SlideShare une entreprise Scribd logo
1  sur  12
Can Payments for Ecosystem Services Steer Sustainable
Management of Forest Patches in an Agricultural Landscape?
Valuing Environmental Services for PES
Nasta Babirye, Sara Namirembe and Byamukama
Biryahwaho
11th February, 2014
Outline
1. Introduction
2. Analysis
3. Conclusions
4. PES for small tree farmers
1. Introduction
 Payments for Ecosystem Services (PES):
 Economic incentives to land users for continued
supply of environmental services (ES)
 Sufficient PES incentive levels are needed to
motivate land owners
 Aim
 To examine the practicability of PES levels to
sustain small forest owners’ implementation of
PES interventions.
 Analysis of PES compensation
 PES level by project
 Opportunity cost
 Carbon market price
 Project “Developing an Experimental Methodology
for Testing the Effectiveness of PES to Enhance
Conservation in Productive Landscapes in Uganda”
 Location
 Hoima and Kibaale districts, Albertine
Rift, Western Uganda.
 Partners
 Global Environmental Facility.
 National Environment Management Authority
(Uganda) and local partners
kibaale
2. Analysis
a. Project PES compensation
2a. Project
Compensation cont.
 Project approach
 Private natural forest owners (PFOs)
 Pays PFOs US$33ha-1yr-1
 Prior to PES
A. Cultivation on forest land
B. Unregulated forest product harvesting
 PES Interventions
A. Regulated forest product harvesting
B. Reforestation
C. Additional activities:
 Enrichment planting
 Silvicultural practices
2a. Project Compensation cont.
 Higher NPV/ha/yr (US$140)
obtained before than under PES
scheme (US$ 71 for relatively intact
[RI] and US$55.2 ha-1yr-1 degraded
forests).
 Low compensation
 Fixed payments
 Affordable to ES buyers but
unjustifiable to ES producers
2b. Opportunity cost
 Minimum PES compensation to break even:
 $104.4 for RI and US$124.5/ha/yr for degraded forests, on regulating
forest product harvesting
 US$122.3/ha/yr for replanting trees in cultivated forest areas.
 Project compensation (US$33/ha/yr) unable to compensate
smallest opportunity cost
 Opportunity cost is fairer.
 Compensating bare minimum opportunity cost is un realistic
 Difficult to attain
2c. Market price
 Carbon market price range is S$4 - 20/tCO2/yr in East
Africa
 Corresponding financial worth of study forests =
US$20.4 - 100.4/ha/yr. (net creditable carbon benefit = 5.2
tCO2/ha/yr)
 Smaller payment than project or opportunity cost
compensation.
 Economically acceptable
 Imbalanced understanding of PES market dynamics.
 Complex ecosystems, un specified and bundled ES.
 Small forests to generate reasonable continuously ES units.
 Total worth per average forest (average forest size is 1.15ha per
land owner) = US$23.5 – 115.5/yr.
 Costly to operate under individual PES contracts.
2c. Market price cont.
3. Conclusions
 Project PES incentive payment provides insufficient incentives to
forests owners.
 Generally, PES Incentive levels (study project, minimum opportunity cost
and market prices) are too low to sustain land owners’ participation.
 Need for higher, realistic and fair incentive levels.
 Buyers are unwilling to pay more.
 PES schemes are more expensive to operate under individual PES
contracts for small forest owners farmers.
5. How can PES work for small forest
owners?
 Group/collective contracts
 Market intervention
 Holistic and integrative strategies
 Agricultural intensification
 Diversify livelihoods
 Partnering into broader government programs.
Session 3.6 can pes steer sustainable mgt of of forest patches

Contenu connexe

Tendances

Technology for Rural Sector by Green Yatra
Technology for Rural Sector by Green YatraTechnology for Rural Sector by Green Yatra
Technology for Rural Sector by Green YatraGreen Yatra
 
Indonesian peatland restoration: Economic indicators
Indonesian peatland restoration: Economic indicatorsIndonesian peatland restoration: Economic indicators
Indonesian peatland restoration: Economic indicatorsCIFOR-ICRAF
 
Sustainable Development of Bioenergy from Agriculture Residues and Environment
Sustainable Development of Bioenergy from Agriculture Residues and EnvironmentSustainable Development of Bioenergy from Agriculture Residues and Environment
Sustainable Development of Bioenergy from Agriculture Residues and EnvironmentTriple A Research Journal
 
Bio mass- An Efficient Future Non Conventional Source of Energy
Bio mass- An Efficient Future Non Conventional Source of EnergyBio mass- An Efficient Future Non Conventional Source of Energy
Bio mass- An Efficient Future Non Conventional Source of Energykranthi pavan peddireddy
 
