Quantifying biophysical and community impacts of improved fish passage in Lao PDR and Myanmar: Final report

Keyphrases

• Biophysical Impacts 100%
• Fish Passage 100%
• Lao PDR 100%
• Myanmar 100%
• Community Impacts 100%
• Fish Pass 60%
• South-East Asia 30%
• Restoration Works 30%
• Fisheries 20%
• Thailand 20%
• Vietnam 20%
• Mekong River 20%
• Cambodia 20%
• Mekong 20%
• River Floodplains 20%
• Proof of Concept Study 20%
• Food Security 10%
• International Conference 10%
• Government Officials 10%
• Implementation Process 10%
• Irrigated Agriculture 10%
• International Journals 10%
• Comprehensive Research 10%
• World Bank 10%
• Socio-economic Impact 10%
• Feeding Habitat 10%
• Nursery Habitat 10%
• Tropical Rivers 10%
• Infrastructure Development 10%
• Lower Mekong Basin 10%
• Inland Fisheries 10%
• Monitoring & Evaluation 10%
• United States Agency for International Development (USAID) 10%
• Socio-ecological Impacts 10%
• Spawning Habitat 10%
• Livelihood Improvement 10%
• Fisheries Production 10%
• Asian Development Bank 10%
• Project Progress 10%
• Evaluation Phase 10%
• Scientific Output 10%
• Knowledge Uptake 10%
• Lower Mekong 10%
• Masterclass 10%
• Large Tropical Rivers 10%
• Major Threat 10%
• Security Improvement 10%

Earth and Planetary Sciences

• Myanmar 100%
• Lao People's Democratic Republic 100%
• East Asia 75%
• Flood Plain 50%
• Thailand 50%
• Vietnam 50%
• Cambodia 50%
• Food Security 25%
• Ecological Impact 25%
• Life Cycle 25%
• Inland Fishery 25%
• World Bank 25%
• Socioeconomic Impact 25%
• Fishery Production 25%
• Asian Development Bank 25%
• Spawning 25%

Agricultural and Biological Sciences

• Floodplains 100%
• Spawning 50%
• Life Cycle 50%