Climate risk assessment for subnational adaptation and establishment of a local climate information system for climate change adaptation (LISA) Client: [...]
Strengthening resilience of the road and drainage network in Nepal’s secondary cities
ICEM Environmental Management2024-04-03T12:25:31+07:00Strengthening resilience of the road and drainage network in Nepal's secondary cities Client: The World Bank (WB) | Partners: GEOCE Consultants | Duration: November 2021 – [...]
Aquaculture GIS and Aquaculture Database – CaPFish Aquaculture
ICEM Environmental Management2022-11-17T15:08:16+07:00Aquaculture GIS and Aquaculture Database – CaPFish Aquaculture Client: Ministry of Agriculture, Forestry and Fisheries [...]
Geohazard Risk Management and Resilient Road Asset Management in Nepal
ICEM Environmental Management2024-04-03T11:22:00+07:00Geohazard risk management and resilient road asset management in Nepal Donor/Partner: World Bank | Duration: 2018-2019 | Location: Nepal About: In many [...]
Mainstreaming Climate Resilience into Development Planning
ICEM Environmental Management2024-04-03T11:38:27+07:00About: Action to tackle climate change in Cambodia is crucial. Cambodia will be a hotspot for climate change in the region. Average maximum daily temperatures in the wet season are projected to increase from between 1.7 to 5.3°C. Average dry season temperatures will also increase with a range of between 1.5 to 3.5°C. Trends in precipitation are also expected to change over the coming decades. Seasonal variability in rainfall patterns will grow, resulting in wetter wet seasons and drier dry seasons.
DELTA (Developing Long Term Adaptation) Tools for the Mekong Delta
ICEM Environmental Management2024-04-03T11:48:06+07:00About: The Mekong Basin with its complex monsoon climate is highly exposed to climate change. Average annual temperatures are expected to increase by 3-5°C by mid-century with average wet season precipitation increasing by 3-14% (USAID, 2013). For the floodplain areas of Cambodia and Viet Nam, increases in wet precipitation will be coupled with increased peak daily precipitation events and drier dry seasons, compounding water availability issues by making wet seasons wetter and dry seasons drier (USAID, 2013).