Recovery of lowland tropical forest of East Kalimantan thirty years after maj...
Recovery of lowland tropical forest of East Kalimantan thirty years after maj...Recovery of lowland tropical forest of East Kalimantan thirty years after maj...
Recovery of lowland tropical forest of East Kalimantan thirty years after maj...CIFOR-ICRAF
 
Incorporating Bioenergy Production and Landscape Restoration: Lessons from Ce...
Incorporating Bioenergy Production and Landscape Restoration: Lessons from Ce...Incorporating Bioenergy Production and Landscape Restoration: Lessons from Ce...
Incorporating Bioenergy Production and Landscape Restoration: Lessons from Ce...CIFOR-ICRAF
 
Recreating energy smart ecosystems in degraded peat swamp forests
Recreating energy smart ecosystems in degraded peat swamp forestsRecreating energy smart ecosystems in degraded peat swamp forests
Recreating energy smart ecosystems in degraded peat swamp forestsCIFOR-ICRAF
 
Climate Change and Poverty Alleviation: Two Problems, One Intervention
Climate Change and Poverty Alleviation: Two Problems, One InterventionClimate Change and Poverty Alleviation: Two Problems, One Intervention
Climate Change and Poverty Alleviation: Two Problems, One InterventionGlobal Risk Forum GRFDavos
 
Weaving Together: Bioenergy circular approach
Weaving Together: Bioenergy circular approachWeaving Together: Bioenergy circular approach
Weaving Together: Bioenergy circular approachCIFOR-ICRAF
 
Biomass Growing Ppt
Biomass Growing PptBiomass Growing Ppt
Biomass Growing Pptychandra
 
Restoration of degraded forests and landscapes for production/delivery of mul...
Restoration of degraded forests and landscapes for production/delivery of mul...Restoration of degraded forests and landscapes for production/delivery of mul...
Restoration of degraded forests and landscapes for production/delivery of mul...CIFOR-ICRAF
 
Growing energy and restoring land: Potentials of bioenergy production from de...
Growing energy and restoring land: Potentials of bioenergy production from de...Growing energy and restoring land: Potentials of bioenergy production from de...
Growing energy and restoring land: Potentials of bioenergy production from de...CIFOR-ICRAF
 
Restoring blue carbon
Restoring blue carbonRestoring blue carbon
Restoring blue carbonCIFOR-ICRAF
 
Forests sustaining agriculture: A systematic review of multi-functional lands...
Forests sustaining agriculture: A systematic review of multi-functional lands...Forests sustaining agriculture: A systematic review of multi-functional lands...
Forests sustaining agriculture: A systematic review of multi-functional lands...CIFOR-ICRAF
 

Tendances (20)

Technology for Rural Sector by Green Yatra
Technology for Rural Sector by Green YatraTechnology for Rural Sector by Green Yatra
Technology for Rural Sector by Green Yatra
 
Indonesian peatland restoration: Economic indicators
Indonesian peatland restoration: Economic indicatorsIndonesian peatland restoration: Economic indicators
Indonesian peatland restoration: Economic indicators
 
Sustainable Development of Bioenergy from Agriculture Residues and Environment
Sustainable Development of Bioenergy from Agriculture Residues and EnvironmentSustainable Development of Bioenergy from Agriculture Residues and Environment
Sustainable Development of Bioenergy from Agriculture Residues and Environment
 
Energy
EnergyEnergy
Energy
 
renewable energy RN
renewable energy RN renewable energy RN
renewable energy RN
 
Bio mass- An Efficient Future Non Conventional Source of Energy
Bio mass- An Efficient Future Non Conventional Source of EnergyBio mass- An Efficient Future Non Conventional Source of Energy
Bio mass- An Efficient Future Non Conventional Source of Energy
 
Recovery of lowland tropical forest of East Kalimantan thirty years after maj...
Recovery of lowland tropical forest of East Kalimantan thirty years after maj...Recovery of lowland tropical forest of East Kalimantan thirty years after maj...
Recovery of lowland tropical forest of East Kalimantan thirty years after maj...
 
Incorporating Bioenergy Production and Landscape Restoration: Lessons from Ce...
Incorporating Bioenergy Production and Landscape Restoration: Lessons from Ce...Incorporating Bioenergy Production and Landscape Restoration: Lessons from Ce...
Incorporating Bioenergy Production and Landscape Restoration: Lessons from Ce...
 
