Government Advances Plans to Harness Excess Water from Lakes Baringo and Bogoria for Irrigation

The Kenyan government is intensifying efforts to utilize the surplus water from the rising levels of Lakes Baringo and Bogoria to develop a major irrigation scheme. This initiative aims to convert excess water into a resource for expanding agricultural activities in Baringo and surrounding areas.

Joint Assessment and Collaboration

Principal Secretary for Irrigation, Ephantus Kimotho, recently met with Defence PS Dr Patrick Mariru to review findings from a joint technical assessment. The meeting followed extensive consultations, technical evaluations, and a site visit by officials from both State Departments to explore safe ways of managing the excess water.

Project Objectives and Potential Impact

• Evacuate surplus water through specialized infrastructure to irrigation zones.
• Expand both large-scale and community-based irrigation schemes.
• Transition farmers from rain-fed to more reliable irrigation systems.
• Boost production of food and high-value crops.
• Create employment and increase household incomes.
• Enhance regional and national food security.

Next Steps

The project is moving towards detailed feasibility studies, including hydrological, environmental, and engineering assessments. The State Department for Irrigation will lead efforts to identify suitable command areas, water requirements, and crop value chains to support.

The partnership between the Irrigation and Defence Ministries combines expertise in water management, engineering, and infrastructure development, crucial for the complex water evacuation and conveyance system planned.

The government will continue engaging national agencies, development partners, and private investors to mobilize the necessary resources. Emphasis will be placed on solutions that are technically viable, environmentally sustainable, and beneficial to local communities.

Broader Context

This project is part of Kenya's wider strategy to enhance irrigation coverage, improve water security, and strengthen climate resilience in agriculture.