Climate Resilience

Participatory water resource management

A para-hydrology initiative in two regions of Ethiopia trained citizen scientists to collect quantitative data on rural hydrological systems. The data has been successfully used in several peer-reviewed studies to predict and assess the impact of sustainable land management interventions.

Protecting groundwater for climate resilience and water security in Turkana

In Turkana County, research by the University of Nairobi around Lodwar’s underlying aquifers is addressing critical data and knowledge gaps. Groundwater quality mapping indicates areas with poor groundwater quality to inform water infrastructure investments. This work contributing to new policy and practice to protect the Lodwar Alluvial Aquifer System and enhance resilience to climate risks.

REACH Exit Strategy

REACH’s Exit Strategy scopes out actions to promote the legacy of the programme, highlighting opportunities to sustain, scale-up, and scale-out our work.

Gender gaps in sustainable land management and implications for agricultural productivity: Evidence from Ethiopia

This discussion paper looks at whether a large-scale watershed program promoting sustainable land management (SLM) in Ethiopia increases adoption of SLM in male-headed vs female-headed households. Our findings show that the SLM program significantly increased adoption of SLM practices (soil bunds, stone terraces, mulching) in male-headed households but that adoption was centered on jointly owned plots and male-owned plots, with no significant adoption on women-owned plots.

Key stakeholders and actions to address Lake Beseka’s challenges in Ethiopia: A social network approach

This discussion paper uses a social network approach to examine key actors, challenges and sustainable solutions to manage Lake Beseka, Ethiopia. The study suggests that developing multi-stakeholder partnerships or platforms across most influential and most affected actors could foster the development of more integrated solutions that support the different stakeholders in the lake catchment area and the Awash River Basin.

Observations of the Turkana Jet and the East African Dry Tropics

This article presents research from a field campaign in northwest Kenya on the Turkana Low Level jet, an intrinsic part of the African climate system and principle method of water vapor transport to the African interior from the Indian Ocean. Measured for the first time in 40 years, this dataset presents new evidence on the Turkana jet, and creates an opportunity to better understand regional dynamics in one of the most data-sparse regions in the world.

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