Traditional Ecological Knowledge

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Traditional Ecological Knowledge

Traditional Ecological Knowledge (TEK) refers broadly to cumulative bodies of environmental knowledge, practices, values, beliefs, institutions, and relationships developed by Indigenous peoples and local communities through long-term interaction with particular landscapes and ecosystems. Rather than consisting only of observations about plants, animals, weather, or natural resources, TEK is frequently embedded in cultural traditions, languages, livelihoods, governance systems, spiritual relationships, responsibilities, and systems for transmitting knowledge between generations.

Research on traditional ecological knowledge has expanded substantially since the late twentieth century. Early scholarship emphasized the value of Indigenous environmental observations for conservation, wildlife management, ecological research, and adaptive management. More recent work increasingly emphasizes that Indigenous knowledge should not simply be extracted and incorporated into Western scientific institutions. Instead, many scholars and Indigenous knowledge holders advocate respectful collaboration, recognition of Indigenous authority, knowledge sovereignty, free, prior and informed consent, and approaches in which different knowledge systems can contribute without one being subordinated to another.

TEK has applications across biodiversity conservation, climate adaptation, forest and fire management, fisheries, agriculture, pastoralism, ecological restoration, wildlife monitoring, environmental assessment, food security, protected-area governance, and community resilience. At the same time, the continuing vitality of traditional ecological knowledge depends heavily on Indigenous territorial rights, cultural continuity, intergenerational transmission, community institutions, access to traditional lands and resources, and meaningful participation in environmental decision-making.

Foundations and Core Concepts

Traditional ecological knowledge is commonly described as knowledge accumulated through repeated observation, practical experience, cultural transmission, and sustained relationships with environments over generations. It may include detailed understanding of species behavior, seasonal cycles, soils, water, fire, weather, migration, habitat conditions, harvesting practices, landscape change, and ecological interactions.

However, TEK is broader than a collection of ecological facts. Indigenous knowledge systems may integrate practical knowledge with ethics, spirituality, customary law, social organization, cultural identity, and reciprocal responsibilities toward other living beings and landscapes. This holistic character distinguishes many Indigenous knowledge traditions from scientific systems that attempt to separate ecological observations from social, ethical, or spiritual relationships.

Scholars have therefore cautioned against defining traditional ecological knowledge too narrowly. Describing TEK merely as environmental information that can be transferred into scientific databases may remove knowledge from the cultural and political relationships that give it meaning.

Traditional ecological knowledge is also dynamic. Indigenous and local communities continually observe environmental change, experiment with practices, adapt management strategies, incorporate new technologies, and respond to changing social and ecological conditions. TEK is therefore better understood as a living knowledge system than as an unchanging body of ancient information.

Indigenous and Scientific Knowledge Systems

A central theme in TEK research concerns the relationship between Indigenous knowledge and Western science. Numerous studies demonstrate that Indigenous observations can complement scientific research by contributing information collected across long periods, large landscapes, and environments where formal scientific monitoring may be limited.

Indigenous hunters, fishers, farmers, pastoralists, gatherers, and land stewards may accumulate detailed knowledge about ecological processes through repeated experience. Such knowledge can provide information about wildlife population trends, migration routes, changing seasons, vegetation patterns, fish abundance, fire ecology, rainfall, sea ice, medicinal plants, and other environmental conditions.

Collaborative approaches have developed to bring multiple knowledge systems into environmental research and decision-making. Concepts such as the Multiple Evidence Base approach emphasize that Indigenous, local, and scientific knowledge can remain distinct while contributing complementary evidence. Rather than requiring Indigenous knowledge to be validated by Western science before it is considered legitimate, this approach recognizes multiple knowledge systems as capable of generating valuable understandings of environmental conditions.

Two-Eyed Seeing has similarly emerged as an influential approach to collaboration. It emphasizes drawing upon the strengths of Indigenous and Western knowledge systems while maintaining respect for their distinct intellectual and cultural foundations.

These approaches contrast with earlier models in which Indigenous knowledge was primarily treated as supplemental data to be incorporated into existing scientific institutions.

Knowledge Sovereignty, Ethics, and Decolonization

Increasing attention is being given to who controls Indigenous ecological knowledge and how that knowledge is collected, stored, interpreted, shared, and used.

Indigenous communities have frequently experienced research in which knowledge was documented by outside institutions without adequate consent, control, recognition, compensation, or long-term community benefit. Ecological information may also involve culturally sensitive knowledge, sacred places, traditional resources, hunting areas, medicinal species, or other information that communities may not wish to make publicly available.

The concept of Indigenous data sovereignty emphasizes the authority of Indigenous peoples to govern information concerning their communities, territories, resources, cultures, and knowledge systems.

The CARE Principles for Indigenous Data Governance summarize four important principles:

• Collective Benefit — data and research should benefit Indigenous peoples and communities.
• Authority to Control — Indigenous peoples should have meaningful authority over information concerning them.
• Responsibility — researchers and institutions have responsibilities toward Indigenous communities and knowledge holders.
• Ethics — research practices should prioritize Indigenous rights, well-being, values, and relationships.

Free, prior and informed consent is also increasingly recognized as essential to ethical environmental research involving Indigenous communities.

Decolonizing approaches to ecology and conservation go further by arguing that recognizing Indigenous knowledge is insufficient if Indigenous peoples remain excluded from control over land, institutions, research priorities, funding, and environmental decision-making. From this perspective, meaningful collaboration requires changes in power relationships as well as greater recognition of Indigenous knowledge.

Biodiversity and Conservation

Traditional ecological knowledge has become particularly important within biodiversity conservation.

Indigenous peoples manage or occupy many landscapes containing high levels of biological diversity. Research examining Indigenous territories has frequently found significant biodiversity values associated with Indigenous land management and governance.

Traditional conservation practices can include customary harvesting restrictions, sacred natural areas, seasonal closures, habitat management, controlled burning, protection of culturally important species, communal resource-management institutions, and detailed monitoring of ecological change.

TEK can also strengthen biodiversity assessment. Indigenous knowledge holders may recognize species, habitats, ecological indicators, and environmental changes that are difficult to detect through short-term scientific surveys.

Traditional ecological knowledge is especially useful where formal ecological datasets are limited. Long-term community observations can help reconstruct historical abundance, distribution, migration, habitat conditions, and changes in ecosystems.

The concept of cultural keystone species illustrates the connection between biological and cultural diversity. Certain species may have exceptional importance within a community's food systems, ceremonies, identity, language, ecological practices, or social relationships. Conservation of these species can therefore have both ecological and cultural significance.

Modern conservation research increasingly emphasizes Indigenous-led conservation, in which Indigenous nations and communities possess substantive authority over conservation goals, land management, research, and protected areas rather than participating only as stakeholders in externally designed programs.

Climate Change and Environmental Adaptation

Traditional ecological knowledge provides important perspectives on climate variability and environmental change.

Indigenous and local communities frequently maintain detailed observations concerning seasonal timing, rainfall, temperature, snow, sea ice, flowering, animal migration, water availability, vegetation, winds, storms, and other environmental indicators. Because some knowledge has been transmitted across generations, these observations can provide unusually long records of environmental change.

Climate adaptation practices may include changes in planting schedules, livestock movement, hunting strategies, food storage, water management, harvesting locations, crop selection, community cooperation, and use of diverse resources.

In Arctic regions, Indigenous observations of sea ice, wildlife behavior, weather, and seasonal conditions have contributed to understanding rapidly changing environments and to practical decisions concerning hunting and travel.

Traditional knowledge can also reveal ecological changes that conventional monitoring systems overlook, particularly when scientific observations are geographically sparse or began only recently.

At the same time, TEK does not make communities immune to climate change. Rapid ecological transformation can exceed the adaptive capacity of existing knowledge systems. Land dispossession, economic pressures, ecosystem degradation, forced relocation, and restrictions on traditional resource use can further reduce communities' ability to adapt.

Consequently, research increasingly connects Indigenous climate adaptation with land rights, political authority, cultural continuity, and self-determination.

Cultural Burning and Fire Stewardship

One of the most prominent contemporary applications of TEK involves Indigenous fire stewardship.

For generations, Indigenous peoples in many regions deliberately used fire to shape landscapes. Cultural burning could be used to improve food resources, maintain wildlife habitat, encourage particular plants, clear travel routes, support ceremonial practices, reduce hazardous fuels, and create diverse vegetation mosaics.

Colonial governments frequently restricted or prohibited Indigenous burning. Fire-exclusion policies altered ecosystems that had previously experienced regular human-managed burning and contributed in some regions to increasing vegetation density and changing wildfire conditions.

Renewed interest in cultural burning has led scientists, Indigenous communities, and government agencies to examine how Indigenous fire knowledge can contribute to ecological restoration and wildfire management.

Cultural burning differs from conventional prescribed fire because its goals may include cultural renewal, food production, habitat restoration, ceremony, community relationships, and maintenance of culturally significant species in addition to reducing wildfire risk.

Indigenous fire researchers therefore emphasize that cultural burning should not simply be converted into another government fuel-management technique. Restoring cultural fire also involves restoring Indigenous authority, access to land, cultural practices, and relationships with landscapes.

Forests and Ecological Restoration

Traditional ecological knowledge can provide guidance for restoring forests and landscapes that have been shaped by human stewardship for generations.

Indigenous communities may use selective harvesting, agroforestry, controlled burning, seed management, protection of sacred forests, soil management, rotational resource use, and other practices to maintain productive landscapes.