Bio mass energy
Bio mass energyBio mass energy
Bio mass energy
 
Recreating energy smart ecosystems in degraded peat swamp forests
Recreating energy smart ecosystems in degraded peat swamp forestsRecreating energy smart ecosystems in degraded peat swamp forests
Recreating energy smart ecosystems in degraded peat swamp forests
 
Climate Change and Poverty Alleviation: Two Problems, One Intervention
Climate Change and Poverty Alleviation: Two Problems, One InterventionClimate Change and Poverty Alleviation: Two Problems, One Intervention
Climate Change and Poverty Alleviation: Two Problems, One Intervention
 
Luke in Forest Bioeconomy - Lauri Sikanen
Luke in Forest Bioeconomy - Lauri SikanenLuke in Forest Bioeconomy - Lauri Sikanen
Luke in Forest Bioeconomy - Lauri Sikanen
 
Weaving Together: Bioenergy circular approach
Weaving Together: Bioenergy circular approachWeaving Together: Bioenergy circular approach
Weaving Together: Bioenergy circular approach
 
SWS6932 ES Carbon with audio
SWS6932 ES Carbon with audioSWS6932 ES Carbon with audio
SWS6932 ES Carbon with audio
 
Biomass Growing Ppt
Biomass Growing PptBiomass Growing Ppt
Biomass Growing Ppt
 
Restoration of degraded forests and landscapes for production/delivery of mul...
Restoration of degraded forests and landscapes for production/delivery of mul...Restoration of degraded forests and landscapes for production/delivery of mul...
Restoration of degraded forests and landscapes for production/delivery of mul...
 
Growing energy and restoring land: Potentials of bioenergy production from de...
Growing energy and restoring land: Potentials of bioenergy production from de...Growing energy and restoring land: Potentials of bioenergy production from de...
Growing energy and restoring land: Potentials of bioenergy production from de...
 
Restoring blue carbon
Restoring blue carbonRestoring blue carbon
Restoring blue carbon
 
Forests sustaining agriculture: A systematic review of multi-functional lands...
Forests sustaining agriculture: A systematic review of multi-functional lands...Forests sustaining agriculture: A systematic review of multi-functional lands...
Forests sustaining agriculture: A systematic review of multi-functional lands...
 
Think of Biomass for Energy
Think of Biomass for EnergyThink of Biomass for Energy
Think of Biomass for Energy
 

En vedette

Biodiversity and conservation of map By Allah Dad Khan
Biodiversity and conservation of map By Allah Dad Khan Biodiversity and conservation of map By Allah Dad Khan
Biodiversity and conservation of map By Allah Dad Khan Mr.Allah Dad Khan
 
Bio diversity By Allah Dad Khan
Bio diversity   By Allah Dad Khan Bio diversity   By Allah Dad Khan
Bio diversity By Allah Dad Khan Mr.Allah Dad Khan
 
Primary health care & concept of man.ppt2
Primary health care & concept of man.ppt2Primary health care & concept of man.ppt2
Primary health care & concept of man.ppt2Doc Lorie B
 
Securing plant genetic resources for perpetuity through cryopreservation
Securing plant genetic resources for perpetuity through cryopreservationSecuring plant genetic resources for perpetuity through cryopreservation
Securing plant genetic resources for perpetuity through cryopreservationBioversity International
 
Conservation of Medicinal Plants in Western Ghats through Sacred Groves: Pate...
Conservation of Medicinal Plants in Western Ghats through Sacred Groves: Pate...Conservation of Medicinal Plants in Western Ghats through Sacred Groves: Pate...
Conservation of Medicinal Plants in Western Ghats through Sacred Groves: Pate...Saravanan A
 
Genetic resources and ipr
Genetic resources and iprGenetic resources and ipr
Genetic resources and ipr20107-07
 
Conservation of medicinal plants
Conservation of medicinal plantsConservation of medicinal plants
Conservation of medicinal plantsinder makhija
 
Plant Genetic Resources: Conservation and Sustainable Use
Plant Genetic Resources: Conservation and Sustainable UsePlant Genetic Resources: Conservation and Sustainable Use
Plant Genetic Resources: Conservation and Sustainable Useanswervivek
 
Primary Health Care, Objectives, Principles and Policy Directions
Primary Health Care, Objectives, Principles and Policy DirectionsPrimary Health Care, Objectives, Principles and Policy Directions
Primary Health Care, Objectives, Principles and Policy DirectionsHealth and Labour
 
Primary health care in India
Primary health care in IndiaPrimary health care in India
Primary health care in IndiaRakesh Verma
 
Primary health care in india
Primary health care in indiaPrimary health care in india
Primary health care in indiaPradip Awate
 
Principles of primary health care
Principles of primary health carePrinciples of primary health care
Principles of primary health careVaishnavi Madhavan
 
HERBAL PPT
HERBAL PPTHERBAL PPT
HERBAL PPTNaveen R
 
Primary Health Care
Primary Health CarePrimary Health Care
Primary Health CareDoc Lorie B
 

En vedette (20)

