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In this study, a step-by-step methodology of climate risk assessment for infrastructure, namely the PIEVC Engineering Protocol (the “Protocol”), was used to assess the climate risk of the Cai Lon - Cai Be sluice gates.

The main challenge of integrating climate information into risk assessments are opposing approaches for assessing climate risks and adaptation options and its implications for the design of climate information products. This guide breaks down the process using Cai Lon – Cai Be climate risk assessment as an example.

The PIEVC Engineering Vulnerability Assessment Protocol is a climate risk assessment tool developed by Engineers Canada and tailored to the needs of the infrastructure sector. This document briefly describes the seven steps in risk assessment for the climate proofing of infrastructure investments.

T his report presents the results of the climate risk assessment conducted for the Cai Lon – Cai Be Sluice Gate project in the Mekong Delta, Vietnam, between August 2018 and May 2019. The assessment was conducted using the Public Infrastructure Engineering Vulnerability Committee (PIEVC) engineering protocol for infrastructure vulnerability assessments (the “Protocol”).

The Mountains ADAPT: Solutions from the South Caucasus booklet showcases adaptation solutions proven to be successful in response to specific issues caused, or accelerated by, climate change that negatively affect mountain communities’ livelihoods and ecosystems. The publication covers Armenia, Azerbaijan, and Georgia.

Malabon City is in Metro Manila, the National Capital Region of the Philippines. It is part of a sub-region called...

This report provides initial research into the use of long-term (5-40 year) climate information in Malawi, Rwanda, Zambia and the coastal cities of Accra, Ghana and Maputo, Mozambique.

Photo: Excellent Development Drought is the most serious natural hazard facing Eastern Africa in terms of seaverity and frequency of...