Similar Items: Social and environmental impact of rapid change in the coastal zone of Vietnam: an assessment of sustainability issues
- Management of conflicts in rice-fishery production in the coastal zone of the Mekong River Delta and impacts on rural livelihood
- Applying the Resource Management Domain (RMD) concept to land and water use and management in the coastal zone: case study of Bac Lieu Province, Vietnam
- Social and environmental impact of rapid change in the coastal zone of Vietnam: An assessment of sustainability issues
- Land and water management in coastal zones: dealing with agriculture, aquaculture, fishery conflicts
- Environment and livelihoods in tropical coastal zones: managing agriculture, fishery, aquaculture conflicts
- Mekong river delta: effective water control for solving conflicts among agriculture, fisheries, aquaculture in coastal zones
Author: Gowing, J.W.
- Social and environmental impact of rapid change in the coastal zone of Vietnam: an assessment of sustainability issues
- Land and water management in coastal zones: Dealing with agriculture-aquaculture-fishery conflicts
- Land and water management in coastal zones: dealing with agriculture, aquaculture, fishery conflicts
- Social and environmental impact of rapid change in the coastal zone of Vietnam: An assessment of sustainability issues
- Livelihood impacts of water policy changes: Evidence from a coastal area of the Mekong River Delta
- Hydraulic and water quality modeling: A tool for managing land use conflicts in inland coastal zones
Author: To Phuc Tuong
- Aus-aman cropping system: a new approach for increasing cropping system intensity in southwest coastal Bangladesh
- Improving drainage is crucial for cropping system intensification in the poldered coastal zones of Bangladesh
- Coastal saline zones of the monsoon tropics: Problems and prospects
- Improving the productivity of the rice-shrimp system in the Southwest Coastal Region of Bangladesh
- Productive, profitable and resilient agriculture and aquaculture systems
- Producing more rice with less water from irrigated systems