Biodiversity and conservation of map By Allah Dad Khan
Biodiversity and conservation of map By Allah Dad Khan Biodiversity and conservation of map By Allah Dad Khan
Biodiversity and conservation of map By Allah Dad Khan
 
Tree diversityday2012 santilli.ppt
Tree diversityday2012 santilli.pptTree diversityday2012 santilli.ppt
Tree diversityday2012 santilli.ppt
 
Bio diversity By Allah Dad Khan
Bio diversity   By Allah Dad Khan Bio diversity   By Allah Dad Khan
Bio diversity By Allah Dad Khan
 
Primary health care & concept of man.ppt2
Primary health care & concept of man.ppt2Primary health care & concept of man.ppt2
Primary health care & concept of man.ppt2
 
Securing plant genetic resources for perpetuity through cryopreservation
Securing plant genetic resources for perpetuity through cryopreservationSecuring plant genetic resources for perpetuity through cryopreservation
Securing plant genetic resources for perpetuity through cryopreservation
 
Research proposal
Research proposalResearch proposal
Research proposal
 
Conservation of Medicinal Plants in Western Ghats through Sacred Groves: Pate...
Conservation of Medicinal Plants in Western Ghats through Sacred Groves: Pate...Conservation of Medicinal Plants in Western Ghats through Sacred Groves: Pate...
Conservation of Medicinal Plants in Western Ghats through Sacred Groves: Pate...
 
Genetic resources and ipr
Genetic resources and iprGenetic resources and ipr
Genetic resources and ipr
 
Alternative sytems
Alternative sytemsAlternative sytems
Alternative sytems
 
Conservation of medicinal plants
Conservation of medicinal plantsConservation of medicinal plants
Conservation of medicinal plants
 
Plant genetic resources
Plant genetic resourcesPlant genetic resources
Plant genetic resources
 
Plant Genetic Resources: Conservation and Sustainable Use
Plant Genetic Resources: Conservation and Sustainable UsePlant Genetic Resources: Conservation and Sustainable Use
Plant Genetic Resources: Conservation and Sustainable Use
 
Primary Health Care, Objectives, Principles and Policy Directions
Primary Health Care, Objectives, Principles and Policy DirectionsPrimary Health Care, Objectives, Principles and Policy Directions
Primary Health Care, Objectives, Principles and Policy Directions
 
Primary health care in India
Primary health care in IndiaPrimary health care in India
Primary health care in India
 
Concept Of Phc
Concept Of PhcConcept Of Phc
Concept Of Phc
 
Primary health care in india
Primary health care in indiaPrimary health care in india
Primary health care in india
 
Principles of primary health care
Principles of primary health carePrinciples of primary health care
Principles of primary health care
 
HERBAL PPT
HERBAL PPTHERBAL PPT
HERBAL PPT
 
Medicinal plants
Medicinal plantsMedicinal plants
Medicinal plants
 
Primary Health Care
Primary Health CarePrimary Health Care
Primary Health Care
 

Similaire à Session 3.6 can pes steer sustainable mgt of of forest patches

Measuring the opportunity costs of forest conservation in Uganda: Implication...
Measuring the opportunity costs of forest conservation in Uganda: Implication...Measuring the opportunity costs of forest conservation in Uganda: Implication...
Measuring the opportunity costs of forest conservation in Uganda: Implication...CIFOR-ICRAF
 
Statewide Conservation & Preservation Plan
Statewide Conservation & Preservation PlanStatewide Conservation & Preservation Plan
Statewide Conservation & Preservation PlanBecky LaPlant
 
National REDD strategy Ghana
National REDD strategy GhanaNational REDD strategy Ghana
National REDD strategy Ghanarightsandclimate
 
The Valuation of Conservation Options Versus Tropical Deforestation
The Valuation of Conservation Options Versus Tropical DeforestationThe Valuation of Conservation Options Versus Tropical Deforestation
The Valuation of Conservation Options Versus Tropical DeforestationEarthObsSingapore
 
ADVANCING SUSTAINABLE BIOMASS ENERGY PRODUCTION IN UGANDA THROUGH PRACTICAL I...
ADVANCING SUSTAINABLE BIOMASS ENERGY PRODUCTION IN UGANDA THROUGH PRACTICAL I...ADVANCING SUSTAINABLE BIOMASS ENERGY PRODUCTION IN UGANDA THROUGH PRACTICAL I...
ADVANCING SUSTAINABLE BIOMASS ENERGY PRODUCTION IN UGANDA THROUGH PRACTICAL I...RECSONETWORKRECSONET
 
Application of Allometric Equation for Estimating Above-Ground Biomass and Ca...
Application of Allometric Equation for Estimating Above-Ground Biomass and Ca...Application of Allometric Equation for Estimating Above-Ground Biomass and Ca...
Application of Allometric Equation for Estimating Above-Ground Biomass and Ca...AI Publications
 
