et al. | International Journal of Wildland Fire | 2004
Describes collaborative fire management using traditional knowledge, remote sensing, and contemporary planning to protect desert biodiversity.
The Role of Indigenous Burning in Land Management
| Robin Wall Kimmerer and Frank Kanawha Lake | Journal of Forestry | November 2001
Explains cultural burning as intentional ecosystem management that promotes diverse habitats, food security, and reduced fuel accumulation.
Water, Oceans, Fisheries, and Coastal Management
Toward Sustainable Solutions for Ocean Management Through Indigenous Knowledge and Western Science
| Mariana Caldeira et al. | Marine Policy | 2025
Describes a collaborative approach to mapping human and conservation values for more equitable and ecologically grounded ocean management.
Co-Producing Ocean Plans with Indigenous and Traditional Knowledge
| C. Baron-Aguilar et al. | npj Ocean Sustainability | 2025
Examines how ocean planning can include Indigenous and traditional knowledge through shared authority, rights recognition, and community-defined priorities.
Advancing the Understanding of Indigenous and Local Knowledge in Ocean Sustainability
| S. Tcheton et al. | Frontiers in Ocean Sustainability | 2025
Reviews concepts, methods, and ethical challenges for engaging Indigenous and local knowledge in marine science and governance.
The Contributions of Indigenous Peoples’ Earth Observations to Water Monitoring
| Y. López-Maldonado et al. | Frontiers in Water | 2024
Shows how Indigenous observations can strengthen hydrological monitoring, water-quality assessment, climate response, and global Earth-observation systems.
Co-Producing Sustainable Ocean Plans with Indigenous and Traditional Knowledge
| High Level Panel for a Sustainable Ocean Economy | Ocean Panel | 2024
Provides principles and case studies for ocean planning that deconstructs Western privilege, recognizes Indigenous rights, and shares decision-making authority.
Communicating Uncertainty in Indigenous Sea Country Monitoring with Bayesian Statistics
Combines Indigenous-led reef monitoring with Bayesian analysis to improve communication about ecological change and the limits of scientific inference.
It Is Urgent to Recognize Indigenous Knowledge in Water Governance and Management
| UNESCO | UNESCO | March 15, 2023
Summarizes Indigenous water-governance principles centered on stewardship, reciprocity, equity, and long-term relationships with waters.
Indigenous and Western Knowledge: Bringing Diverse Understandings of Water Together
| S. Mehltretter et al. | Water Justice Hub | 2023
Surveys freshwater cases involving fisheries, dams, monitoring, and watershed decisions and highlights conditions for equitable knowledge partnerships.
Knowledge Pluralism in First Nations’ Salmon Management
| J. A. Bingham et al. | Frontiers in Marine Science | 2021
Examines salmon governance in British Columbia and shows how institutional arrangements determine whether Indigenous and scientific knowledge influence decisions.
Bridging Indigenous and Science-Based Knowledge in Coastal and Marine Research, Monitoring, and Management in Canada
| S. M. Alexander et al. | Environmental Evidence | 2019
Systematically maps Canadian marine research and identifies methods, benefits, and persistent gaps in knowledge collaboration.
Indigenous Water Governance: An Alternative to Colonial Water Management
| Rachel Arsenault et al. | Water | 2018
Explores Indigenous research methods and governance principles that challenge state-centered approaches to water and resource decision-making.
Experiences with Integrative Indigenous and Western Knowledge in Water Research and Management
| R. D. Stefanelli et al. | Environmental Reviews | 2017
Reviews Canadian water projects to identify what helps or hinders respectful integration, including trust, time, leadership, and institutional flexibility.
Integrating Traditional Ecological Knowledge and Fisheries Management in the Torres Strait
| James R. A. Butler et al. | Ecology and Society | 2012
Shows how culturally important turtles and dugongs helped catalyze co-management linking Islander knowledge, scientific research, and community institutions.
Collaborative Engagement of Local and Traditional Knowledge and Science in Marine Environments
| Thomas F. Thornton and Adela Maciejewski Scheer | Ecology and Society | 2012
Analyzes methods for bringing local and scientific marine knowledge together while protecting cultural context and avoiding one-way extraction.
Incorporation of Traditional and Local Ecological Knowledge and Values in Fisheries Management
| ESSA Technologies Ltd. | Pacific Fisheries Resource Conservation Council | 2011
Reviews policy and practical options for including knowledge, values, and community priorities in fisheries decision-making.