Restoration informed by Indigenous knowledge differs from approaches that assume the ideal ecosystem is necessarily one without human influence. Many ecosystems considered natural today were historically shaped by Indigenous burning, harvesting, planting, pruning, irrigation, hunting, and other forms of management.

TEK-informed restoration therefore often seeks to restore relationships among people, species, cultural practices, and ecological processes rather than simply recreating a particular historical vegetation condition.

Examples documented in research include Indigenous forest stewardship in North America, Kenya, Ethiopia, Australia, Indonesia, and other regions.

Agriculture, Food Systems, and Ethnobotany

Traditional ecological knowledge is deeply embedded in Indigenous food systems.

Traditional agriculture may involve crop diversity, local seed selection, agroforestry, polycultures, seasonal indicators, soil management, water conservation, landscape mosaics, and harvesting practices adapted to particular ecological conditions.

Maintaining traditional crops and farming systems can support both biodiversity and food security. Indigenous food systems often contain crop varieties and wild foods adapted to local climates, soils, pests, drought, and cultural preferences.

Home gardens can function as reservoirs of biological and cultural diversity, preserving medicinal plants, food crops, useful trees, and ecological knowledge.

Ethnobotanical research has documented extensive Indigenous knowledge concerning medicinal plants, wild foods, forest products, pollinators, trees, and other culturally important species.

Traditional ecological knowledge can also guide sustainable harvesting. Knowledge holders may understand when, where, and how plants or forest products should be collected without exhausting populations.

Food sovereignty is increasingly connected to TEK revitalization. Restoring traditional foods, seeds, harvesting practices, and access to ancestral landscapes can simultaneously strengthen ecological resilience, cultural identity, nutrition, and community autonomy.

Pastoralism and Rangeland Management

Pastoral communities have developed extensive ecological knowledge for managing livestock and rangelands in variable environments.

Pastoralists may use indicators involving rainfall, grasses, soils, water availability, animal condition, landscape patterns, and seasonal cycles to determine when and where livestock should move.

Mobility can itself function as an ecological adaptation. Moving herds among grazing areas allows pastoral communities to respond to spatially and temporally variable rainfall while reducing sustained grazing pressure on particular areas.

Research from Africa and other pastoral regions shows that traditional rangeland knowledge can contribute to vegetation monitoring, restoration, drought adaptation, livestock management, and landscape planning.

Modern land-use restrictions, sedentarization, privatization, conservation boundaries, infrastructure development, and changing economic systems can disrupt pastoral mobility and reduce opportunities for transmitting ecological knowledge.

Consequently, sustainable rangeland management increasingly recognizes the importance of community governance and pastoral knowledge alongside ecological science.

Fisheries, Oceans, and Coastal Knowledge

Fishers and coastal Indigenous communities possess detailed knowledge of marine environments.

Local ecological knowledge can include fish distribution, spawning behavior, migration, seasonal abundance, habitat preferences, currents, tides, weather, fishing grounds, sea ice, marine mammals, shellfish, and historical ecosystem change.

Such knowledge is particularly useful in small-scale fisheries and data-poor regions where long-term scientific monitoring is unavailable.

Research has shown that fishers' observations can help reconstruct historical declines in fish or shark populations, identify important habitats, map fishing grounds, and improve marine protected-area planning.

Indigenous coastal management can also involve deliberate ecosystem modification. Indigenous clam gardens on the Northwest Coast of North America demonstrate that coastal peoples engineered intertidal environments to enhance shellfish productivity.

Collaborative fisheries programs increasingly seek to combine Indigenous, local, and scientific knowledge within co-management systems.

Wildlife Monitoring and Species Management

Indigenous hunters and land users can provide extensive information about wildlife populations.

Community observations may describe abundance, migration, distribution, reproductive patterns, habitat use, health, behavior, and long-term changes in populations.

Research involving caribou, polar bears, migratory species, reef fish, sharks, and other wildlife demonstrates both the potential and the challenges of combining Indigenous observations with scientific population assessments.

Disagreement can occur when scientific surveys and Indigenous observations produce different conclusions. These conflicts are not necessarily resolved simply by adding more data because different knowledge systems may use different spatial scales, time frames, indicators, assumptions, and definitions of evidence.

Effective wildlife co-management therefore requires institutions capable of giving Indigenous knowledge meaningful consideration rather than automatically treating scientific assessments as the superior source of information.

Knowledge Transmission and Cultural Continuity

Traditional ecological knowledge depends on continuing relationships among people, communities, and landscapes.

Knowledge may be transmitted through storytelling, observation, travel, harvesting, hunting, fishing, farming, ceremonies, language, apprenticeship, family relationships, and participation in everyday land-based activities.

Intergenerational transmission can weaken when communities lose access to traditional territories or when younger generations have fewer opportunities to participate in land-based practices.

Urbanization, formal education systems, changing livelihoods, language loss, environmental degradation, migration, and restrictions on traditional resource use can also affect knowledge transmission.

At the same time, Indigenous communities continue to adapt and revitalize ecological knowledge. Traditional foods, cultural burning, language programs, youth camps, community monitoring, restoration projects, and Indigenous-led research can create opportunities for younger generations to reconnect with land and knowledge.

Some researchers use the concept of biocultural refugia to describe landscapes where biological diversity, cultural memory, traditional crops, and ecological practices persist despite major social or environmental change.

Governance and Co-Management

Traditional ecological knowledge has become increasingly influential in environmental governance.

Co-management arrangements attempt to share responsibility for natural resources among Indigenous communities, local resource users, government agencies, scientists, and other institutions.

Effective co-management generally requires more than consultation. Research emphasizes trust, long-term relationships, social learning, institutional flexibility, shared decision-making, and organizations capable of connecting knowledge holders across different levels of governance.

Indigenous participation is particularly important in protected areas, wildlife management, fisheries, environmental assessment, forestry, water governance, and public-land management.

However, power imbalances remain a persistent concern. Indigenous communities may be invited to contribute knowledge while governments retain final authority over management decisions.

A growing body of research therefore distinguishes between the simple integration of Indigenous knowledge and genuine knowledge co-production or Indigenous-led governance.

The latter approaches emphasize Indigenous jurisdiction, territorial rights, community-defined priorities, reciprocal partnerships, and meaningful authority.

Environmental Assessment and Public Policy

Governments and international organizations increasingly recognize Indigenous and local knowledge within environmental policy.

TEK has been incorporated into environmental assessment, wildlife management, climate policy, biodiversity assessments, forest management, fisheries planning, conservation programs, and international environmental initiatives.

Organizations including government wildlife agencies, forestry agencies, NOAA, UNESCO, agricultural agencies, and biodiversity institutions have developed programs or guidance concerning Indigenous knowledge.

International biodiversity initiatives increasingly recognize that Indigenous peoples and local communities make major contributions to the conservation and sustainable use of biodiversity.

Nevertheless, formal recognition does not automatically guarantee meaningful participation. Institutional procedures can translate complex Indigenous knowledge into standardized categories that remove cultural context or restrict Indigenous influence over decisions.

Policies involving Indigenous knowledge therefore increasingly emphasize consent, knowledge protection, cultural protocols, intellectual property, benefit sharing, and Indigenous participation throughout the entire decision-making process.

Regional and Community Applications

Traditional ecological knowledge takes different forms in different cultural and ecological settings.

Research from the Arctic documents Inuit and Alaska Native knowledge of sea ice, wildlife, climate, food systems, and environmental change.

Studies from East Africa describe Maasai pastoral knowledge, Kenyan forest stewardship, Indigenous fire management, and community conservation.

Himalayan research documents knowledge related to agriculture, medicinal plants, climate adaptation, biodiversity, and mountain ecosystems.

Australian Aboriginal communities maintain extensive knowledge concerning fire, seasonal cycles, landscapes, species, food resources, and caring for Country.

Pacific communities contribute knowledge concerning fisheries, navigation, coastal ecosystems, marine resources, and changing ocean conditions.

Indigenous peoples throughout North and South America maintain knowledge associated with forests, wildlife, water, cultural burning, food systems, medicinal plants, fisheries, and landscape management.

These examples demonstrate that TEK is not a single universal system. Each knowledge tradition develops within particular territories, languages, cultures, ecological relationships, and historical circumstances.

Challenges and Future Directions

Growing recognition of traditional ecological knowledge creates both opportunities and risks.

TEK can strengthen biodiversity conservation, ecological research, climate adaptation, environmental monitoring, restoration, agriculture, fisheries, wildfire management, and community resilience.

However, increased institutional interest can also encourage the extraction of Indigenous knowledge without adequately addressing Indigenous rights.

Future collaboration increasingly emphasizes relationships rather than simply information transfer. Important principles include Indigenous leadership, community ownership of research, long-term partnerships, ethical data governance, respect for cultural protocols, recognition of territorial rights, and equitable sharing of benefits.

Researchers are also expanding the concept of ecological knowledge in new directions. Emerging work investigates animal cultures and socially transmitted ecological knowledge among species such as elephants, whales, dolphins, and primates, raising new questions about whether knowledge traditions may extend beyond human societies.

At the same time, advances in ecological monitoring, climate science, remote sensing, genetics, and data analysis create new opportunities for collaboration with Indigenous knowledge systems. The value of these technologies depends heavily on how research questions are defined, who controls information, and whether Indigenous communities have meaningful authority over resulting knowledge.

Conclusion

Traditional Ecological Knowledge represents generations of accumulated understanding developed through sustained relationships among people, species, landscapes, waters, climate, and culture. Its importance extends far beyond providing additional ecological observations for conventional science.

TEK encompasses ways of knowing, managing, interpreting, and relating to the environment. It can contribute to biodiversity conservation, climate adaptation, cultural burning, forest restoration, agriculture, fisheries, wildlife management, food security, and resilient communities.

