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NATURAL RISKS
Sindh Coastal Resilience Sector Project (SCRP)

PAKISTAN

Coastal regions of the districts of Thatta, Sujawal, and Badin within the Indus River delta

2024 – 2025

Funding

Asian Development Bank (ADB)

Recipient(s)

Government of Sindh

Assignee

Groupe Huit

Project summary

The Indus Delta region, covering over 41,000 km², is frequently affected by floods exacerbated by climate change, rising sea levels, and irregular precipitation. The flat topography, poor drainage, and reduced freshwater inflows worsen the damage to infrastructure, land degradation, and water quality, impacting over 3.5 million people and their livelihoods. The 2022 flood, which caused estimated losses of 10 billion dollars, underscores the urgent need for interventions to enhance the region's resilience.

To address these challenges, the Sindh Coastal Resilience Project (SCRP) was initiated to reduce flood risks and improve the resilience of infrastructure and communities in the coastal regions of the districts of Thatta, Sujawal, and Badin. This project includes three main components: (1) developing integrated and climate-resilient solutions for water resource management and flood risk reduction, (2) restoring nature-based solutions for coastal protection, and (3) strengthening institutional and community capacities for effective strategic planning. Supported by the Asian Development Bank (ADB) and potentially co-financed by the International Fund for Agricultural Development (IFAD), this project aims to reduce the recurring risks of damage caused by natural hazards and climate change, thereby improving the resilience and living conditions of the local populations.

Tasks carried out by Ecoresil

Background economic valuation studies and project economic analysis.

Support in the screening, ranking, and selection of subprojects resulting in a sound economic basis for the protection of wetlands, the delta, and the coastal area.

Implementation of CBA and MCA to inform the selection of projects that mitigate risks (coastal and riverine floods, costal erosion) and improve water resources management for human, livestock, and irrigation needs, all threatened by saline intrusion.

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