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Project

Women’s empowerment through renewable energy-powered decentralized lift irrigation systems in Bhutan (WERELIS – Bhutan)
 

Bhutan
Project ID
110196
Total Funding
CAD 998,900.00
IDRC Officer
Ishita Sachdeva
Project Status
Active
Duration
36 months

Programs and partnerships

Lead institution(s)

Summary

Agriculture employs 60% of the Bhutanese population, of which more than half are women. Agriculture’s share of Bhutan’s GDP has been declining steadily, due to several climatic, environmental and socio-economic factors, and self-sufficiency in staple crops is increasingly threatened.Read more

Agriculture employs 60% of the Bhutanese population, of which more than half are women. Agriculture’s share of Bhutan’s GDP has been declining steadily, due to several climatic, environmental and socio-economic factors, and self-sufficiency in staple crops is increasingly threatened. Currently, only 16% of cultivable land has access to irrigation. Expanding irrigation could significantly increase agricultural productivity.

Gravity-fed, open channels dominate current irrigation practices in Bhutan. These are seasonal and vulnerable to climate change. Due to the country’s mountainous topography, irrigation water is often lifted from the source. However, considering its abundance of fast-flowing river water, it is also a potential source of renewable energy (RE). Current plans for development of this resource lack an acknowledgement of gender-inclusive and gender-responsive strategies to implement and upscale these technologies.

This project will collect information and data concerning the scale and scope of the opportunity to use RE-powered lift irrigation systems to strengthen Bhutan’s ability to be fully food self-sufficient in the future. It will analyze the technological longevity and contextual appropriateness of these systems. It will also analyze their gender-inclusive impact and uncover the specific community-level barriers women face regarding their full and equitable participation in a gender-responsive RE transition in the irrigation sector, as well as the opportunities for equity such a transition could provide.

This project will provide decisionmakers with the tools to deploy these systems at scale, build technical capacity to integrate gender considerations into the approach, and develop a potential business model for broader adoption of the technology.