Mechanized micro-water harvesting packages developed by ICARDA and the Jordanian National Agricultural Research Center (NARC) are being scaled out in collaboration with local communities, targeting at least 1,000 hectares per year and 20,000 km2 in the long term. The community-based approach effectively rehabilitates degraded dry agro-pastoral watersheds through water harvesting, plantation of native vegetation, and enhanced downstream flood-water agriculture. Community empowerment ensures long-term sustainability of the interventions. The program is expected to equip communities better for drought conditions while improving carbon storage in the uplands and reducing the need for agricultural inputs in the lowlands
We have developed the tools to decide what fertilizer application is needed for a specific landscape...
Overexploitation and climate change accelerates the degradation of Jordan’s arid rangelands. Uncover...
A series of outcome case studies are documented in three volumes covering individual stories and com...
A once degraded and unproductive Ethiopian watershed has been restored through an integrated landsca...
The community-based watershed management approach provides an example of contextualized knowledge an...
Harnessing flash floods emerging from neighboring highlands helped convert degraded dry rangelands i...
Water harvesting and productivity interventions implemented by WLE/ICRISAT and the Central Agrofores...
The tool was developed and tested in Jordan. It is now being pilot tested in Ethiopia
The outcome of flood spreading weirs was a fast recovery of landscapes, with 150% biomass yield incr...
The Alliance and its partners inspired the government in Ethiopia to start constructing a drinking w...
Case study on Agricultural water management interventions was prepared for FAO-SOFA report 2021
With ICRAF support, the Gambia adopts the Banjul Tree Cover Resolution and the he Banjul Multi-secto...
In 2017, the Prime Minister approved a policy to make all agricultural water technologies tax exempt...
Funded through the Livelihoods and Food Security Fund (LIFT) from December 2016 to mid-2019, WLE/IWM...
Harnessing flash floods emerging from neighboring highlands helped convert degraded dry rangelands i...
We have developed the tools to decide what fertilizer application is needed for a specific landscape...
Overexploitation and climate change accelerates the degradation of Jordan’s arid rangelands. Uncover...
A series of outcome case studies are documented in three volumes covering individual stories and com...
A once degraded and unproductive Ethiopian watershed has been restored through an integrated landsca...
The community-based watershed management approach provides an example of contextualized knowledge an...
Harnessing flash floods emerging from neighboring highlands helped convert degraded dry rangelands i...
Water harvesting and productivity interventions implemented by WLE/ICRISAT and the Central Agrofores...
The tool was developed and tested in Jordan. It is now being pilot tested in Ethiopia
The outcome of flood spreading weirs was a fast recovery of landscapes, with 150% biomass yield incr...
The Alliance and its partners inspired the government in Ethiopia to start constructing a drinking w...
Case study on Agricultural water management interventions was prepared for FAO-SOFA report 2021
With ICRAF support, the Gambia adopts the Banjul Tree Cover Resolution and the he Banjul Multi-secto...
In 2017, the Prime Minister approved a policy to make all agricultural water technologies tax exempt...
Funded through the Livelihoods and Food Security Fund (LIFT) from December 2016 to mid-2019, WLE/IWM...
Harnessing flash floods emerging from neighboring highlands helped convert degraded dry rangelands i...
We have developed the tools to decide what fertilizer application is needed for a specific landscape...
Overexploitation and climate change accelerates the degradation of Jordan’s arid rangelands. Uncover...
A series of outcome case studies are documented in three volumes covering individual stories and com...