Co-Management and the Co-Production of Knowledge: Learning to Adapt in Canada’s Arctic
| Derek Armitage et al. | Global Environmental Change | 2011
Examines how co-management institutions create knowledge through interaction among hunters, communities, scientists, and government agencies.
Use of Traditional Ecological Knowledge in Marine Conservation
| Joshua A. Drew | Conservation Biology | 2005
Reviews marine examples and argues that community knowledge can improve conservation when researchers address verification, ownership, and benefit sharing.
Indigenous Knowledge in Water and Watershed Management: The Marakwet Case
| Grace Cheserek | FWU Water Resources Publications | 2005
Documents community institutions and techniques for equitable water distribution and watershed care in a water-scarce region of Kenya.
Ignore Fishers’ Knowledge and Miss the Boat
| Robert E. Johannes, Milton M. R. Freeman, and Richard J. Hamilton | Fish and Fisheries | 2000
Shows how fishers’ observations can reveal spawning sites, migration, abundance changes, and ecological processes overlooked by formal surveys.
The Case for Data-Less Marine Resource Management
| Robert E. Johannes | Trends in Ecology & Evolution | 1998
Argues that tropical fisheries should not wait for expensive conventional datasets when community knowledge and precaution can guide immediate management.
Food Systems, Agriculture, and Ethnobiology
Indigenous Seed Systems and Climate Resilience in Kenya
| Evelyne Musambi | Associated Press | January 29, 2025
Reports on Kenyan seed banks and farmers who preserve locally adapted crops while debating laws that restrict community seed sharing.
Towards Resilient Food Systems: Interactions with Indigenous Knowledge and Practices
| Authors listed by Trends in Food Science & Technology | Trends in Food Science & Technology | 2025
Reviews traditional practices that sustain dietary diversity, biodiversity, and environmental care and discusses connections with mainstream food systems.
The Role of Traditional Ecological Knowledge and Practices in Sustainable Rural Livelihoods
| A. Khosravi Mashizi et al. | Scientific Reports | 2025
Investigates how locally developed ecological knowledge and practices support livelihoods, resource management, and adaptation under environmental change.
Living Knowledge: Persistence and Adaptation of Traditional Ecological Knowledge
| O. Chao et al. | Ecology and Society | 2025
Explores how traditional ecological knowledge persists, changes, and supports resilience across agriculture, health, conservation, and community governance.
Traditional Food Systems and Climate Change: Adapting Indigenous Agriculture
| Indigenous Climate Hub | Indigenous Climate Hub | November 2024
Describes Indigenous food systems as relationships among land, culture, spirit, and community and reviews adaptation strategies under climate stress.
Transmission of Indigenous Knowledge Systems Under a Changing Landscape
| O. L. Malapane et al. | Environmental Science & Policy | 2024
Examines how schooling, technology, markets, and social change affect the transmission and resilience of Indigenous environmental and livelihood knowledge.
Traditional Ecological Knowledge and Practices for Savanna Ecosystem Conservation
| S. D. Moloise et al. | International Journal of Sustainable Development & World Ecology | 2024
Examines how livelihood practices and ecological knowledge can contribute to managing savanna landscapes alongside scientific conservation.
Leveraging Indigenous Knowledge and Modern Science for Sustainable Food-System Transformation
| The Rockefeller Foundation and partners | The Rockefeller Foundation | 2024
Examines how Indigenous foods, seeds, health concepts, and ecological practices can inform equitable and climate-resilient food policies.
Food and Knowledge Systems
| Food and Agriculture Organization | FAO | 2024
Provides an overview of Indigenous fisheries, pastoralism, hunting, cultivation, and gathering as interconnected knowledge and food systems.
Indigenous Agroforestry and Climate Resilience
| CIFOR-ICRAF | CIFOR-ICRAF | 2023
Reviews how Indigenous tree-crop systems combine food production, soil care, biodiversity, and adaptation to variable climate conditions.
Indigenous Peoples’ Food Systems: Using Traditional Knowledge to Transform Unsustainable Practices
| Anne-Hélène Prat et al. | Sustainability | 2022
Explores how Indigenous communities innovate within food systems while protecting self-determination, culture, biodiversity, and locally adapted practices.
Indigenous Knowledge in Food System Transformations
| D. Vijayan et al. | Communications Earth & Environment | 2022
Argues that Indigenous food systems offer ecological and social models for transforming agriculture, diets, and policy while remaining marginalized by mainstream science.
