Human and Ecological Risk Assessment An International Journal · 2018 · 29 citations · 20 references
Natural ResourcesEnvironmental SciencesFisheriesClimate Change AdaptationCommunity ResilienceIndigenous StudiesIndigenous Ecological KnowledgeIndigenous KnowledgeIndigenous PeoplesLocal KnowledgeParticipatory Rural AppraisalTraditional KnowledgeIndigenous Adaptation KnowledgeIndigenous Biocultural KnowledgeIndigenous Peoples ParticipationLocal Knowledge In GovernanceParticipatory AppraisalSocial-ecological ResilienceSocio-ecological ResilienceTraditional Knowledge Systems
Aboriginal communities of Northeast (NE) India remained in isolation from the mainland and lived in a distinct cultural milieu with the environment. Due to the high degree of exposure and better insight of ground realities, they may have rich traditional knowledge of perception, prediction, and adaptation to climate change. We accessed and illustrated the traditional knowledge on fish and fisheries from the region through participatory rural appraisal (PRA). Our study revealed that ecological and climatic circumstances are maintained through the traditional system of governance and local self-government. Local skills, tools, techniques, wisdom, beliefs and costumes of the aboriginal people act as a shock absorber during disasters and successfully build resilience to climatic hazards. Most of this knowledge was transmitted over successive generations and became a part of living, cultural and religion sustenance. Adaptation strategies at community level fisheries helps in reducing vulnerabilities to extreme weather such as drought, flood and erratic rainfall pattern. Adaptation to climate change in fisheries can decipher through strategies available from fine-scale spatial and grassroots levels. Mainstreaming of climate change adaptation efforts can only be achieved through extensive assessment, research, recognition and promotion of local skills, culture, indigenous knowledge as well as community-based fisheries.
20
The next generation of scenarios for climate change research and assessment
Richard H. Moss, Jae Edmonds, Kathy Hibbard et al. · Nature · 2010 · 6.6K citations
Natural Sciences, Earth Sciences, Environmental Sciences +14