Upland forest restoration and livelihoods in Asia
Upland forest restoration and livelihoods in AsiaUpland forest restoration and livelihoods in Asia
Upland forest restoration and livelihoods in AsiaCIFOR-ICRAF
 
Hailu Tefera/Assefa Tofu: Poverty alleviation and environmental restoration u...
Hailu Tefera/Assefa Tofu: Poverty alleviation and environmental restoration u...Hailu Tefera/Assefa Tofu: Poverty alleviation and environmental restoration u...
Hailu Tefera/Assefa Tofu: Poverty alleviation and environmental restoration u...AfricaAdapt
 
2.BIOMASS RESOURCE ASSESSMENT.pptx
2.BIOMASS RESOURCE ASSESSMENT.pptx2.BIOMASS RESOURCE ASSESSMENT.pptx
2.BIOMASS RESOURCE ASSESSMENT.pptxRENERGISTICS
 
UNDP MT EbA Learning Brief 3 FINAL web vs 05.01.16
UNDP MT EbA Learning Brief 3 FINAL web vs 05.01.16UNDP MT EbA Learning Brief 3 FINAL web vs 05.01.16
UNDP MT EbA Learning Brief 3 FINAL web vs 05.01.16Tine Rossing
 
Costs, benefits and impacts of community forests on livelihoods in Cameroon
Costs, benefits and impacts of community forests on livelihoods in CameroonCosts, benefits and impacts of community forests on livelihoods in Cameroon
Costs, benefits and impacts of community forests on livelihoods in CameroonCIFOR-ICRAF
 
Energy and Environment Africa
Energy and Environment AfricaEnergy and Environment Africa
Energy and Environment AfricaSener Salci
 
Evaluation of ecosystem services
Evaluation of ecosystem servicesEvaluation of ecosystem services
Evaluation of ecosystem servicesApurva Sharma
 

Similaire à Session 3.6 can pes steer sustainable mgt of of forest patches (20)

Measuring the opportunity costs of forest conservation in Uganda: Implication...
Measuring the opportunity costs of forest conservation in Uganda: Implication...Measuring the opportunity costs of forest conservation in Uganda: Implication...
Measuring the opportunity costs of forest conservation in Uganda: Implication...
 
Hamed Daly-Hassen - Private and social values from Tunisian cork-oak agrofor...
Hamed Daly-Hassen - Private and social values from Tunisian  cork-oak agrofor...Hamed Daly-Hassen - Private and social values from Tunisian  cork-oak agrofor...
Hamed Daly-Hassen - Private and social values from Tunisian cork-oak agrofor...
 
Sara Scherr - How can African Farmers Benefit from Carbon Markets? - Aug 2009
Sara Scherr - How can African Farmers Benefit from Carbon Markets? - Aug 2009Sara Scherr - How can African Farmers Benefit from Carbon Markets? - Aug 2009
Sara Scherr - How can African Farmers Benefit from Carbon Markets? - Aug 2009
 
Statewide Conservation & Preservation Plan
Statewide Conservation & Preservation PlanStatewide Conservation & Preservation Plan
Statewide Conservation & Preservation Plan
 
Addressing agric drivers of deforestation. sparing vs sharing p.minang
Addressing agric drivers of deforestation. sparing vs sharing p.minangAddressing agric drivers of deforestation. sparing vs sharing p.minang
Addressing agric drivers of deforestation. sparing vs sharing p.minang
 
National REDD strategy Ghana
National REDD strategy GhanaNational REDD strategy Ghana
National REDD strategy Ghana
 
Conservation of Critical Chimpanzee Habitats in Bugoma-Budongo Corridor Fores...
Conservation of Critical Chimpanzee Habitats in Bugoma-Budongo Corridor Fores...Conservation of Critical Chimpanzee Habitats in Bugoma-Budongo Corridor Fores...
Conservation of Critical Chimpanzee Habitats in Bugoma-Budongo Corridor Fores...
 
The Valuation of Conservation Options Versus Tropical Deforestation
The Valuation of Conservation Options Versus Tropical DeforestationThe Valuation of Conservation Options Versus Tropical Deforestation
The Valuation of Conservation Options Versus Tropical Deforestation
 
ADVANCING SUSTAINABLE BIOMASS ENERGY PRODUCTION IN UGANDA THROUGH PRACTICAL I...
ADVANCING SUSTAINABLE BIOMASS ENERGY PRODUCTION IN UGANDA THROUGH PRACTICAL I...ADVANCING SUSTAINABLE BIOMASS ENERGY PRODUCTION IN UGANDA THROUGH PRACTICAL I...
ADVANCING SUSTAINABLE BIOMASS ENERGY PRODUCTION IN UGANDA THROUGH PRACTICAL I...
 
