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Start resilience projects with people-centered, evidence-based planning, combining infrastructure, community engagement, and adaptive learning.

Analysis of geographically granular data is essential to identify vulnerable areas and optimize resource distribution.

Improve water supply, sanitation, and solid waste management to strengthen resilience to vector-borne diseases.

Science-based solutions help rural communities manage water resources sustainably and build resilience against climate change impacts.

Market-responsive training, recognized competency certifications, and timely learning modules can provide the skills needed for green jobs in the energy sector.

In Nepal, a project looked at how biochar can improve soil health and crop yields and reduce the importation of carbon-intensive farm inputs.

Artificial intelligence enables rapid analysis of satellite images to assess damage and priority areas. 

Southeast Asia is home to some of the most climate change-vulnerable countries in the world. It is imperative that ASEAN benefits from COP24. 

Looking at the next 10 years, global risk experts place environmental risks among not only the most likely, but also the most impactful risks.

The Asian Development Bank has revised its guidelines for project economic analysis, which help ensure investment decisions are based on economic and efficiency considerations.