Presidential Borehole Drilling
Building Food Security, Economic Resilience, and Environmental Sustainability
The Agriculture Division of the CDO plays a pivotal role in driving sustainable agricultural practices that support long-term food security, economic resilience, and environmental sustainability. Our efforts focus on empowering farmers and communities with the tools, resources, and knowledge needed to adopt clean energy solutions, enhance irrigation efficiency, and promote inclusive farming practices.
Presidential Borehole Drilling
In partnership with the government, we are coordinating the establishment of clean energy-powered, irrigation-efficient, and community-driven gardens. This initiative provides sustainable access to water through solar-powered boreholes, helping reduce reliance on erratic rainfall and ensuring year-round farming.
Irrigation and Community Gardens
The CDO has been instrumental in setting up multiple gardens across Mt. Darwin, equipped with solar-powered water pumps and efficient irrigation systems. These gardens are developed to be community-centric, ensuring that local farmers have access to modern agricultural techniques while improving water usage.
We focus on improving agricultural value chains by providing training and facilitating access to markets, inputs, and finance. This includes supporting farmers to diversify their products and improve quality, enabling them to compete in both local and international markets.
Through strategic partnerships with local, national, and international stakeholders, the CDO works to establish agro-processing units that add value to raw agricultural products. This initiative enhances market access and creates job opportunities, particularly in areas such as food processing, packaging, and export of processed goods.
Mt. Darwin experiences erratic rainfall patterns, with the district receiving an average annual rainfall of 550–700 mm. This makes it highly vulnerable to droughts and inconsistent water availability, which is especially detrimental for small-scale farmers and agricultural production that rely heavily on natural rain cycles. As a result, farmers are increasingly turning to irrigation systems to supplement water needs, but the challenge remains that many of these systems are inefficient, expensive to maintain, and environmentally unsustainable.