FP034

Building Resilient Communities, Wetland Ecosystems and Associated Catchments in Uganda

Building Resilient Communities, Wetland Ecosystems and Associated Catchments in Uganda

  • Status On-going
  • Eval. start 2018
  • Eval. completion 2025
Learning objective

This evaluation aims to assess the impact of the "Building Resilient Communities, Wetland Ecosystems and Associated Catchments in Uganda" project (FP034). The impact evaluation focuses on two components of the project. - Component 1: restoration and management of wetland hydrology and associated catchments; and Component 2: improved agricultural practices and alternative livelihood options in the wetland catchments.

  • Topic
    Ecosystem & reforestation
  • Project component
    Restore critical wetlands to improve ecosystem services such as ground water recharge, flood control, fishing and agriculture for enhanced livelihoods to the most vulnerable subsistence farming communities. Diversify livelihoods and agriculture to make wetland communities more resilient to climate shocks, by enhancing the skill set of beneficiaries for employability and adaptation.
  • Impact evaluation design
    Difference-in-Difference (DiD)
  • Target beneficiaries
    The project claims to support 800,000 beneficiaries

Timeline

Onboarded to LORTA

Oct 2019

Preliminary Assessment

Mar 2023

Expected date for endline data collection

Sep 2024

One region

  • Africa

One country

  • Uganda

Reports

LORTA Synthesis Report 2022

19 Jun 2023

This document provides a report of the key activities of the LORTA Programme for 2022. It is Annex III of a report of the key activities of the Independent Evaluation Unit (IEU) for the period of 1 January to 30 April 2023. It reports on the IEU’s outputs and achievements in line with its Board-approved work plan for 2023.

LORTA Inception Workshop 2018

04 Dec 2018

This report introduces the Learning-Oriented Real-Time Impact Assessment (LORTA) programme, initiated by the Independent Evaluation Unit (IEU) of the Green Climate Fund (GCF). The LORTA programme aims to embed real-time impact evaluations into GCF projects to measure their effectiveness and enhance learning. It includes outcomes from the design workshop held in Bangkok, Thailand, project selection criteria, and an implementation timeline.

Impact

Findings from LORTA's preliminary assessment for FP034 are expected to be released later this year.

To be shared in 2025.

To be shared in 2025.

Details

An estimated 4 million people who live in and around Uganda’s wetlands rely on them for food security. The impact of climate change, coupled with other environmental stresses, is increasing the degradation of wetlands and associated ecosystems. This grant-based project assists the Government of Uganda in taking climate change effects into account in managing wetlands by enhancing the increased resilience of the local ecosystems and communities. The project particularly aims at strengthening the resilience of the wetlands and their sustainable restoration, coupled with alternative livelihood trainings for the population living adjacent to the wetlands.

UNDP Staff in their Uganda Office

LORTA’s impact assessment focuses on evaluating the project’s restoring of critical wetlands to improve ecosystem services and diversifying of livelihoods and agriculture in vulnerable subsistence farming communities.

LORTA's involvement in the evaluation started with a field mission to Uganda in October 2018 led by Dr. Babatunde Abidoye from UNDP. The team engaged closely with key stakeholders of the project, namely the nationally designated authority, the accredited entity, implementing agencies, project staff, and potential end beneficiaries, to ensure their interest, and to facilitate their ownership for the planned theory-based impact evaluation. During the field mission, the team held meetings and capacity-building workshops with the key stakeholders.

Since then, the evaluation and project team worked together to collect all relevant information, particularly the data to map the wetlands, including most relevant ecological characteristics, such as the wetland flora, fauna, water quality, and other biochemical indicators.