Valuing the benefits of nature-based solutions to integrated urban flood management in Thailand and Vietnam

2022-08-04T04:01:14+07:00

 Valuing the benefits of nature-based solutions to integrated urban flood management in Thailand and Vietnam Client: AWP and World Bank   |    Duration: 2020-2021  |  [...]

Implementing Innovative Approaches for Water Governance in Mongolia

2020-12-23T16:29:42+07:00

Implementing innovative approaches for water governance Donor/Partner: Funded by Japan Fund for Poverty Reduction and administered by the Asian Development Bank  |  Duration: 2018-2019 [...]

Climate and Natural Disasters Resilience Project in Bac Kan Province

2020-01-10T15:22:01+07:00

Climate and Natural Disasters Resilience Project in Bac Kan Province Donor/Partner: AREP/AFD   |    Duration: 2018   |    Location: Vietnam About: Bac Kan city [...]

ESIA and ESMP for Sub-project 1, ESA for Stretch 1, and ESMP Monitoring and Reporting during Construction of Sub-project 1

2020-06-24T11:05:32+07:00

Environmental and Social Impact Assessment (ESIA) and Environmental and Social Management Plan (ESMP) for Sub-project 1, Environmental and Social Assessment (ESA) for Stretch 1, and [...]

Measuring, Understanding and Adapting to Nexus trade-offs in the 3S River Basins

2020-01-10T15:22:09+07:00

The Sekong, Sesan and Sre Pok are transboundary tributaries of the Mekong River. The 3S basins, as they are collectively known, are richly endowed with natural resources and make an important contribution to national and regional development. However, there is a critical need to understand and respond to the risks inherent in the current "growth at all costs" paradigm. The purpose of the study is to improve the quality of planning and investment in the 3S region.

Strategic Mainstreaming of Ecosystem-based Adaptation in Vietnam

2020-01-10T15:22:14+07:00

Strategic Mainstreaming of Ecosystem-based Adaptation in Vietnam Donor / Partner: GIZ    |    Duration: 2015-2016   |    Location: Viet Nam About: Vietnam is a biodiversity [...]

Lao PDR Climate Risk and Vulnerability Assessments for Rural Infrastructure

2020-01-10T15:22:15+07:00

Lao PDR is among the least developed countries in the world and, according to IPPC findings, is particularly vulnerable to the effects of climate change. Because of the region's high poverty rates and low development progress, livelihoods that are already affected by the impacts of existing climate variability become highly sensitive to climate change.

Khone Falls, Champasak Province, Lao PDR

2020-01-10T15:22:15+07:00

The Khone Falls fish pass study is the first of its kind in the Mekong region. For the most part, fish pass design has been based on studies conducted outside the Mekong region and with a focus on fish species not found in the Mekong River. The project aims to assess the swimming capabilities of migratory fish species in the Khone Falls to help design fish passes that are tailored to the needs and capabilities of Mekong fish species.

Climate Change Impact Assessment of the Nam Ngiep 1 Hydropower Project – Final Report

2020-01-10T15:22:15+07:00

In 2014/2015, ICEM conducted a Climate Risk and Vulnerability Assessment (CRVA) of the proposed Nam Ngiep Hydropower 1 Project (NNP1) in Lao PDR. The overall objective of the study was to assess the climate risk of the proposed Nam Ngiep 1 Hydropower Project (NNP1) in Lao PDR, and to identify measures to increase its climate resilience.

Resource Kit for Building Resilience and Sustainability in Mekong Towns

2020-10-30T18:12:39+07:00

Natural systems are the essential foundation for Mekong town development and rehabilitation. The Resource Kit for Building Resilience and Sustainability in Mekong Towns is a seven-volume kit that promotes the maintenance and use of natural systems as a key strategy for building sustainability and resilience in urban areas. Prepared for the Asian Development Bank by ICEM as part of the award-winning TA 8186, the resource kit is built on the experience and expertise of a wide variety of professionals from the Mekong region and abroad.

POSTER: Myanmar Healthy Rivers Initiative

2020-01-10T15:22:16+07:00

This informational poster was developed as part of the Myanmar Healthy Rivers Initiative to give an overview of the project objectives, outputs, and monitoring. It was presented at the WLE Myanmar Project Launch in March 2015. > Visit the Myanmar Healthy Rivers Initiative project page for more information.

Ensuring Sustainability of the Greater Mekong Subregion Regional Power Development — Final Reports

2020-01-10T15:22:16+07:00

In 2012, the Asian Development Bank (ADB) contracted the consortium of ICEM–International Centre for Environment Management (ICEM) and Economic Consulting Associates (ECA) to undertake [...]

Myanmar Healthy Rivers Initiative (MK23 and MK24)

2020-03-17T11:52:18+07:00

About: The Salween River lies at the cross roads of Asia linking South and Southeast Asia with Tibetan Plateau and providing a home and well-being to more than 13 distinct ethnic groups and 10 million people. As Myanmar develops, the relationship between the river’s stakeholders and the underlying biophysical system changes. New stakeholders are emerging with new values and needs and are placing new demands and pressures on the river and the health of the system. In this context, efforts to understand the health of river ecosystems and the values which different stakeholders ascribe to the goods and services derived from the river system will help set a benchmark of how development decisions at the national, provincial and local level will impact on different user groups.

Mainstreaming Climate Resilience into Development Planning

2024-04-03T11:38:27+07:00

About: 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.

Climate change impact assessment of the proposed Nam Ngiep 1 hydropower project

2020-01-10T15:22:20+07:00

About: The Nam Ngiep 1 Hydropower Project is a hydropower generation facility planned for a location in Lao People’s Democratic Republic (Lao PDR) within the lower Nam Ngiep Catchment approximately 145 kilometres (km) northeast of Vientiane and approximately 50 km north of Pakxan. The Nam Ngiep is a tributary to the Mekong River, joining the Mekong immediately upstream of Pakxan. Primary components of the Project are a concrete gravity dam, storage reservoir, main power station and re-regulation power station, and power regulation and transmission facilities.

DELTA (Developing Long Term Adaptation) Tools for the Mekong Delta

2024-04-03T11:48:06+07:00

About: 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).

Study of the Impacts of Mainstream Hydropower on the Mekong Delta

2020-01-10T15:22:29+07:00

The Mekong Delta is affected by upstream development – often in ways not fully understood and with uncertain impacts on natural, social and economic systems which sustain life and well being for millions of people in Vietnam. With expanding plans for major developments on the mainstream and its tributaries, those impacts are likely to become much more serious. Vietnam and its riparian neighbours do not have adequate scientific understanding for informed decision making on Mekong mainstream hydropower projects, especially on their downstream effects.

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