TNA Project Idea
TNA Project Idea
- Type:National PlanType of National plan:Objective:AdaptationSectors:Cross-sectoral enabler:Country:Bangladesh
Completion of 15 standpipes
Type:National PlanType of National plan:Objective:AdaptationSectors:Country:Côte d’IvoireThe general objective is to rapidly impact the daily lives of the target populations in order to contribute to the improvement of their living conditions. Specifically, it will be necessary to restore the continuity of the drinking water service by the realization / rehabilitation of hydraulic infrastructures especially in rural areas.
Improved crop varieties technology
Type:National PlanType of National plan:Objective:AdaptationSectors:Country:SudanTidal river management including computer simulation of tidal flow
Type:National PlanType of National plan:Objective:AdaptationSectors:Country:BangladeshProduction of improved seeds and seedlings
Type:National PlanType of National plan:Objective:AdaptationSectors:Country:SudanConstruction of 15 Rain water harvesting (haffir) in 15 state
Type:National PlanType of National plan:Objective:AdaptationSectors:Country:SudanUsing automatic water level in monitoring station
Type:National PlanType of National plan:Objective:AdaptationSectors:Country:SudanZero tillage technology for reduction of vulnerability to food insecurity and enhancement of farmers resilience in Gadarif State
Type:National PlanType of National plan:Objective:AdaptationSectors:Cross-sectoral enabler:Country:SudanWater stations inventory
Type:National PlanType of National plan:Objective:AdaptationSectors:Country:Costa RicaZero tillage technology
Type:National PlanType of National plan:Objective:AdaptationSectors:Country:SudanResearch results in the country showed that zero-tillage technology resulted in significant increase in sorghum production (from about 700 kg/ha to 1,650 kg/ha). Research findings also indicate that zero tillage is promising and recommended particularly in mechanized rain-fed agriculture, which is sensitive to climate change and constitutes 35% of the national cultivated land. With the current and future climate change vulnerabilities, the adoption of the technology is expected to increase resilience of vulnerable communities and consequently enhance their adaptation.