Indigenous Knowledge of Besemah-Semende People on Water Conservation Resources
Documents local practices connecting water conservation, farming, customary norms, and intergenerational ecological learning in Indonesia.
Food Diversity and Indigenous Food Systems to Combat Diet-Linked Chronic Diseases
| Authors listed by Current Developments in Nutrition | Current Developments in Nutrition | 2020
Links revival of native crops, food preparation, and ecosystems with improved nutrition, cultural continuity, and reduced diet-related disease.
Traditional Ecological Knowledge: Impact on Commercial Health and Plant Innovation
| M. Khalvati | Journal of Commercial Biotechnology | 2011
Examines the commercialization of Indigenous plant knowledge and raises questions about validation, ownership, benefit sharing, and intellectual property.
Health, Medicine, and Healing Knowledge
Epistemicide, Health Systems, and Planetary Health
| Nicole Redvers et al. | The Lancet Planetary Health | 2024
Connects the destruction of Indigenous knowledge systems with health inequities and argues that planetary health must address colonial institutions and epistemic injustice.
Integration of Traditional Therapies for First Nations People in Australia
| E. J. Rooney et al. | Australian Journal of Advanced Nursing | 2023
Reviews evidence on incorporating traditional therapies into health services and highlights community control, cultural safety, and workforce preparation.
The Determinants of Planetary Health: An Indigenous Consensus Perspective
| Nicole Redvers et al. | The Lancet Planetary Health | 2022
Identifies land, language, sovereignty, culture, and intergenerational relationships as determinants that conventional health models often overlook.
Indigenous Natural and First Law in Planetary Health
| Nicole Redvers et al. | International Journal of Environmental Research and Public Health | 2020
Presents Indigenous law and relational responsibilities as essential foundations for health systems that recognize human and ecological interdependence.
What Can Western Medicine Learn from Indigenous Healing Traditions?
| CATIE | The Positive Side | March 1, 2019
Explains holistic healing approaches that connect physical, emotional, spiritual, community, and environmental well-being.
Native American Perspectives on Health and Traditional Ecological Knowledge
| Gwyneira Isaac et al. | Environmental Health Perspectives | 2018
Explores relationships among environmental knowledge, traditional medicine, community health, and Western pharmacology through Native perspectives.
An Application of Two-Eyed Seeing: Indigenous Research Methods with Participatory Action Research
| Cindy Peltier | International Journal of Qualitative Methods | 2018
Shows how Two-Eyed Seeing can guide health research through community participation, relational accountability, and complementary methods.
Two-Eyed Seeing and Cultural Safety in Indigenous Health Research
| L. Hall et al. | International Journal of Circumpolar Health | 2015
Explores how combining perspectives can support culturally safe research while respecting distinct Indigenous and biomedical understandings.
Integrating Traditional Indigenous Medicine and Western Medicine
| Heather Carrie, Xavier Mackey, and Francesca Laird | Global Public Health | 2015
Reviews efforts to connect traditional healers and biomedical providers and identifies benefits, risks, and conditions for culturally safe collaboration.
Blending Aboriginal and Western Healing Methods to Treat Intergenerational Trauma
| T. N. Marsh et al. | International Journal of Indigenous Health | 2015
Describes a treatment model combining ceremony, community, cultural identity, and Western therapeutic approaches for trauma and substance use.
A Scoping Study of Cultural Interventions to Treat Addictions in Indigenous Populations
| M. Rowan et al. | Substance Abuse Treatment, Prevention, and Policy | 2014
Reviews evidence on ceremonies, land-based activities, traditional healers, and culturally adapted treatment used alongside clinical services.
Redressing First Nations Historical Trauma: Theorizing Mechanisms for Indigenous Culture as Mental Health Treatment
| Joseph P. Gone | Transcultural Psychiatry | 2013
Explains how cultural revitalization, collective identity, spirituality, and historical understanding can function as pathways for healing.
Understanding Health and Illness: Research at the Interface Between Science and Indigenous Knowledge
| Mason Durie | International Journal of Epidemiology | 2004
Discusses how Indigenous models of health can inform research while maintaining cultural meaning and avoiding reduction to biomedical variables.
