Urban

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Percentage of urban population with access to improved sanitation facilities

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Percentage of urban population with access to improved water sources

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Proportion of urban population

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GMS Population 2010

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GMS Population 2014

  • December 01, 2016
    ADB

    Nature-Based Solutions for Building Resilience in Towns and Cities: Case Studies from the Greater Mekong Subregion

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    Green infrastructure can play a significant role in offsetting losses from climate-related disasters and contribute to building resilience through rehabilitation and expansion of natural ecosystems within built areas.

    Urban populations are projected to increase from 54% to 66% of the global population by 2050, with close to 90% of the increase concentrated in Asia and Africa. Cities and towns—a growing source of greenhouse gas emissions—will need to address challenges posed by climate change. A nature-based approach in identifying climate change vulnerabilities and developing relevant adaptation options was conducted in three towns of the Greater Mekong Subregion (GMS).

    Working with local governments, nongovernment organizations, women’s groups, and professional associations, town-wide adaptation measures were defined by overlaying climate change projections on town plans and zoning schemes for strategic infrastructure. This publication captures valuable experience and lessons from the project.

    nature​-based​-solutions.pdf (6 MB)
  • November 28, 2016
    UNDP

    Guidance Note | Municipal Solid Waste Management in Crisis and Post-Crisis Setting

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    This guidance note aims to support Government counterparts and strengthen UNDP Country Offices’ and implementing partners’ capacities to plan, design and implement projects for municipal solid waste management (MSWM) in crisis or post-crisis settings, as part of UNDP’s early recovery response.

    The Guidance Note focuses in particular on livelihoods recovery and local government service delivery. It is assumed that readers do not have extensive experience in the area of MSWM. The guidance note is intended to inform UNDP Country Offices and implementing partners on the type of programmes UNDP could support in the area of MSWM in an early recovery setting, and provide information on how to plan, design and implement such projects.

    Click here for more detail.

    GuidanceNote​_Solid​_Waste​_Management.pdf (2 MB)
  • August 02, 2016
    Asian Development Bank

    Greater Mekong Subregion Statistics on Growth, Infrastructure and Trade (Second Edition)

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    The document builds on the first edition, with improved quantity and quality of data. The booklet begins with highlights—a snapshot of the subregion’s performance from 1992 to 2014—growth in output and merchandise trade, developments in information and communication technology, and trends in subregional integration. The five chapters feature macroeconomic data; connectivity indicators in transport, global shipping, and information and communication technology; indicators for transport, trade structure in merchandise and services; and indicators in logistics performance, doing business, competitiveness, trade costs, and trade facilitation.

    ADB 2016 ​-GMS​-Statistics​-2nd​-ed.pdf (867 KB)
  • June 15, 2016
    ADB

    ADB - Urban Development in the Greater Mekong Subregion

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    Urbanization is set to play an ever greater role in the development of the Greater Mekong Subregion (GMS) countries, transforming their economies and providing support to green economic growth.

    Follow the link for more detial.

  • June 01, 2016
    UNEP, Global Infrastructure Basel (GIB)

    Sustainable Infrastructure and Finance

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    Infrastructure is often referred to as the backbone of the global economy and plays a fundamental role in societies by enhancing the quality of life and increasing productivity. In addition to its effects on society and the economy, infrastructure can have significant impacts on the environment, depending on the choice of infrastructure.

    Approximately 75% of the infrastructure that will be in place in 2050 does not exist today. Getting such a scale of infrastructure development right will be critical to whether or not the world locks into a high- or low-carbon growth path. Therefore, if the world wants to meet the Sustainable Development Goals (SDGs), adequate infrastructure development is part of the answer.

    To foster the development of sustainable and resilient infrastructure, a clear standard to help integrating sustainability and resilience criteria in infrastructure projects is crucial. Such a standard for sustainable and resilient infrastructure projects would lead to benefits for both projects developers and financiers, and help address the current infrastructure investment barriers.

    Sustainable​_Infrastructure​_and​_Finance.pdf (665 KB)
  • July 15, 2015
    Grantham Research Institute on Climate Change and the Environment

    Driving Sustainable Development Through Better Infrastructure: Key Elements of A Transformation Program

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    Driving Sustainable Development Through Better Infrastructure: Key Elements of A Transformation Program

    Bhattacharya​-et​-al.​-2015.pdf (2 MB)
  • June 09, 2014
    GMS Core Environment Program

    Final Report of Estimating Industrial Pollution using IPPS in Lao PDR

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    During 2013 and 2014, CEP supported Lao PDR’s Ministry of Natural Resources and Environment’s Pollution Control Department to apply the the Industrial Pollution Projection System (IPPS), a model that estimates pollution intensities for different industries and can be applied to large geographic areas at relatively low effort and expense. IPPS was used to estimate pollution intensities for different industries in all 17 provinces and the results are helping the Government to identify the industries and locations to focus pollution control efforts on. Training and awareness raising events were held and a summary report was produced. The results are also being used as a key input into the development of a Pollution Control Strategy for the country, which is also being supported by CEP.

    Estimating Industrial Pollution in Lao PDR​_1.PDF (3 MB)