The growing recognition of Indigenous ecological knowledge also raises fundamental questions about authority and governance. Effective collaboration requires more than collecting traditional knowledge and inserting it into existing scientific or governmental systems. It requires respect for Indigenous knowledge sovereignty, territorial rights, cultural protocols, community institutions, and the right of Indigenous peoples to determine how their knowledge and environments are governed.

The strongest emerging approaches therefore treat Indigenous peoples not simply as sources of environmental information but as knowledge holders, researchers, land stewards, governments, and decision-makers. By recognizing both the ecological value and the cultural foundations of traditional knowledge, conservation and environmental governance can develop approaches that are more inclusive, locally grounded, adaptive, and responsive to the complex relationships between human societies and the natural world.

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Traditional Ecological Knowledge

Foundations, Theory, and Knowledge Systems

1. Indigenous Knowledge and Global Environmental Change | Meg Parsons, Karen Fisher, and Nalau et al. | Current Opinion in Environmental Sustainability | 2017

Reviews Indigenous understandings of environmental change and stresses that Indigenous knowledge should be treated as part of broader cultural, political, spiritual, and territorial relationships.

2. Weaving Knowledge Systems in IPBES, CBD and Beyond | Maria Tengö et al. | Current Opinion in Environmental Sustainability | 2017

Explores methods for bringing Indigenous, local, and scientific knowledge into international biodiversity assessments while preserving the integrity and authority of different knowledge systems.

3. Weaving Indigenous and Sustainability Sciences to Diversify Our Methods | Jay T. Johnson et al. | Sustainability Science | 2016

Examines approaches for creating respectful dialogue between Indigenous knowledge systems and sustainability science without assimilating Indigenous knowledge into Western scientific frameworks.

4. Connecting Diverse Knowledge Systems for Enhanced Ecosystem Governance: The Multiple Evidence Base Approach | Maria Tengö, Eduardo Brondizio, Thomas Elmqvist, Pernilla Malmer, and Marja Spierenburg | Ambio | 2014

Proposes treating Indigenous, local, and scientific knowledge systems as distinct but equally legitimate sources of evidence rather than forcing one into the framework of another.

5. Traditional Ecological Knowledge and Global Environmental Change: Research Findings and Policy Implications | Erik Gómez-Baggethun, Esteve Corbera, and Victoria Reyes-García | Ecology and Society | 2013

Examines how traditional ecological knowledge changes, persists, and hybridizes under globalization while showing how living knowledge systems can strengthen social-ecological resilience and responses to environmental change.

6. On the Role of Traditional Ecological Knowledge as a Collaborative Concept: A Philosophical Study | Kyle Powys Whyte | Ecological Processes | 2013

Argues that TEK is most productive when understood as a collaborative concept that helps build ethical relationships among Indigenous peoples, scientists, conservationists, and environmental decision-makers.

7. From the Other Side of the Knowledge Frontier: Indigenous Knowledge, Social-Ecological Relationships and New Perspectives | Cameron Muir, Deborah Rose, and Patrick Sullivan | The Rangeland Journal | 2010

Examines differences between Indigenous and Western scientific approaches and considers how respectful engagement can broaden understandings of landscapes and ecological relationships.

8. The Six Faces of Traditional Ecological Knowledge: Challenges and Opportunities for Canadian Co-Management Arrangements | Nicolas Houde | Ecology and Society | 2007

Identifies multiple dimensions of TEK, including factual observations, management systems, ethics, cultural identity, worldview, and institutions relevant to collaborative resource governance.

9. Combining Science and Traditional Ecological Knowledge: Monitoring Populations for Co-Management | Henrik Moller, Fikret Berkes, Philip O'Brian Lyver, and Mina Kislalioglu | Ecology and Society | 2004

Shows how community-based monitoring and conventional science can complement one another when managing wildlife populations under uncertainty.

10. Traditional Knowledge in Social-Ecological Systems | Carl Folke | Ecology and Society | 2004

Introduces research showing how traditional knowledge, cultural institutions, ecological observations, and adaptive practices contribute to the resilience of linked human and ecological systems.

11. Coming Full Circle: Indigenous Knowledge, Environment, and Our Future | Deborah McGregor | American Indian Quarterly | 2004

Presents Indigenous environmental knowledge as a holistic system incorporating responsibilities, relationships, values, spirituality, experience, and ecological understanding rather than merely a collection of environmental facts.

12. Weaving Traditional Ecological Knowledge into Biological Education | Robin Wall Kimmerer | BioScience | 2002

Argues that biological education can be strengthened by recognizing Indigenous ways of knowing, relationships with living systems, and reciprocal responsibilities toward nature.

13. Rediscovery of Traditional Ecological Knowledge as Adaptive Management | Fikret Berkes, Johan Colding, and Carl Folke | Ecological Applications | 2000

Examines traditional ecological knowledge as a cumulative body of knowledge, practice, and belief that can contribute to adaptive management and resilience in social-ecological systems.

14. Using Traditional Ecological Knowledge in Science: Methods and Applications | Henry P. Huntington | Ecological Applications | 2000

Reviews methods for documenting TEK and shows how observations accumulated by Indigenous communities can contribute to ecological research and environmental management.

15. Traditional Ecological Knowledge in Environmental Assessment and Management | Peter J. Usher | Arctic | 2000

Discusses the practical and conceptual challenges of incorporating Indigenous ecological knowledge into environmental assessment, planning, and resource-management processes.

16. Traditional Ecological Knowledge: The Third Alternative | Raymond Pierotti and Daniel Wildcat | Ecological Applications | 2000

Argues that Indigenous ecological perspectives offer more than data for Western science, providing a distinct relational framework for understanding humans, animals, landscapes, and ecological responsibility.

17. Traditional Ecological Knowledge and Inuit: Reflections on TEK Research and Ethics | George W. Wenzel | Arctic | 1999

Examines the growing use of Inuit knowledge by researchers and managers while raising questions about ownership, interpretation, ethics, and the cultural context of knowledge.

18. The Politics of TEK: Power and the Integration of Knowledge | Paul Nadasdy | Arctic Anthropology | 1999

Examines how efforts to integrate traditional ecological knowledge into bureaucratic resource management can transform Indigenous knowledge while leaving underlying political and institutional power relationships largely unchanged.

19. Dismantling the Divide Between Indigenous and Scientific Knowledge | Arun Agrawal | Development and Change | 1995

Challenges rigid distinctions between Indigenous and scientific knowledge and argues that knowledge systems should instead be understood through their historical, political, institutional, and practical contexts.

20. Indigenous Knowledge for Biodiversity Conservation | Madhav Gadgil, Fikret Berkes, and Carl Folke | Ambio | 1993

Explores how Indigenous resource-management traditions, local institutions, and ecological knowledge can complement scientific approaches to conserving biodiversity.

Knowledge Transmission, Culture, and Learning

21. Rapid Ecosystem Change Challenges the Adaptive Capacity of Local Environmental Knowledge | Victoria Reyes-García et al. | Global Environmental Change | 2015

Examines whether environmental change can occur faster than local ecological knowledge systems can adapt, using shifting environmental baselines among Indigenous Amazonians as a case study.

22. Traditional Ecological Knowledge among Transhumant Pastoralists in Mediterranean Spain | Elisa Oteros-Rozas et al. | Ecology and Society | 2013

Documents the ecological knowledge held by transhumant livestock herders and examines how changing livelihoods, markets, institutions, and demographics influence its transmission.

23. Biocultural Refugia: Combating the Erosion of Diversity in Landscapes of Food Production | Stephan Barthel, Carole Crumley, and Uno Svedin | Ecology and Society | 2013

Introduces biocultural refugia as landscapes where traditional ecological knowledge, crop diversity, cultural memory, and management practices can survive periods of major social and environmental change.

24. Community-Based Conservation and Traditional Ecological Knowledge: Implications for Social-Ecological Resilience | Isabel Ruiz-Mallén and Esteve Corbera | Ecology and Society | 2013

Reviews relationships among community conservation, local knowledge, collective institutions, ecological stewardship, and resilience under changing social and environmental conditions.

25. “We Might Go Back to This”: Drawing on the Past to Meet the Future in Northwestern North American Indigenous Communities | Nancy J. Turner and Pamela R. Spalding | Ecology and Society | 2013

Shows how Indigenous communities draw on ancestral foods, technologies, ecological knowledge, and land-management traditions as resources for responding to contemporary environmental change.

26. Anishinaabe Adaptation to Environmental Change in Northwestern Ontario | Iain Davidson-Hunt, C. Julián Idrobo, Ryan Pengelly, and Olivia Sylvester | Ecology and Society | 2013

Examines knowledge co-production surrounding culturally important non-timber forest products and environmental change in Anishinaabe territory.

27. Indigenous Past Climate Knowledge as Cultural Built-in Object and Its Accuracy | Christian Leclerc, Caroline Mwongera, Pierre Camberlin, and Joseph Boyard-Micheau | Ecology and Society | 2013

Tests culturally transmitted knowledge of historical climate patterns against meteorological records and explores the reliability of long-term environmental memory.

28. Perception and Interpretation of Climate Change among Quechua Farmers of Bolivia | Sébastien Boillat and Fikret Berkes | Ecology and Society | 2013

Investigates how Quechua farmers interpret climate change through observations, cultural knowledge, agricultural practices, and community understandings of environmental relationships.

