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RESTORATION OPPORTUNITIES ASSESSMENT METHODOLOGY (ROAM) IN KAMPONG THOM, PREAH VIHEAR, AND SIEM REAP, CAMBODIA BACKGROUND: FAO established the Forest and Landscape Restoration Mechanism (FLRM) during the 22ndSession of the Committee on Forestry in June 2014, which aims to help national partners achieve their commitments towards the Bonn Challenge and the Aichi Targets. FLRM in Cambodia is being implemented in partnership with the Forestry Administration and the Ministry of Environment. Cambodia had 53% forest cover in 2015 and has a Nationally Determined Contribution (NDC) to increase forest cover to 60% by 2030 (will need to restore ~1.2 million hectares). Factors that drive landscape degradation include: forest encroachment, illegal logging, land conversion for agriculture, forest fires, and soil erosion. To support Cambodia’s efforts, Forest Landscape Restoration (FLR) in three target provinces in Cambodian aims to restore ecological functioning to degraded multi-use landscapes (e.g. forests, agroforestry and farms) with a focus on improving local livelihoods. METHODOLOGY: ROAM is a flexible and inclusive methodology that uses the best available science and local knowledge to address relevant subnational priorities. It involved a stepwise and iterative application of a series of geospatial analyses and consultations to identify the best restoration opportunities. To apply ROAM in Cambodia, we worked with local stakeholders and government authorities to build a plan for multi-use forest-based landscape that can improve biodiversity conservation, ecological functioning, and the livelihoods of local communities. DETAILS, RESULTS, AND ANALYSIS OF ROAM IN KAMPONG THOM, PREAH VIHEAR, AND SIEM REAP MULTI-STAKEHOLDER DIALOGUE DRIVERS & OBJECTIVES 1 2 Working with: national level authorities to share data & understand policy objectives Sub-national authorities to identify degradation drivers Local communities to understand needs on the ground IDENTIFYING DEGRADATION DRIVERS & OBJECTIVES THROUGH COMMUNITY ENGAGEMENT DEGRADATION DRIVERS Forest encroachment Illegal logging Land conversion Forest fires Climate change Poaching Soil erosion Agricultural runoff OBJECTIVES Increase forest cover Reduce soil erosion Increase NTFPs Improve livelihoods Improve water quality Increase timber Improve biodiversity STAKEHOLDER ENGAGEMENT ROAM STEPS Indentification of restoration objectives and linkages to national priotities/targets Identification of restoration options Discussion and feedback on assessment results Validation of strategic recommendations Follow-up for policy uptake Stakeholder prioritization of restoration interventions Restoration opportunities mapping Restoration economic modelling and validation Restoration cost-benefit carbon modelling Restoration diagnostic of presence of key success factors Restoration finance and resourcing analysis DATA COLLECTION

RESTORATION OPPORTUNITIES ASSESSMENT ......RESTORATION OPPORTUNITIES ASSESSMENT METHODOLOGY (ROAM) IN KAMPONG THOM, PREAH VIHEAR, AND SIEM REAP, CAMBODIA BACKGROUND: FAO established

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  • RESTORATION OPPORTUNITIES ASSESSMENT METHODOLOGY (ROAM) IN KAMPONG THOM, PREAH VIHEAR, AND SIEM REAP,

    CAMBODIABACKGROUND: FAO established the Forest and Landscape Restoration Mechanism (FLRM) during the 22ndSession of the Committee on Forestry in June 2014, which aims to help national partners achieve their commitments towards the Bonn Challenge and the Aichi Targets. FLRM in Cambodia is being implemented in partnership with the Forestry Administration and the Ministry of Environment.

    Cambodia had 53% forest cover in 2015 and has a Nationally Determined Contribution (NDC) to increase forest cover to 60% by 2030 (will need to restore ~1.2 million hectares).

    Factors that drive landscape degradation include: forest encroachment, illegal logging, land conversion for agriculture, forest fires, and soil erosion.

    To support Cambodia’s efforts, Forest Landscape Restoration (FLR) in three target provinces in Cambodian aims to restore ecological functioning to degraded multi-use landscapes (e.g. forests, agroforestry and farms) with a focus on improving local livelihoods.

    METHODOLOGY: ROAM is a flexible and inclusive methodology that uses the best available science and local knowledge to address relevant subnational priorities.

    It involved a stepwise and iterative application of a series of geospatial analyses and consultations to identify the best restoration opportunities.