Knowledge Translation and Indigenous Communities: A Decolonizing Perspective
| Janet Smylie et al. | Journal of Continuing Education in the Health Professions | 2004
Critiques one-way knowledge transfer and argues for community-controlled exchange grounded in relationships, language, and local priorities.
The Efficacy of Traditional Medicine: Current Theoretical and Methodological Issues
| James B. Waldram | Medical Anthropology Quarterly | 2000
Questions how biomedical researchers evaluate traditional healing and argues that efficacy must be understood within cultural and social contexts.
Education, STEM, and Indigenous Astronomy
Braiding Indigenous Knowledge Systems and Western Science in Earth-Science Education
| T. J. Jones et al. | Frontiers in Earth Science | 2025
Discusses co-produced teaching approaches that connect Indigenous environmental knowledge with geoscience while supporting cultural responsibility and educational equity.
An Instructor’s Guide to Including Traditional Ecological Knowledge in the Undergraduate Biology Classroom
| R. F. Greenall et al. | CourseSource | 2022
Provides practical guidance for teaching traditional ecological knowledge without tokenism and for building relationships with Indigenous communities and scholars.
Traditional Ecological Knowledge and Inclusive Pedagogy Increase Retention and Success Outcomes of STEM Students
| Alexandra V. Alexiades et al. | Bulletin of the Ecological Society of America | 2021
Evaluates a community-connected STEM program and reports gains in retention, achievement, cultural belonging, and scientific identity.
Isumaqatigingniq: Building a Transformational Science Education Model for Inuit and Western Scientific Investigators
| Martin T. Nweeia and Pieter Peeters | Arctic | 2021
Presents an Inuit-centered model for engaging youth and researchers through shared inquiry, language, community authority, and scientific investigation.
Indigenous Astronomy: Best Practices and Protocols for the Planetarium Setting
| Annette S. Lee et al. | International Planetarium Society Conference | August 12, 2020
Brings together knowledge keepers and astronomy educators to propose protocols for presenting Indigenous sky knowledge accurately and respectfully.
Building a Framework for Indigenous Astronomy Collaboration
| Annette S. Lee et al. | International Planetarium Society Conference | August 12, 2020
Documents collaboration among Native Skywatchers, museum staff, and communities to create ethical Indigenous astronomy programming.
Decolonizing Education with Anishinaabe Arcs: Generative STEM as a Path to Indigenous Futurity
| Ron Eglash et al. | Educational Technology Research and Development | 2020
Uses culturally situated design tools to connect Anishinaabe art, mathematics, computing, and community knowledge in generative STEM education.
Astro2020: Collaboration with Integrity—Indigenous Knowledge in 21st-Century Astronomy
| Aparna Venkatesan et al. | Astro2020 Decadal Survey White Paper | August 7, 2019
Calls on astronomy institutions to respect sacred lands, support Indigenous scientists, and build long-term partnerships rather than treating communities as stakeholders after decisions are made.
Using Modern Technologies to Capture and Share Indigenous Astronomical Knowledge
| N. M. Nakata et al. | Australian Academic & Research Libraries | September 4, 2014
Explores digital tools for preserving and sharing astronomical knowledge under community control, with attention to cultural restrictions and intellectual property.
Keeping the Local Local: Recalibrating the Status of Science and Traditional Ecological Knowledge in Education
| Michiel van Eijck and Wolff-Michael Roth | Science Education | 2007
Warns that classroom integration can detach traditional knowledge from place and community, turning it into decontextualized scientific content.
Indigenous Knowledge Systems and Alaska Native Ways of Knowing
| Ray Barnhardt and Angayuqaq Oscar Kawagley | Anthropology & Education Quarterly | 2005
Explains Alaska Native knowledge as a coherent system linking ecology, language, spirituality, community institutions, and ways of learning.
Discovering Indigenous Science: Implications for Science Education
| Gloria Snively and John Corsiglia | Science Education | 2001
Surveys Indigenous scientific practices and argues for cross-cultural science education that recognizes sophisticated observation, experimentation, and classification.
Indigenous Knowledge as a Component of the School Curriculum
| June M. George | International Journal of Science Education | 1999
Examines how Caribbean Indigenous and local knowledge can enter science teaching while retaining cultural meaning and practical relevance.
Cross-Cultural Science Education: A Cognitive Explanation of a Cultural Phenomenon
| Glen S. Aikenhead and Olugbemiro J. Jegede | Journal of Research in Science Teaching | 1999
Explains how students cross cultural borders between everyday or Indigenous knowledge and school science, with implications for curriculum and teaching.