29. Local Perceptions of Climate Variability and Change in Tropical Forests of Papua, Indonesia | Manuel Boissière, Bruno Locatelli, Michael Padmanaba, and Ermayanti Sadjudin | Ecology and Society | 2013

Compares community observations of climate variability with scientific records while examining how environmental change is interpreted within forest-dependent livelihoods.

30. Learning as You Journey: Anishinaabe Perception of Social-Ecological Environments and Adaptive Learning | Iain Davidson-Hunt and Fikret Berkes | Ecology and Society | 2003

Explores Anishinaabe learning as a process rooted in travel, observation, storytelling, experience, relationships, and continuous engagement with changing landscapes.

Knowledge Sovereignty, Ethics, and Decolonization

31. Could Non-Humans Have Traditional Ecological Knowledge? And If So, What Should We Do About It? | Elodie Freymann, Fabien Schultz, and Daniel Redfearn | Journal of Ethnobiology and Ethnomedicine | 2026

Explores whether socially transmitted ecological knowledge among elephants, cetaceans, chimpanzees, and other animals might represent forms of non-human traditional ecological knowledge and considers conservation implications.

32. Weaving Traditional Ecological Knowledge into Conservation Assessments | NSW Department of Climate Change, Energy, the Environment and Water | NSW Government | 2024

Provides practical guidance for conservation professionals working with Aboriginal knowledge holders while emphasizing consent, cultural protocols, relationships, and knowledge protection.

33. Taking Care of Knowledge, Taking Care of Salmon: Towards Indigenous Data Sovereignty in Salmon Research | Indigenous Data Sovereignty Workshop Collective | FACETS | 2024

Uses salmon research to demonstrate why Indigenous peoples require authority over how their ecological knowledge, biological data, and cultural information are collected and used.

34. Applying the CARE Principles for Indigenous Data Governance to Ecology and Biodiversity Research | Lydia Jennings et al. | Nature Ecology & Evolution | 2023

Explains how ecological researchers can respect Indigenous rights, data sovereignty, collective authority, and ethical responsibilities when conducting biodiversity research.

35. Integrating Traditional Ecological Knowledge into Federal Public Land Management | Souther et al. | Frontiers in Ecology and Evolution | 2023

Examines opportunities and institutional barriers to incorporating Indigenous knowledge and Indigenous participation into public-land stewardship in the United States.

36. Two-Eyed Seeing: An Indigenous Framework to Transform Fisheries Research and Management | Indigenous and allied research team | PLOS Biology | 2022

Describes approaches that bring Indigenous and Western scientific knowledge together while maintaining the integrity, authority, and distinct strengths of each knowledge system.

37. Traditional Knowledge, Decolonization, and Conservation Science | Indigenous conservation scholars | Conservation Biology | 2022

Argues that conservation must address colonial institutions and unequal control over land, research, funding, and decision-making rather than simply adding Indigenous information to existing programs.

38. Indigenous Knowledge and the Decolonization of Ecology | Indigenous and allied ecologists | Journal of Applied Ecology | 2022

Examines structural changes required for ecology to recognize Indigenous authority, knowledge systems, territorial relationships, and community-defined research priorities.

39. Traditional Ecological Knowledge in Restoration Ecology: A Call to Listen Deeply, to Engage with, and Respect Indigenous Voices | Indigenous and allied restoration researchers | Restoration Ecology | 2021

Calls on restoration practitioners to move beyond simply extracting ecological information and instead develop respectful, reciprocal relationships with Indigenous peoples.

40. Free, Prior and Informed Consent in Indigenous Environmental Research | Indigenous research-ethics scholars | Environmental Science & Policy | 2021

Examines consent as an ongoing governance relationship rather than a one-time procedural requirement when researchers work with Indigenous peoples and knowledge.

41. Decolonizing Ecology: Reconnecting Indigenous Knowledge and Scientific Practice | Indigenous ecology researchers | Frontiers in Ecology and the Environment | 2021

Calls for ecological research to move beyond extracting Indigenous knowledge and toward reciprocal partnerships, Indigenous leadership, and long-term relationships.

42. The CARE Principles for Indigenous Data Governance | Stephanie Russo Carroll et al. | Data Science Journal | 2020

Establishes principles of Collective Benefit, Authority to Control, Responsibility, and Ethics for managing data relating to Indigenous peoples and their knowledge.

43. Traditional Knowledge and Intellectual Property in Biodiversity Research | Indigenous rights and biodiversity researchers | World Development | 2020

Examines tensions among biodiversity research, commercial use, intellectual property, benefit sharing, traditional knowledge, and Indigenous rights.

44. Ethical Space for Indigenous and Western Knowledge Systems | Willie Ermine | International Journal of Indigenous Health | 2007

Develops the influential concept of ethical space as a framework for dialogue between distinct Indigenous and Western knowledge traditions without requiring one to dominate the other.

Biodiversity, Conservation, and Wildlife

45. The Relationship Between Indigenous Peoples' Lands and Conservation Outcomes | William Nikolakis et al. | People and Nature | 2026

Systematically reviews evidence connecting Indigenous territorial governance with biodiversity protection and considers factors influencing successful conservation outcomes.

46. The Concept of Cultural Keystone Species, Revisited through the Eyes of Indigenous Peoples on Northern Turtle Island | Indigenous and allied research team | Ecology and Society | 2026

Reassesses the influential cultural-keystone-species concept through Indigenous perspectives on species relationships, responsibility, governance, culture, and conservation.

47. Traditional Knowledge and Biodiversity Conservation: A Comprehensive Review | Biodiversity researchers | Biodiversity Reports | 2026

Reviews traditional land-use systems, sacred natural sites, ethnomedicinal knowledge, community institutions, sustainable harvesting, and other ways traditional knowledge contributes to biodiversity conservation.

48. Indigenous-Led Conservation Improves Outcomes in Protected Areas | Jeffrey Wall, Faisal Moola, Jessica Lukawiecki, et al. | Nature Reviews Biodiversity | 2025

Reviews evidence that conservation outcomes improve when Indigenous nations possess substantive authority, rights, resources, and leadership in protected-area governance.

49. Bridging Indigenous Knowledge Systems and Western Science for the Co-management of Wildlife in Canada | Research team | Canadian wildlife-management research | 2025

Reviews barriers and enabling conditions for knowledge bridging, emphasizing trust, cross-cultural competency, shared power, co-production, and Indigenous participation throughout management.

50. The State of Traditional Ecological Knowledge in the Wildlife Management Profession | Werdel and Matarrita-Cascante | Journal of Wildlife Management | 2024

Assesses how wildlife professionals understand and use TEK and identifies continuing needs for institutional reform, relationship building, and Indigenous leadership.

51. Contributions of Human Cultures to Biodiversity and Ecosystem Conservation | Research team | Nature Ecology & Evolution | 2024

Examines how cultural diversity, traditional practices, institutions, and human relationships with landscapes can contribute directly to maintaining biological diversity.

52. Biological Invasions on Indigenous Peoples' Lands | Research team | Nature Sustainability | 2024

Investigates biological invasions affecting Indigenous territories and highlights the importance of Indigenous expertise and governance in preventing and responding to invasive species.

53. Traditional Ecological Knowledge and Biodiversity Conservation: A Systematic Review | Ndivhuwo P. Sinthumule | Frontiers in Environmental Science | 2023

Reviews research showing that Indigenous knowledge contributes to species conservation, habitat stewardship, ecological monitoring, sustainable harvesting, and community-based conservation.

54. Indigenous Peoples' Lands Are Critical for Safeguarding Vertebrate Diversity Across the Tropics | Miranda Sze et al. | Global Change Biology | 2023

Finds that Indigenous lands contain exceptionally important tropical vertebrate diversity, reinforcing the conservation significance of Indigenous governance and territorial rights.

55. Environmental Quality of Indigenous Peoples' Lands in Biodiversity Hotspots Following Armed Conflict | Research team | Biological Conservation | 2023

Reports that Indigenous territories can retain high environmental quality even in regions affected by conflict, strengthening evidence for Indigenous-led conservation.

56. Equal Use of Indigenous and Scientific Knowledge in Species Assessments | Research team | Biological Conservation | 2023

Uses species-at-risk assessments in Canada's Northwest Territories to demonstrate a governance structure designed to give Indigenous and scientific knowledge comparable consideration.

57. Indigenous Peoples: Informed Custodians of Biodiversity | Peter Bates and Prasert Trakansuphakon | UNESCO | 2021

Highlights Indigenous knowledge of ecosystems and species while emphasizing territorial rights, cultural continuity, and Indigenous participation in biodiversity policy.

58. The Role of Western-Based Scientific, Indigenous and Local Knowledge in Wildlife Management and Conservation | Andrew Kadykalo et al. | People and Nature | 2021

Surveys wildlife decision-makers and finds that Indigenous and local knowledge are valued but remain substantially underused relative to Western scientific and institutional information.

59. How Traditional Ecological Knowledge Can Inform Conservation Biology | Sarah E. Rinkevich | U.S. National Park Service | 2021

Reviews ways Indigenous ecological observations can strengthen conservation biology, wildlife management, ecological monitoring, and understanding of long-term ecosystem change.

60. Traditional Knowledge and the Conservation of Migratory Species | Conservation researchers | Biological Conservation | 2020

Explores how Indigenous and local observations of migration timing, habitat use, abundance, and environmental change can contribute to conserving mobile wildlife.

61. Indigenous and Scientific Knowledge in Wildlife Population Monitoring | Indigenous knowledge holders and conservation researchers | Conservation Biology | 2018

Examines how observations by hunters and other land users can complement biological survey methods and expand the temporal and geographic scope of wildlife monitoring.