Application of Allometric Equation for Estimating Above-Ground Biomass and Ca...
Application of Allometric Equation for Estimating Above-Ground Biomass and Ca...Application of Allometric Equation for Estimating Above-Ground Biomass and Ca...
Application of Allometric Equation for Estimating Above-Ground Biomass and Ca...
 
Upland forest restoration and livelihoods in Asia
Upland forest restoration and livelihoods in AsiaUpland forest restoration and livelihoods in Asia
Upland forest restoration and livelihoods in Asia
 
Hailu Tefera/Assefa Tofu: Poverty alleviation and environmental restoration u...
Hailu Tefera/Assefa Tofu: Poverty alleviation and environmental restoration u...Hailu Tefera/Assefa Tofu: Poverty alleviation and environmental restoration u...
Hailu Tefera/Assefa Tofu: Poverty alleviation and environmental restoration u...
 
Grace Villamor - Bundling And Negotiating Ecosystem Services For Small Scale ...
Grace Villamor - Bundling And Negotiating Ecosystem Services For Small Scale ...Grace Villamor - Bundling And Negotiating Ecosystem Services For Small Scale ...
Grace Villamor - Bundling And Negotiating Ecosystem Services For Small Scale ...
 
2.BIOMASS RESOURCE ASSESSMENT.pptx
2.BIOMASS RESOURCE ASSESSMENT.pptx2.BIOMASS RESOURCE ASSESSMENT.pptx
2.BIOMASS RESOURCE ASSESSMENT.pptx
 
Avoided Deforestation with Sustainable Benefits: Challenges for Tanzania (and...
Avoided Deforestation with Sustainable Benefits: Challenges for Tanzania (and...Avoided Deforestation with Sustainable Benefits: Challenges for Tanzania (and...
Avoided Deforestation with Sustainable Benefits: Challenges for Tanzania (and...
 
UNDP MT EbA Learning Brief 3 FINAL web vs 05.01.16
UNDP MT EbA Learning Brief 3 FINAL web vs 05.01.16UNDP MT EbA Learning Brief 3 FINAL web vs 05.01.16
UNDP MT EbA Learning Brief 3 FINAL web vs 05.01.16
 
jornada Biocombustibles (29nov10)
jornada Biocombustibles (29nov10)jornada Biocombustibles (29nov10)
jornada Biocombustibles (29nov10)
 
Costs, benefits and impacts of community forests on livelihoods in Cameroon
Costs, benefits and impacts of community forests on livelihoods in CameroonCosts, benefits and impacts of community forests on livelihoods in Cameroon
Costs, benefits and impacts of community forests on livelihoods in Cameroon
 
Energy and Environment Africa
Energy and Environment AfricaEnergy and Environment Africa
Energy and Environment Africa
 
Evaluation of ecosystem services
Evaluation of ecosystem servicesEvaluation of ecosystem services
Evaluation of ecosystem services
 

Plus de World Agroforestry (ICRAF)

Resilience of rubber based agroforestry facing global change
Resilience of rubber based agroforestry facing global changeResilience of rubber based agroforestry facing global change
Resilience of rubber based agroforestry facing global changeWorld Agroforestry (ICRAF)
 
How can we overcome obstacles and mobilize investments for successful, sustai...
How can we overcome obstacles and mobilize investments for successful, sustai...How can we overcome obstacles and mobilize investments for successful, sustai...
How can we overcome obstacles and mobilize investments for successful, sustai...World Agroforestry (ICRAF)
 
Forest and agroforesty options for building resilience in refugee situations:...
Forest and agroforesty options for building resilience in refugee situations:...Forest and agroforesty options for building resilience in refugee situations:...
Forest and agroforesty options for building resilience in refugee situations:...World Agroforestry (ICRAF)
 
How local application of agroecological principles can transform food systems
How local application of agroecological principles can transform food systemsHow local application of agroecological principles can transform food systems
How local application of agroecological principles can transform food systemsWorld Agroforestry (ICRAF)
 
Agroforestry systems for restoration in Brazil: reconciling social and ecolo...
Agroforestry systems for restoration in Brazil:  reconciling social and ecolo...Agroforestry systems for restoration in Brazil:  reconciling social and ecolo...
Agroforestry systems for restoration in Brazil: reconciling social and ecolo...World Agroforestry (ICRAF)
 
Vulnerabilities of forests and forest dependent people
Vulnerabilities of forests and forest dependent peopleVulnerabilities of forests and forest dependent people
Vulnerabilities of forests and forest dependent peopleWorld Agroforestry (ICRAF)
 
