Drip irrigation boosts water efficiency for Tajik farmers
Estimates are that, due to climate change, irrigation water needs for staple agricultural crops are likely to increase by 20 to 30 percent. To mitigate those negative effects,
Estimates are that, due to climate change, irrigation water needs for staple agricultural crops are likely to increase by 20 to 30 percent. To mitigate those negative effects,
The project, launched in the Republic of Tajikistan in April 2024, has successfully solved the problem of water deficit by introducing new irrigation methods and technologies.
Proposed projects include manufacturing facilities for plastic pipes and components for drip and sprinkler systems, alongside service centers for pump repair. Investment
Proposed projects include manufacturing facilities for plastic pipes and components for drip and sprinkler systems, alongside service
The demonstration sites form part of the EBRD''s broader strategy to promote sustainable development across Tajikistan. Additional pilot locations are planned to showcase
A solar-powered drip irrigation system has been launched in the Akkurgan district of the Tashkent region. The project was implemented by UNDP with financial support from the
Other objectives of the project include (i) support integration of best-tested technologies and practices on climate adaptation in rural mountainous areas; (ii) building capacity of the local
Mr. Mallaev is a farmer who grows tomatoes in the south of Tajikistan, he decided to invest in a green house and a drip irrigation system. Winters in Tajikistan are harsh and without a
Projects supported by the World Bank, European Union, and Asian Development Bank include the installation of energy-efficient pumps, solar-powered irrigation systems, and
The demonstration sites form part of the EBRD''s broader strategy to promote sustainable development across Tajikistan. Additional
Provision of Solar Systems: Under this component, the project aims to provide solar systems to farmers for operating drip and sprinkler irrigation systems on 15,000 acres of land.
The project aims to integrate the best-tested technologies and practices for climate adaptation and build the capacity of the local population.
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