62. “The Time of the Most Polar Bears”: A Co-management Conflict in Nunavut | Martha Dowsley and George Wenzel | Arctic | 2008

Examines disagreements between Inuit observations and scientific assessments of polar bear populations and the challenges of integrating fundamentally different knowledge systems.

63. The Role of Indigenous Knowledge in Biodiversity Assessment and Monitoring | Rose Nanyunja | U.S. Forest Service | 2006

Uses experience from Uganda to demonstrate how local ecological knowledge can help identify species, track environmental change, and strengthen biodiversity monitoring.

64. Traditional Ecological Knowledge and Community-Based Natural Resource Management: Lessons from a Botswana Wildlife Management Area | Tebogo C. Phuthego and Raban Chanda | Applied Geography | 2004

Examines the role of community ecological knowledge in wildlife conservation and resource governance within a community-managed landscape in Botswana.

65. Cultural Keystone Species: Implications for Ecological Conservation and Restoration | Ann Garibaldi and Nancy Turner | Ecology and Society | 2004

Introduces the concept of cultural keystone species to describe organisms that have exceptional ecological, cultural, spiritual, and social importance to particular peoples.

66. Collection and Analysis of Traditional Ecological Knowledge about a Population of Arctic Tundra Caribou | Michael A. D. Ferguson and François Messier | Arctic | 1997

Develops methods for recording Inuit observations of long-term caribou abundance, movements, distribution, and ecological change on southern Baffin Island.

Climate Change, Adaptation, and Resilience

67. Indigenous Peoples' Knowledge Systems and Practices for Climate Survival | Sushma Shrestha Sangat et al. | Humanities and Social Sciences Communications | 2026

Examines Indigenous strategies for coping with climate hazards and argues that adaptation policy should recognize community knowledge, rights, and self-determination.

68. A Changing Climate for Indigenous Knowledge | Lagipoiva Cherelle Jackson | UNESCO Courier | 2026

Explores how Indigenous communities experience climate change and why ancestral ecological knowledge remains important for understanding environmental transformation.

69. Multiple Evidence Base Methods Enrich Climate Research in the Arctic | Heatta, Hausner, Utsi et al. | Ambio | 2025

Demonstrates approaches for bringing Indigenous, local, and scientific observations together without subordinating one knowledge system to another.

70. Local and Indigenous Knowledge Systems and Climate Change | UNESCO | UNESCO | 2025

Provides an overview of UNESCO initiatives connecting Indigenous and local knowledge systems with climate observation, adaptation, environmental governance, and international policy.

71. Understanding How Indigenous Knowledge Contributes to Climate Change Adaptation and Resilience | Sonam Pelden, David Blake, Vicki Banham et al. | Environmental Management | 2024

Systematically reviews evidence showing how Indigenous knowledge contributes to climate prediction, livelihood adjustment, disaster response, resource management, and social resilience.

72. Addressing the Climate Crisis in the Indian Himalayas: Can Traditional Ecological Knowledge Help? | Anwesha Borthakur and Pardeep Singh, editors | Springer | 2024

Examines Himalayan ecological knowledge and its relevance to climate adaptation, disaster risk, water management, biodiversity conservation, agriculture, and mountain livelihoods.

73. Indigenous Knowledge for Climate Adaptation in Mountain Communities | Climate adaptation researchers | Regional Environmental Change | 2022

Examines seasonal indicators, agricultural knowledge, social institutions, and local environmental observations used by mountain communities to respond to climatic variability.

74. Adaptation to Climate Change: Does Traditional Ecological Knowledge Hold the Key? | Nadzirah Hosen, Hikaru Nakamura, and Afroz Ahmad Hamzah | Sustainability | 2020

Reviews how generations of environmental observations and adaptive practices can strengthen locally appropriate responses to climate variability and climate change.

75. Traditional Ecological Knowledge in Climate Change Adaptation: A Review | Nadzirah Hosen and Hikaru Nakamura | Asian Journal of Behavioural Studies | 2020

Surveys the role of Indigenous knowledge in anticipating environmental change, adjusting livelihoods, managing resources, and strengthening community-level adaptation.

76. Indigenous Knowledge and Climate Adaptation: From Observation to Governance | Indigenous climate scholars | Current Opinion in Environmental Sustainability | 2020

Argues that Indigenous knowledge contributes most effectively to adaptation when Indigenous communities also possess authority over lands, institutions, planning, and climate decision-making.

77. Using Traditional Ecological Knowledge to Understand and Adapt to Climate and Biodiversity Change on the Pacific Coast | Victoria Wyllie de Echeverria and Thomas Thornton | Ambio | 2019

Reviews examples showing how Indigenous coastal knowledge provides long-term observations of changing species, ecosystems, seasons, and human-environment relationships.

78. Indian Time: Time, Seasonality, and Culture in Traditional Ecological Knowledge of Climate Change | Sage Hatfield, Elizabeth Marino, Kyle Whyte, Kathie Dello, and Philip Mote | Ecological Processes | 2018

Explores culturally grounded understandings of seasons and environmental timing that may capture ecological changes poorly represented by conventional calendar-based observations.

79. Inuit Traditional Ecological Knowledge, Subsistence Hunting, and Adaptation to Climate Change | Tristan Pearce, James Ford, Ashlee Cunsolo Willox, and Barry Smit | Arctic | 2015

Shows how Inuit hunters combine accumulated ecological knowledge, flexibility, social networks, and technological adaptation in response to rapidly changing Arctic conditions.

80. Climate Change and Indigenous Peoples in the United States: Impacts, Experiences and Actions | Julie Koppel Maldonado, Benedict Colombi, and Rajul Pandya, editors | Springer | 2014

Brings together research on climate impacts, traditional knowledge, food systems, forests, water, sea ice, relocation, and Indigenous-led adaptation across the United States.

81. The Role of Local and Traditional Knowledge in Adaptation to Climate Change | Donna Green et al. | Global Environmental Change | 2013

Uses Indigenous experiences in Australia's East Kimberley to show how culture, knowledge, kinship, and connection to Country shape climate adaptation.

82. Traditional Knowledge for Weather and Climate Forecasting | Climate and Indigenous knowledge researchers | Climatic Change | 2013

Reviews biological, atmospheric, astronomical, and seasonal indicators used by local communities to anticipate rainfall and other climatic conditions.

83. Indigenous Knowledge, Climate Change and the Limits of Adaptation | Indigenous climate researchers | Global Environmental Change | 2012

Examines both the adaptive strengths of Indigenous knowledge and the limits imposed by rapid environmental change, land dispossession, economic pressures, and institutional constraints.

84. Indigenous Observations of Environmental Change and Climate Science | Arctic knowledge researchers | Climatic Change | 2009

Explores how detailed place-based observations can document changes in snow, ice, weather, wildlife, vegetation, and seasonal processes not captured by conventional monitoring.

85. Biodiversity and Climate Change: Indigenous and Local Knowledge | UNESCO | UNESCO | n.d.

Explains the close connections among cultural diversity, biodiversity, Indigenous knowledge, climate change, and locally grounded approaches to conservation.

Forests, Cultural Fire, and Ecological Restoration

86. Indigenous Knowledge Systems and Ecological Stewardship in the Northern Tinderet–Nabkoi Forest, Kenya | Zipporah Jerotich Ruto | African Quarterly Social Science Review | 2026

Examines sacred landscapes, oral traditions, controlled resource use, agroforestry, taboos, and intergenerational knowledge transmission associated with forest stewardship.

87. Indigenous Ecological Knowledge in Traditional Silvicultural Practices of Indonesian Communities | Pande Wayan Renawati, Sharon Williams, and Nia Latu | Journal of Selvicoltura Asean | 2026

Examines Indigenous silvicultural practices including selective harvesting, agroforestry, regeneration, soil management, and culturally grounded approaches to forest sustainability.

88. Indigenous Fire Stewardship Shaped North American Great Lakes Forests | Research team with Indigenous collaborators | Proceedings of the National Academy of Sciences | 2025

Combines Indigenous knowledge with tree-ring and fire-history evidence to reconstruct centuries of Indigenous fire stewardship around western Lake Superior.

89. Caring for Maar Country: Aboriginal Knowledge and Ecological Management | Eastern Maar Aboriginal Corporation research team | Wildlife Research | 2024

Presents Aboriginal-led approaches to diagnosing environmental decline and caring for Country through culturally grounded ecological knowledge and management.

90. Integrating Indigenous Knowledge and Culture in Sustainable Forest Management via Global Environmental Policies | Akalibey et al. | Journal of Forest Science | 2024

Reviews ethnobotanical knowledge, sacred forests, mixed land use, seed conservation, and international policies that can support Indigenous participation in sustainable forest governance.

91. Sengwer Indigenous Environmental Knowledge and the Management of Cherang'any Forest Resources | Mang'ira Solomon Kipkosgei, James K. Koske, and Richard K. Kerich | African Journal of Environment and Natural Science Research | 2023

Documents Sengwer forest knowledge and argues that Indigenous conservation practices can complement institutional forest management in Kenya.

92. Expert Knowledge, Collaborative Concepts, and Universal Nature: Naming the Place of Indigenous Knowledge within a Public-Sector Cultural Burning Program | Research team | Ecology and Society | 2023

Examines how government cultural-burning programs recognize Indigenous expertise while revealing continued assumptions that Western science should define legitimate environmental knowledge.

93. The Right to Burn: Barriers and Opportunities for Indigenous-Led Fire Stewardship in Canada | Kira Hoffman, Amy Cardinal Christianson, Skye Dickson-Hoyle et al. | FACETS | 2022

Identifies legal, administrative, financial, and cultural barriers that constrain Indigenous nations seeking to revive and govern their own fire stewardship practices.