Pests and diseases of trees in Africa: review of a growing emergency
Pests and diseases of trees in Africa: review of a growing emergencyPests and diseases of trees in Africa: review of a growing emergency
Pests and diseases of trees in Africa: review of a growing emergencyWorld Agroforestry (ICRAF)
 
Wall posters on habitat distribution of nine tree species in Ethiopia
Wall posters on habitat distribution of nine tree species in EthiopiaWall posters on habitat distribution of nine tree species in Ethiopia
Wall posters on habitat distribution of nine tree species in EthiopiaWorld Agroforestry (ICRAF)
 
Not all roads lead to Rome: Inclusive business models and responsible finance...
Not all roads lead to Rome: Inclusive business models and responsible finance...Not all roads lead to Rome: Inclusive business models and responsible finance...
Not all roads lead to Rome: Inclusive business models and responsible finance...World Agroforestry (ICRAF)
 
Decent work and economic growth: Potential impacts of SDG 8 on forests and fo...
Decent work and economic growth: Potential impacts of SDG 8 on forests and fo...Decent work and economic growth: Potential impacts of SDG 8 on forests and fo...
Decent work and economic growth: Potential impacts of SDG 8 on forests and fo...World Agroforestry (ICRAF)
 
Forest conservation and socio-economic benefits through community forest conc...
Forest conservation and socio-economic benefits through community forest conc...Forest conservation and socio-economic benefits through community forest conc...
Forest conservation and socio-economic benefits through community forest conc...World Agroforestry (ICRAF)
 
Sustainable land management for improved livelihoods and environmental sustai...
Sustainable land management for improved livelihoods and environmental sustai...Sustainable land management for improved livelihoods and environmental sustai...
Sustainable land management for improved livelihoods and environmental sustai...World Agroforestry (ICRAF)
 
Rangeland Management in Africa Research and case studies
Rangeland Management in Africa Research and case studiesRangeland Management in Africa Research and case studies
Rangeland Management in Africa Research and case studiesWorld Agroforestry (ICRAF)
 
Sustainable transition of shifting cultivation systems for land degradation n...
Sustainable transition of shifting cultivation systems for land degradation n...Sustainable transition of shifting cultivation systems for land degradation n...
Sustainable transition of shifting cultivation systems for land degradation n...World Agroforestry (ICRAF)
 
Understanding farmer behavior and options to improve outcomes
Understanding farmer behavior and options to improve outcomesUnderstanding farmer behavior and options to improve outcomes
Understanding farmer behavior and options to improve outcomesWorld Agroforestry (ICRAF)
 
NRM Innovations for Risk Management and Agricultural Transformation in Semiar...
NRM Innovations for Risk Management and Agricultural Transformation in Semiar...NRM Innovations for Risk Management and Agricultural Transformation in Semiar...
NRM Innovations for Risk Management and Agricultural Transformation in Semiar...World Agroforestry (ICRAF)
 
Combining land restoration and livelihoods - examples from Niger
Combining land restoration and livelihoods - examples from NigerCombining land restoration and livelihoods - examples from Niger
Combining land restoration and livelihoods - examples from NigerWorld Agroforestry (ICRAF)
 

Plus de World Agroforestry (ICRAF) (20)

Resilience of rubber based agroforestry facing global change
Resilience of rubber based agroforestry facing global changeResilience of rubber based agroforestry facing global change
Resilience of rubber based agroforestry facing global change
 
DryDev Closeout Webinar 30th June 2020
DryDev Closeout Webinar 30th June 2020DryDev Closeout Webinar 30th June 2020
DryDev Closeout Webinar 30th June 2020
 
Farmland Biodiversity
Farmland BiodiversityFarmland Biodiversity
Farmland Biodiversity
 
How can we overcome obstacles and mobilize investments for successful, sustai...
How can we overcome obstacles and mobilize investments for successful, sustai...How can we overcome obstacles and mobilize investments for successful, sustai...
How can we overcome obstacles and mobilize investments for successful, sustai...
 
Forest and agroforesty options for building resilience in refugee situations:...
Forest and agroforesty options for building resilience in refugee situations:...Forest and agroforesty options for building resilience in refugee situations:...
Forest and agroforesty options for building resilience in refugee situations:...
 
How local application of agroecological principles can transform food systems
How local application of agroecological principles can transform food systemsHow local application of agroecological principles can transform food systems
How local application of agroecological principles can transform food systems
 
Agroforestry systems for restoration in Brazil: reconciling social and ecolo...
Agroforestry systems for restoration in Brazil:  reconciling social and ecolo...Agroforestry systems for restoration in Brazil:  reconciling social and ecolo...
Agroforestry systems for restoration in Brazil: reconciling social and ecolo...
 
