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Climate Resilient by Nature

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  • Introduction
  • Project Rationale
  • Nature-Based Solutions
    • Improving natural floodplain dynamics
    • Improving the flooded forest ecosystem
    • Improving riverine wetland ecosystems
    • Basin scale effects on climate resilience
  • Investment Challenges & Barriers
  • Others
    • Long list NbS measures
    • Approach financial feasibility
    • Reference list
    • Partners
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    Found 87 results.

    Benefits

    Restoration efforts, such as adjusting levee positions, lowering floodplain elevations or installing culverts, are expected to activate floodplains and promote hydrologic connectivity.

    Flood-based livelihood implementation

    Flood-based livelihood is a type of livelihood or economic activity that relies on the natural occurrence of floods and the use of floodplains.

    Identify areas that are threatened to deteriorate

    According to Kummu and Sarkkula (2008), cumulative impact assessments suggest that dry-season water levels are expected to rise, while wet-season water levels are likely lower than the current conditions.

    Identify areas that are worthwhile protecting

    By referencing the inundation map created by Kummu and Sarkkula (2008), it is noticeable that certain sections of the flooded forest in Tonle Sap Lake remain unaffected by the inundation resulting from elevated water levels during the dry season.

    Reconnect wetlands

    Disconnected wetlands, referring to wetland systems that experience a break or interruption in hydrological connectivity, exhibit several characteristic features.

    Example of interventions to increase connectivity at Kuot Kan

    The ability of aquatic animals to move freely between feeding, breeding, and resting areas along sheltered waterways is crucial.

    Protect and sustain well-connected wetlands

    The wetland area that is worth protecting is characterized by its healthy system, which can be indicated by:

    Upscaling potential

    "Approximately 197200 hectares is highly suitable for reforestation - that is roughly 280,000 football fields"

    Upscaling potential

    To understand the upscaling potential, the suitability of the area for this NbS has been mapped.

    Upscaling potential

    "Approximately 88000 hectares is highly suitable for riverine reconnection - that is roughly 123,000 football fields"

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    Contact WWF

    An Tran | WWF
    • Project Manager | Nature-based Solutions CRxN Mekong Project

    • The technical suitability maps can be requested via An Tran in GIS format
    • Email:an.trannk@wwfgreatermekong.org

    Contact RHDHV

    Jasper Leuven | RHDHV
    • Project Manager | Nature-based Solutions Expert

    • Email:jasper.leuven@rhdhv.com

    Downloads

    • Link to Full Report

    • Link to Financial Feasibility Report