Climate-Resilient Irrigation Schemes for Hillside Farming

Agricultural Climate Resilience & Water Management

Project Overview

IBC supported the development of sustainable hillside irrigation systems to combat unpredictable rainfall patterns and improve year-round crop production. The project focused on eco-efficient water use and local ownership models in vulnerable farming zones.

Impact

Improved year-round agricultural productivity on hillside farms
Enhanced climate resilience for vulnerable farming communities
Reduced dependency on erratic rainfall patterns
Strengthened farmer cooperative capacity in irrigation management
Increased adoption of climate-smart agricultural practices

Project Details

Duration

2020–2022

Location

Rwanda

Client

Scope

Agriculture | Climate Resilience

Challenges Addressed

Unpredictable rainfall patterns affecting crop production

Challenging mountainous terrain for irrigation infrastructure

Limited technical capacity in rural farming communities

Need for sustainable and low-maintenance irrigation solutions

Our Services

Design and supervision of solar-powered irrigation systems

Environmental and social risk assessments (ESIA, ESMP)

Capacity-building for cooperative irrigation scheme management

Hydrological surveys and water-use optimization strategies

Integration of climate-smart agriculture training