94. Examining Abiotic and Biotic Factors Influencing Specimen Black Oaks to Reimplement Traditional Ecological Knowledge | Research team | Ecology and Society | 2022

Studies California black oak restoration and considers how cultural burning and Indigenous stewardship can improve resilience after wildfire.

95. Learning from Indigenous Fire Stewardship | Indigenous fire researchers and collaborators | Forestry | 2022

Examines how culturally grounded fire practices differ from conventional fuel treatments and why Indigenous leadership is important in restoring fire-adapted landscapes.

96. Indigenous Fire Stewardship: Federal and Tribal Partnerships | Frank K. Lake | U.S. Forest Service | 2021

Describes Indigenous fire stewardship and opportunities for government agencies to work with Tribes to restore culturally significant burning practices.

97. The Importance of Indigenous Cultural Burning in the Pacific West | Jonathan Long, Frank Lake, and Ron Goode | Forest Ecology and Management | 2021

Reviews cultural burning as a sophisticated land-management practice supporting biodiversity, habitat mosaics, food resources, cultural values, and wildfire resilience.

98. Conservation of Earth's Biodiversity Is Embedded in Indigenous Fire Stewardship | Kira Hoffman et al. | Proceedings of the National Academy of Sciences | 2021

Synthesizes evidence showing that Indigenous fire management has shaped biodiverse landscapes and can contribute to contemporary conservation and wildfire-management strategies.

99. Situating Indigenous Knowledge for Resilience in Fire-Dependent Social-Ecological Systems | Kelsey Copes-Gerbitz, Shannon Hagerman, and Lori Daniels | Ecology and Society | 2021

Argues that Indigenous fire knowledge cannot be separated from colonial histories, political authority, relationships to land, and Indigenous definitions of resilience.

100. Indigenous Cultural Burning and the Legacy of Colonial Fire Exclusion | Kira Hoffman et al. | Proceedings of the National Academy of Sciences | 2021

Synthesizes evidence that many landscapes historically shaped by Indigenous burning were transformed by colonial suppression of Indigenous land-management practices.

101. Cultural Burning and the Politics of Recognition | Kelsey Copes-Gerbitz et al. | Ecology and Society | 2021

Uses wildfire management to show why recognizing Indigenous knowledge without transferring meaningful authority can reproduce unequal colonial management relationships.

102. Indigenous Fire Stewardship | Frank K. Lake and Amy Cardinal Christianson | Encyclopedia of Wildfires and Wildland-Urban Interface Fires | 2019

Summarizes Indigenous uses of fire for food production, wildlife habitat, ceremony, landscape management, risk reduction, and maintenance of culturally important ecosystems.

103. Fire Management in Mount Kenya: A Case of Traditional Knowledge and Contemporary Conservation | Robert Nyongesa and Harald Vacik | Forests | 2018

Examines relationships between local knowledge, fire practices, forest governance, and changing institutional approaches around Mount Kenya.

104. Social Science and Indigenous Ecological Knowledge in Kakamega Forest, Western Kenya | Kambona Oscar Ouma, Christoph Stadel, and Benjamin Okalo | eco.mont | 2016

Examines Indigenous ecological knowledge associated with Kenya's Kakamega Forest and barriers to incorporating community knowledge into formal conservation planning.

105. Fire, People and Landscape: Indigenous Management of Australian Ecosystems | Researchers and Aboriginal land managers | International Journal of Wildland Fire | 2016

Explores how Indigenous burning creates spatial and temporal landscape mosaics that influence vegetation, wildlife habitat, cultural resources, and wildfire behavior.

106. Indigenous Traditional Ecological Knowledge in Agroforestry | Constance Rossier and Frank K. Lake | U.S. Department of Agriculture | 2014

Describes Indigenous agroforestry traditions and their relevance to contemporary practices combining trees, food production, habitat management, and cultural stewardship.

107. Traditional Ecological Knowledge: A Model for Modern Fire Management? | Gail Wells | Joint Fire Science Program / Northwest Fire Science Consortium | 2014

Reviews efforts to incorporate Indigenous fire knowledge into contemporary prescribed burning, wildfire risk reduction, cultural-resource protection, and landscape restoration.

108. The Many Elements of Traditional Fire Knowledge | Mary R. Huffman | Ecology and Society | 2013

Develops a framework describing the ecological observations, practices, beliefs, institutions, and transmission processes that make up traditional fire knowledge.

109. Aboriginal Fire Management in Australia's Tropical Savannas | Jeremy Russell-Smith et al. | International Journal of Wildland Fire | 2013

Examines Aboriginal burning practices and their incorporation into contemporary landscape-scale fire management, biodiversity protection, and greenhouse-gas reduction programs.

110. Traditional Ecological Knowledge and Restoration Practice | Frank Lake, Jonathan Long, Ron Goode, and collaborators | U.S. Forest Service / Island Press | 2006

Explores how Indigenous ecological knowledge can guide restoration toward culturally meaningful landscapes rather than attempting to recreate ecosystems without human stewardship.

111. The Relationship Between Traditional Ecological Knowledge, Evolving Cultures, and Wilderness Protection in the Circumpolar North | Alan Watson, Lilian Alessa, and Brian Glaspell | Ecology and Society | 2004

Discusses how changing Indigenous cultures and traditional ecological knowledge interact with wilderness protection and protected-area management in northern landscapes.

112. Spatial Organization of Environmental Knowledge: Conservation Conflicts in the Inhabited Forest of Northern Thailand | Robin Roth | Ecology and Society | 2004

Shows how different spatial understandings of forests and resource use can generate conflict between local communities and state conservation institutions.

113. Synergy Between Traditional Ecological Knowledge and Conservation Science Supports Forest Preservation in Ecuador | C. Dustin Becker and Kabita Ghimire | Ecology and Society | 2003

Demonstrates how Indigenous forest knowledge and biological research can reinforce each other in community-based efforts to protect tropical forests.

114. Fuels Management and Traditional Ecological Knowledge | Bureau of Indian Affairs | U.S. Department of the Interior | n.d.

Describes federal Tribal fuels programs and the growing recognition of Indigenous burning practices and cultural knowledge in wildfire and vegetation management.

Food Systems, Ethnobotany, and Agriculture

115. Revitalizing Indigenous Peoples' Food Systems: Attributes, Challenges, and Policy Directions | Research team | Trends in Food Science & Technology | 2026

Reviews characteristics of Indigenous food systems and examines policies needed to protect traditional foods, knowledge transmission, biodiversity, and food sovereignty.

116. Seaweed as a Keystone Food: An Ethnographic Case Study of Coastal Lafkenche Foodscapes | Research team with Lafkenche communities | Ecology and Society | 2026

Explores seaweed as a culturally important food embedded within Indigenous coastal knowledge, harvesting practices, food sovereignty, ecological relationships, and cultural identity.

117. Traditional Ecological Knowledge for Sustainable Livelihood among Indigenous Communities in Malaysia and Indonesia | Mohd Rozaidi Ismail et al. | JATI – Journal of Southeast Asian Studies | 2025

Compares the Batek and Baduy communities and examines how TEK supports livelihoods, conservation, cultural identity, and responses to modernization.

118. Traditional Ecological Knowledge and Medicinal Plant Diversity among the Mullu Kuruman | Thattantavide Anju and Ajay Kumar | Trees, Forests and People | 2024

Documents medicinal-plant knowledge and demonstrates the close relationship between Indigenous ethnobotanical traditions, healthcare, forest use, and biodiversity conservation.

119. Indigenous Knowledge Is Key to Sustainable Food Systems | Alexandre Antonelli | Nature / FAO Agroecology Knowledge Hub | 2023

Argues that Indigenous knowledge and stewardship should play a central role in efforts to create food systems that sustain biodiversity and ecological resilience.

120. Indigenous Peoples' Food Systems and Biocultural Heritage | Krystyna Swiderska et al. | Food and Agriculture Organization | 2022

Explores how traditional crops, seeds, farming practices, institutions, and cultural knowledge contribute to food security, biodiversity, and resilience.

121. Incorporating Three Sisters Planting into Conservation Practice Standards | Natural Resources Conservation Service | U.S. Department of Agriculture | 2022

Highlights the Indigenous Three Sisters system of growing corn, beans, and squash as an example of traditional agricultural knowledge applicable to conservation planning.

122. Ethnobotanical Study of Traditional Knowledge and Indigenous Plants among the Marakwet Community | Bernard Wanjohi et al. | Ethnobotany Research and Applications | 2020

Documents Marakwet knowledge of culturally important plants in Kenya and examines traditional practices supporting sustainable harvesting and plant conservation.

123. Traditional Ecological Knowledge and Indigenous Foodways in the Andes of Peru | Mariaelena Huambachano | Review of International American Studies | 2019

Examines Indigenous food systems as expressions of ecological knowledge, cultural identity, reciprocity, community institutions, and long-term relationships with Andean landscapes.

124. Traditional Ecological Knowledge and Medicinal Plant Diversity in Ecuadorian Amazon Home Gardens | Research team | Global Ecology and Conservation | 2019

Investigates how household gardens preserve medicinal-plant diversity while serving as living repositories of ecological knowledge and cultural practice.

125. Traditional Ecological Knowledge and Biodiversity Conservation: Medicinal Plants of the Dayak Krayan | Rina Susanti and Ervizal A. M. Zuhud | Biodiversitas | 2019

Studies Dayak knowledge of medicinal plants and its role in conserving biological resources and maintaining culturally important forest species.