    To apply ROAM in Cambodia, we worked with local stakeholders and government authorities to build a plan for multi-use forest-based landscape that can improve biodiversity conservation, ecological functioning, and the livelihoods of local communities.

    DETAILS, RESULTS, AND ANALYSIS OF ROAM IN KAMPONG THOM, PREAH VIHEAR, AND SIEM REAP

    MULTI-STAKEHOLDER DIALOGUE

    DRIVERS & OBJECTIVES

    1

    2

    Working with: national level authorities to share data & understand policy objectivesSub-national authorities to identify degradation driversLocal communities to understand needs on the ground

    Working with: national level authorities to share data & understand policy objectives

    Sub-national authorities to identify degradation drivers

    Local communities to understand needs on the ground

    IDENTIFYING DEGRADATION DRIVERS & OBJECTIVES THROUGH COMMUNITY ENGAGEMENT

    DEGRADATION DRIVERS

    Forest encroachment Illegal logging Land conversion Forest fires Climate change Poaching Soil erosion Agricultural runoff

    OBJECTIVES

    Increase forest cover Reduce soil erosion Increase NTFPs Improve livelihoods Improve water quality Increase timber Improve biodiversity

    STA

    KEH

    OLD

    ER E

    NG

    AG

    EMEN

    T

    ROAM STEPS

    Indentification of restoration objectives and linkages to national priotities/targets

    Identification of restoration options

    Discussion and feedback on assessment results

    Validation of strategic recommendations

    Follow-up for policy uptake

    Stakeholder prioritization of restoration interventions

    Restoration opportunities mapping

    Restoration economic modelling and validation

    Restoration cost-benefit carbon modelling

    Restoration diagnostic of presence of key success factors

    Restoration finance and resourcing analysis

    DATA COLLECTION

  • RESTORATION INTERVENTIONS

    RESTORATION OPPORTUNITIES

    COST-BENEFIT ANALYSIS4

    6

    5Option Description

    1 Native tree planting without regenerants

    2 Native tree planting using Acacia nurse trees

    3 Native tree planting with regenerants

    4 Assisted natural regeneration

    5 Protection only

    6 Luxury timber plantation

    7 Flooded forest regeneration

    8 Cassava intercropping with peanuts

    9 Cashew plantation

    10 Growing bamboo on unutilized crop land

    11 Riparian restoration with native trees species

    12 Riparian restoration with bamboo

    0

    10000

    20000

    30000

    40000

    50000

    60000

    70000

    80000

    90000

    PA/C

    C O

    ptio

    n 1

    CPA

    Opt

    ion

    1Ri

    paria

    n O

    ptio

    n 11

    CF O

    ptio

    n 4

    PA/C

    C O

    ptio

    n 4

    Agri.

    Lan

    d O

    ptio

    n 10

    Ripa

    rian

    Opt

    ion

    12CF

    Opt

    ion

    3Fl

    oode

    d Fo

    rest

    Opt

    ion

    7CF

    Opt

    ion

    2CF

    Opt

    ion

    1Ag

    ri. L

    and

    Opt

    ion

    9Ag

    ri. L

    and

    Opt

    ion

    8CF

    Opt

    ion

    6

    Net

    Pre

    sent

    Val

    ue (U

    SD/h

    a)

    Net present value (NPV) of restoration options (see table at left) calculated for implementation in different opportunity areas (see maps in section 3) with a 5% discount rate and 40-year horizon. Abbreviations: protected area (PA), community protected area (CPA), community forest (CF), conservation corridor (CC).

    MAPPING RESTORATION OPPORTUNITIES AND DEGRADATION DRIVERS3Opportunity areas for restoration in the target provinces including protected areas, conservation corridors, riparian buffers, and community-managed forests, fisheries and protected areas

    Drivers of degradation in the three provinces were mapped, which included areas of recent forest loss, frequently burned areas, and areas of high slope.

    Prioritize the development and approval of CF, CPA, and Community Fishery management plans with an emphasis on restoration of degraded forest and agricultural lands.

    Continue to increase the number of protected area rangers and efforts to professionalize the ranger force through training, equipment, and equitable salaries.

    Systematic registration of land titles in rural areas and expedited resolution of land tenure disputes.

    Development of a national payment for ecosystem services scheme that is equitable and well monitored.

    Develop short and long term financing plans for restoration activities by combining different local financing mechanisms

    POLICY RECOMMENDATIONS FOR FLR