A Yupiaq Worldview: A Pathway to Ecology and Spirit
| Angayuqaq Oscar Kawagley et al. | Journal of Research in Science Teaching | 1998
Shows how Yupiaq education integrates empirical environmental knowledge with ethics, spirituality, and community responsibility.
Data Sovereignty, Research Ethics, and Science Policy
Good Data Relations Are Key to Indigenous Research Sovereignty
| Authors listed by the journal | Journal of Empirical Research on Human Research Ethics | 2024
Explores data ownership, governance, stewardship, and relationships that allow Indigenous communities to control research throughout the data lifecycle.
In Consideration of Indigenous Data Sovereignty: Data Mining as a Colonial Practice
| Jennafer Shae Roberts and Laura N. Montoya | arXiv | September 19, 2023
Applies the CARE principles to data mining and artificial intelligence, arguing that extraction of community data can reproduce colonial relationships.
Can Indigenous Knowledge and Western Science Work Together? A New Center Bets Yes
| Warren Cornwall | Science | 2023
Profiles an interdisciplinary center seeking equitable collaboration while acknowledging differences in place-based Indigenous knowledge and universalizing scientific methods.
Decolonisation, Global Data Law, and Indigenous Data Sovereignty
| Jennafer Shae Roberts and Laura N. Montoya | arXiv | July 28, 2022
Examines digital colonialism and proposes legal approaches that protect Indigenous cultures, ecosystems, privacy, and collective authority.
Indigenous Governance and Ethics in Scientific Research
| Indigenous Data Governance Collaboratory | Indigenous Data Governance Collaboratory | 2021
Compiles Indigenous research-ethics documents and highlights community standards for environmental science, public health, and knowledge stewardship.
Toward Ethical Artificial Intelligence with Indigenous Knowledge Systems
| Indigenous Protocol and Artificial Intelligence Working Group | Indigenous AI | 2020
Outlines how artificial intelligence should respect Indigenous protocols, relational accountability, language, cultural property, and collective governance.
The CARE Principles for Indigenous Data Governance
| Stephanie Russo Carroll et al. | Data Science Journal | 2020
Establishes Collective Benefit, Authority to Control, Responsibility, and Ethics as principles for governing data about Indigenous peoples, lands, and knowledge.
Rights, Interests and Expectations: Indigenous Perspectives on Unrestricted Access to Genomic Data
| Maui Hudson et al. | Nature Reviews Genetics | 2020
Challenges open-data assumptions in genomics and outlines Indigenous expectations for consent, governance, cultural protection, and benefit sharing.
Indigenous Data, Indigenous Methodologies and Indigenous Data Sovereignty
| Maggie Walter and Michele Suina | International Journal of Social Research Methodology | 2019
Shows how methods, categories, and statistics can reproduce colonial power and argues for Indigenous control of data definitions and interpretation.
Indigenous Communities Want Limits on How Their Data Are Shared
| Elizabeth Pennisi | Science | 2019
Reports how Indigenous researchers and nations challenge universal open-science rules and seek control over sensitive biological and cultural data.
Good Data Practices for Indigenous Data Sovereignty and Governance
| Ray Lovett et al. | Scientific Data | 2019
Offers practical guidance for collecting, storing, sharing, and reusing data in ways that uphold Indigenous rights and governance.
Genomic Research Through an Indigenous Lens
| Nanibaa’ A. Garrison et al. | Nature Reviews Genetics | 2019
Examines historical harms and contemporary governance challenges in genetics and calls for research designed around Indigenous priorities and sovereignty.
Data as a Strategic Resource: Self-Determination, Governance, and the Data Challenge for Indigenous Nations
| Stephanie Carroll Rainie et al. | American Behavioral Scientist | 2019
Explains how data can support nation rebuilding and self-determination when Indigenous governments control priorities, access, interpretation, and use.
A Framework for Enhancing Ethical Genomic Research with Indigenous Communities
| Kelsey G. Claw et al. | Nature Communications | 2018
Proposes community engagement, capacity building, cultural respect, and benefit sharing as core elements of ethical genomic research.
Indigenous Data Sovereignty and Policy
| Tahu Kukutai and John Taylor, editors | ANU Press | 2016
Collects global perspectives on Indigenous rights to govern data and on building statistical systems accountable to Indigenous nations and communities.