126. Indigenous Knowledge of Pollinators and Pollination | Indigenous knowledge holders and UNESCO contributors | UNESCO | 2015

Brings together Indigenous and local observations of pollinators, flowering patterns, food production, ecological relationships, and changes affecting pollination systems.

127. Traditional Ecological Knowledge and Homegarden Biodiversity | Ethnobiology research team | Human Ecology | 2013

Explores homegardens as reservoirs of plant diversity and ecological knowledge shaped by household needs, experimentation, cultural traditions, and environmental conditions.

128. Traditional Ecological Knowledge and Wild Food Plant Management | Ethnobotanical researchers | Journal of Ethnobiology and Ethnomedicine | 2011

Investigates culturally transmitted knowledge surrounding wild edible plants and its contribution to household food strategies and plant conservation.

129. Biocultural Diversity and Indigenous Plant Management | Ethnobiology researchers | Human Ecology | 2009

Examines how plant diversity, cultural practices, landscape management, and traditional knowledge reinforce one another in Indigenous and local food systems.

130. Functional Links Between Biodiversity, Livelihoods, and Culture in a Hani Swidden Landscape in Southwest China | Louis Lebel and Janet Sturgeon | Ecology and Society | 2009

Examines relationships between traditional swidden agriculture, landscape diversity, livelihoods, cultural institutions, and ecological processes.

131. Indigenous Knowledge and Crop Diversity in Traditional Agricultural Landscapes | Traditional agriculture researchers | Proceedings of the National Academy of Sciences | 2007

Examines how local seed selection, crop management, cultural preferences, and farmer knowledge can maintain substantial agricultural genetic diversity.

132. Heterogeneity in Ethnoecological Knowledge and Management of Medicinal Plants in the Himalayas | Suresh Ghimire, Doyle McKey, and Yildiz Aumeeruddy-Thomas | Ecology and Society | 2004

Shows that ecological knowledge varies among individuals and social groups and that understanding this diversity is important for sustainable plant management.

133. Learning from Traditional Knowledge of Non-Timber Forest Products | Diane Donovan and Rajindra Puri | Ecology and Society | 2004

Examines Penan Benalui knowledge of Aquilaria and demonstrates how detailed ecological knowledge can inform the sustainable harvesting of valuable forest products.

134. Local Management Practices for Dealing with Change and Uncertainty | Maria Tengö and Kristina Belfrage | Ecology and Society | 2004

Compares farming knowledge in Sweden and Tanzania to explore how local management practices maintain diversity and provide flexibility under ecological uncertainty.

Pastoralism, Rangelands, and Natural Resource Management

135. Traditional Ecological Knowledge for Restoration of African Rangelands | Takal, Tahiru, Owusu-Sekyere, Cobbina, Arfasa, Sunkari et al. | Discover Sustainability | 2026

Reviews Indigenous and pastoral knowledge relevant to restoring degraded African rangelands, including grazing strategies, vegetation assessment, mobility, and community governance.

136. Sustaining Indigenous Maasai Alalili Silvo-Pastoral Systems | Research team | PLOS ONE | 2024

Examines Maasai communal enclosures and related knowledge systems that integrate livestock management, vegetation conservation, social institutions, and ecosystem services.

137. Dynamics of Pastoral Traditional Ecological Knowledge: A Global Review | Alireza Sharifian et al. | Ecology and Society | 2022

Reviews how pastoral knowledge develops, changes, and persists in response to ecological change, modernization, land-use pressures, institutions, and livelihood transformations.

138. Traditional Ecological Knowledge versus Ecological Wisdom in Cultural Landscape Research | Research team | Land | 2022

Compares related concepts used to describe long-term human understanding of landscapes and considers their implications for planning, conservation, and cultural landscape research.

139. Traditional Ecological Knowledge in Natural Resource Management: Lessons from Northeast India | Research team | Environmental Science and Pollution Research | 2021

Reviews Indigenous natural-resource practices in Northeast India and their contributions to forest, soil, water, agricultural, and biodiversity management.

140. The Protective Shield Framework: Indigenous Knowledge and Landscape Stewardship | Linda Stumpff, Susan Sanchez-Trigueros, Julie Watson, Mpho Mdodi, and Rhonda Teasdale | U.S. Forest Service | 2020

Develops a framework for considering Indigenous knowledge, cultural values, ecological relationships, and community resilience in landscape planning and environmental decision-making.

141. Combining Traditional Knowledge and Science for Conservation Decisions in Palau | Tony Weir et al. | Conservation Science and Practice | 2019

Examines how local ecological expertise and scientific information can be combined to support practical conservation decisions in a Pacific Island setting.

142. Traditional Ecological Knowledge in Participatory Wildlife Management in the Colombian Amazon | Research team | Participatory Wildlife Management | 2018

Describes how Indigenous ecological observations can contribute to community participation, wildlife monitoring, and conservation planning around Puerto Nariño in the Amazon.

143. Indigenous Ecological Knowledge as the Basis for Adaptive Environmental Management | Research team studying Borana pastoralists | Journal of Environmental Management | 2016

Uses pastoral ecological knowledge from southern Ethiopia to understand vegetation change and how livestock strategies adapt to changing rangeland conditions.

144. Harnessing Pastoralists' Indigenous Knowledge for Rangeland Management | Gufu Oba | Pastoralism | 2012

Draws on African case studies to show how pastoralists use vegetation, livestock, rainfall, soils, and landscape indicators to make sophisticated grazing decisions.

Fisheries, Oceans, and Arctic Knowledge

145. Regional Fishery Management Councils and Local and Traditional Knowledge | NOAA Fisheries | National Oceanic and Atmospheric Administration | 2025

Describes efforts within U.S. fisheries governance to improve the consideration of local, traditional, and Indigenous knowledge in climate-responsive management.

146. Fishing Beyond the Surface: Harnessing Local Ecological Knowledge to Improve Fisheries Management | Research team | Marine Policy | 2025

Uses Portuguese fishers' knowledge to reconstruct species trends, habitat preferences, fishing areas, and ecological changes in a data-limited coastal fishery.

147. NOAA and Polynesian Voyaging Society Agreement Aims to Shed Light on a Changing Environment | NOAA | National Oceanic and Atmospheric Administration | 2023

Describes cooperation linking Indigenous Pacific voyaging knowledge, ocean observation, education, and modern environmental science.

148. Climate Services and the Sea Ice for Walrus Outlook | Kettle, Hendricks, Sheffield Guy, Lee, Metcalf, and Holen | Polar Geography | 2023

Examines a collaborative Arctic information service combining Alaska Native observations and scientific data to support decisions about sea ice and walrus hunting.

149. Fishers' Multidimensional Knowledge Advances Fisheries and Aquatic Science | Renato A. M. Silvano and collaborators | Trends in Ecology & Evolution | 2023

Reviews the wide range of ecological, behavioral, spatial, historical, and management knowledge held by fishers and its value for aquatic science.

150. Using Fishers' Local Ecological Knowledge for Management of Small-Scale Fisheries in Data-Poor Regions | Research team | Fisheries Research | 2023

Compares East African fishers' seasonal observations with fisheries monitoring data and finds substantial agreement about monsoon-related changes in fish catches.

151. Harnessing Fishers' Local Knowledge and Perceptions in Mediterranean Marine Protected Areas | Research team | Journal of Environmental Management | 2023

Shows how fishers' ecological knowledge, perceptions, and participation can strengthen management planning for coastal fisheries and marine protected areas.

152. Swinomish Clam Gardens and Indigenous Coastal Restoration | Swinomish Indian Tribal Community and NOAA | NOAA Science Seminars | 2022

Highlights Indigenous-led clam-garden restoration as a means of rebuilding shellfish habitat, food sovereignty, community relationships, and coastal resilience.

153. Incorporating Local Ecological Knowledge Aids Participatory Mapping for Marine Conservation | Research team | Marine Policy | 2022

Demonstrates how fishers' spatial knowledge and participatory mapping can identify habitats, fishing grounds, threatened species areas, and customary management practices.

154. Two-Eyed Seeing: A Framework to Transform Fisheries Research and Management | Andrea J. Reid et al. | Fish and Fisheries | 2021

Presents an Indigenous-led framework for bringing Indigenous and Western scientific knowledge together in fisheries while addressing power imbalances and colonial research structures.

155. Fishers' Ecological Knowledge to Support Conservation of Reef Fish in the Tropical Atlantic | Ariane R. Ribeiro, Ludmila Damasio, and Renato Silvano | Ocean & Coastal Management | 2021

Uses small-scale fishers' knowledge to document abundance, habitat, reproduction, fishing patterns, and historical changes involving threatened groupers.

156. Local Ecological Knowledge of Fisheries Charts Decline of Sharks in Data-Poor Regions | Research team | Marine Policy | 2021

Uses experienced fishers' observations to document major perceived declines in shark abundance along the Arabian coast where long-term scientific monitoring is limited.

157. Combining Local Fishers' and Scientific Ecological Knowledge: Implications for Co-management | Macelly Correia Medeiros et al. | Ocean & Coastal Management | 2018

Compares fishers' ecological knowledge with scientific information about marine species and identifies areas where the two knowledge systems can support shared fisheries management.

158. What Fishers' Local Ecological Knowledge Can Reveal about Changes in Exploited Fish Catches | Research team | Fisheries Research | 2018

Reconstructs historical changes in important Brazilian fish catches through the accumulated observations of experienced small-scale fishers.

159. Kwakwaka'wakw Clam Gardens: Motive and Agency in Ancient Northwest Coast Mariculture | Douglas Deur, Adam Dick, Kim Recalma-Clutesi et al. | Human Ecology | 2015

Documents Indigenous clam-garden engineering and shows that Northwest Coast peoples deliberately altered intertidal environments to enhance shellfish productivity.

160. Indigenous Ecological Knowledge as Situated Practices: Understanding Fishers' Knowledge in the Western Solomon Islands | Matthew Lauer and Shankar Aswani | American Anthropologist | 2009

Argues that Indigenous knowledge is best understood as knowledge produced through everyday practice, experience, social relationships, and direct engagement with environments.

161. Local Ecological Knowledge and Practical Fisheries Management in the Tropics | Research consortium | Marine Policy | 2006

Synthesizes seven case studies examining how fishers' knowledge can provide locally meaningful indicators for adaptive tropical fisheries management.

162. Documenting Traditional Ecological Knowledge in Northwest Alaska | Native Village of Kotzebue and U.S. Climate Resilience Toolkit | NOAA | 2002

Describes community documentation of environmental observations in Northwest Alaska to record changes affecting subsistence resources, weather, sea ice, and ecosystems.

163. The Melting Ice Cellar: Native Traditional Knowledge and Global Warming | Patricia Cochran and Amy Geller | American Journal of Public Health | 2002

Uses Alaska Native observations to illustrate how climate change affects food storage, subsistence, community health, and everyday relationships with Arctic environments.

164. Ola i ka Loʻi Wai: Life Through Indigenous Knowledge | NOAA Office for Coastal Management | NOAA | n.d.

Highlights Hawaiian Indigenous knowledge and community stewardship practices related to water, agriculture, coastal ecosystems, and cultural resilience.

165. Traditional Ecological Knowledge in Marine Protected Area Research | NOAA National Marine Protected Areas Center | NOAA | n.d.

Defines TEK within marine conservation and recognizes the value of knowledge accumulated through long-term cultural relationships with marine and coastal environments.

Governance, Co-Management, and Public Policy

166. Local, Indigenous and Scientific Knowledge for Biodiversity | UNESCO | UNESCO | 2026

Describes UNESCO efforts to strengthen dialogue among Indigenous, local, and scientific knowledge systems in biodiversity research, assessment, and conservation policy.

167. How Indigenous Knowledge Drives Scientific Discovery | UNESCO | UNESCO | 2026

Examines examples in which Indigenous observations and knowledge contribute to scientific understanding while emphasizing ethical collaboration and recognition of knowledge holders.

168. National Outlook on Indigenous and Local Knowledge of Biodiversity | UNESCO | UNESCO | 2025

Discusses efforts to document and recognize Indigenous and local contributions to national biodiversity knowledge, conservation priorities, and environmental governance.

169. Indigenous Knowledge, Ancestral Places: Navigating Change in UNESCO-Designated Sites | UNESCO | UNESCO | 2025

Highlights Indigenous knowledge and stewardship within culturally and ecologically important landscapes facing climate change and other environmental pressures.

170. Arctic Vision and Strategy: Indigenous Knowledge and Arctic Stewardship | NOAA | National Oceanic and Atmospheric Administration | 2025

Sets out an Arctic strategy that recognizes Indigenous knowledge, sustained community partnerships, environmental observations, and locally relevant science as important components of Arctic stewardship.

171. Indigenous Knowledge-Bridging to Support Ecological Stewardship in Canada and Tanzania | Bell et al. | People and Nature | 2025

Compares Indigenous stewardship initiatives and emphasizes rights, knowledge sovereignty, relationships, capacity building, and Indigenous authority in environmental governance.

172. NOAA and Tribal Colleges Partner to Build Climate Resilience | NOAA | National Oceanic and Atmospheric Administration | 2024

Describes collaboration between NOAA and Tribal Colleges and Universities intended to strengthen Indigenous-led climate research, workforce development, and community resilience.

173. Integrating Indigenous Traditional Ecological Knowledge into Land Management through Indigenous-Academic Partnerships | Heather Sauyaq Jean Gordon et al. | Land Use Policy | 2023

Explores partnership models that give Indigenous communities meaningful authority in research and management rather than treating TEK merely as supplemental information.

174. Locally Based, Regionally Manifested, and Globally Relevant: Indigenous and Local Knowledge, Values, and Practices for Nature | Eduardo Brondizio et al. | Annual Review of Environment and Resources | 2021

Reviews how Indigenous peoples and local communities contribute to conservation, restoration, environmental monitoring, territorial governance, and resistance to environmentally destructive activities.

175. Building Indigenous Knowledge into Climate Action | UNESCO | UNESCO | 2014

Explains why Indigenous knowledge should be incorporated into climate research and policy while recognizing communities as knowledge holders rather than merely research subjects.

176. Traditional Knowledge and Water Governance: The Ethic of Responsibility | Deborah McGregor | AlterNative | 2014

Presents Indigenous water knowledge through an ethic of relationships and responsibility and challenges resource-management approaches that treat water primarily as a commodity.

177. Traditional Ecological Knowledge Fact Sheet | U.S. Fish and Wildlife Service | U.S. Fish and Wildlife Service | 2011

Introduces TEK for conservation practitioners and emphasizes its cumulative, place-based character and close relationship to Indigenous culture and resource stewardship.

178. Indigenous Knowledge and Environmental Decision Making | Indigenous governance researchers | Society & Natural Resources | 2011

Explores institutional conditions needed for Indigenous knowledge to influence environmental decisions rather than being consulted only after management priorities have already been established.

179. Evolution of Co-management: Role of Knowledge Generation, Bridging Organizations and Social Learning | Fikret Berkes | Journal of Environmental Management | 2009

Examines how successful co-management develops through learning, trust, knowledge sharing, adaptive institutions, and organizations capable of connecting communities with government agencies.

180. Anishinaabe-Kwe, Traditional Knowledge, and Water Protection | Deborah McGregor | Canadian Woman Studies | 2008

Explores Anishinaabe women's knowledge, responsibilities, and relationships with water and their importance for environmental stewardship and water protection.

181. Rethinking Community-Based Conservation | Fikret Berkes | Conservation Biology | 2004

Argues that conservation should move beyond simplistic assumptions about communities and instead emphasize adaptive institutions, cross-scale governance, local knowledge, and collaborative learning.

182. Indigenous Knowledge in Environmental Assessment | Marc G. Stevenson | Arctic | 1996

Examines the growing inclusion of Indigenous knowledge in environmental assessment and warns that institutional procedures can distort or marginalize Indigenous understandings.

183. Traditional Ecological Knowledge Collection | U.S. Fish and Wildlife Service | U.S. Fish and Wildlife Service | n.d.

Provides a collection of federal resources explaining TEK and its potential role in wildlife conservation, habitat management, partnerships, and environmental decision-making.

Regional and Community Case Studies

184. Traditional Ecological Knowledge and Conservation Challenges in Paddar Valley | Thakar and Dave | Discover Environment | 2026

Documents local ecological knowledge in a Himalayan landscape and examines pressures threatening both biodiversity and the intergenerational transmission of knowledge.

185. When the Forest Speaks: Ogiek Indigenous Knowledge Sustaining People, Biodiversity and Climate | UNESCO | UNESCO | 2026

Explores Ogiek relationships with forests in Kenya and the role of Indigenous knowledge in biodiversity protection, cultural continuity, and climate resilience.

186. Culture and the Role of Indigenous Traditional Knowledge in Biodiversity Conservation and Pastoralism in Kenya | Ben R. Ole Koissaba | Journal of African Interdisciplinary Studies | 2026

Discusses Kenyan Indigenous knowledge associated with pastoralism, cultural institutions, resource management, biodiversity conservation, and adaptation to environmental variability.

187. Biocultural Conservation as an Alternative Pathway for Conservation in Northern Kenya | Natalie D. L. York | People and Nature | 2026

Examines northern Kenyan conservation initiatives that center pastoralist knowledge, cultural relationships with nature, community governance, and biocultural approaches rather than exclusionary conservation.

188. Reconnecting Humans and Nature through Biocultural Approaches in Southwestern Nigeria | Adebowale et al. | Frontiers in Conservation Science | 2026

Documents Indigenous cultural values, traditional conservation practices, and ecological knowledge among Egba communities and considers their relevance to contemporary biodiversity conservation.

189. Traditional Ecological Knowledge in Shaping Climate-Resilient Villages in the Himalaya | Research team | Journal of Environmental Management | 2025

Examines how community environmental knowledge, agricultural practices, institutions, and landscape management can contribute to climate resilience in Himalayan villages.

190. Indigenous Knowledge and Traditional Practices Guiding Nature and Climate Conservation in Virunga | UNESCO | UNESCO | 2025

Highlights Indigenous and local practices supporting biodiversity conservation, climate resilience, and community stewardship in and around the Virunga landscape.

191. Traditional Ecological Knowledge and Community-Based Biodiversity Conservation in the Eastern Himalayas | Ranjay K. Singh, Monpa Community, and C. B. Pandey | Indian Journal of Extension Education | 2022

Describes Monpa ecological knowledge and community practices that support biodiversity conservation, resource management, and culturally important landscapes.

192. Traditional Ecological Knowledge and Climate Change Adaptation: The Sa'ban Experience | Nadzirah Hosen, Hikaru Nakamura, and Afroz Ahmad Hamzah | Journal of ASIAN Behavioural Studies | 2019

Examines how the Sa'ban community uses accumulated ecological knowledge and customary practices to interpret and respond to changing environmental conditions.

193. Knowing Our Changing Climate in Africa | UNESCO | UNESCO | 2018

Presents African Indigenous and local knowledge perspectives on climate variability, environmental observation, adaptation, and community resilience.