Vulnerabilities of forests and forest dependent people
Vulnerabilities of forests and forest dependent peopleVulnerabilities of forests and forest dependent people
Vulnerabilities of forests and forest dependent people
 
Pests and diseases of trees in Africa: review of a growing emergency
Pests and diseases of trees in Africa: review of a growing emergencyPests and diseases of trees in Africa: review of a growing emergency
Pests and diseases of trees in Africa: review of a growing emergency
 
Wall posters on habitat distribution of nine tree species in Ethiopia
Wall posters on habitat distribution of nine tree species in EthiopiaWall posters on habitat distribution of nine tree species in Ethiopia
Wall posters on habitat distribution of nine tree species in Ethiopia
 
Not all roads lead to Rome: Inclusive business models and responsible finance...
Not all roads lead to Rome: Inclusive business models and responsible finance...Not all roads lead to Rome: Inclusive business models and responsible finance...
Not all roads lead to Rome: Inclusive business models and responsible finance...
 
Decent work and economic growth: Potential impacts of SDG 8 on forests and fo...
Decent work and economic growth: Potential impacts of SDG 8 on forests and fo...Decent work and economic growth: Potential impacts of SDG 8 on forests and fo...
Decent work and economic growth: Potential impacts of SDG 8 on forests and fo...
 
Forest conservation and socio-economic benefits through community forest conc...
Forest conservation and socio-economic benefits through community forest conc...Forest conservation and socio-economic benefits through community forest conc...
Forest conservation and socio-economic benefits through community forest conc...
 
Sustainable land management for improved livelihoods and environmental sustai...
Sustainable land management for improved livelihoods and environmental sustai...Sustainable land management for improved livelihoods and environmental sustai...
Sustainable land management for improved livelihoods and environmental sustai...
 
Rangeland Management in Africa Research and case studies
Rangeland Management in Africa Research and case studiesRangeland Management in Africa Research and case studies
Rangeland Management in Africa Research and case studies
 
Sustainable transition of shifting cultivation systems for land degradation n...
Sustainable transition of shifting cultivation systems for land degradation n...Sustainable transition of shifting cultivation systems for land degradation n...
Sustainable transition of shifting cultivation systems for land degradation n...
 
Understanding farmer behavior and options to improve outcomes
Understanding farmer behavior and options to improve outcomesUnderstanding farmer behavior and options to improve outcomes
Understanding farmer behavior and options to improve outcomes
 
Scaling watershed development in India
Scaling watershed development in IndiaScaling watershed development in India
Scaling watershed development in India
 
NRM Innovations for Risk Management and Agricultural Transformation in Semiar...
NRM Innovations for Risk Management and Agricultural Transformation in Semiar...NRM Innovations for Risk Management and Agricultural Transformation in Semiar...
NRM Innovations for Risk Management and Agricultural Transformation in Semiar...
 
Combining land restoration and livelihoods - examples from Niger
Combining land restoration and livelihoods - examples from NigerCombining land restoration and livelihoods - examples from Niger
Combining land restoration and livelihoods - examples from Niger
 

Session 3.6 can pes steer sustainable mgt of of forest patches

  • 1. Can Payments for Ecosystem Services Steer Sustainable Management of Forest Patches in an Agricultural Landscape? Valuing Environmental Services for PES Nasta Babirye, Sara Namirembe and Byamukama Biryahwaho 11th February, 2014
  • 2. Outline 1. Introduction 2. Analysis 3. Conclusions 4. PES for small tree farmers
  • 3. 1. Introduction  Payments for Ecosystem Services (PES):  Economic incentives to land users for continued supply of environmental services (ES)  Sufficient PES incentive levels are needed to motivate land owners  Aim  To examine the practicability of PES levels to sustain small forest owners’ implementation of PES interventions.  Analysis of PES compensation  PES level by project  Opportunity cost  Carbon market price
  • 4.  Project “Developing an Experimental Methodology for Testing the Effectiveness of PES to Enhance Conservation in Productive Landscapes in Uganda”  Location  Hoima and Kibaale districts, Albertine Rift, Western Uganda.  Partners  Global Environmental Facility.  National Environment Management Authority (Uganda) and local partners kibaale 2. Analysis a. Project PES compensation
  • 5. 2a. Project Compensation cont.  Project approach  Private natural forest owners (PFOs)  Pays PFOs US$33ha-1yr-1  Prior to PES A. Cultivation on forest land B. Unregulated forest product harvesting  PES Interventions A. Regulated forest product harvesting B. Reforestation C. Additional activities:  Enrichment planting  Silvicultural practices
  • 6. 2a. Project Compensation cont.  Higher NPV/ha/yr (US$140) obtained before than under PES scheme (US$ 71 for relatively intact [RI] and US$55.2 ha-1yr-1 degraded forests).  Low compensation  Fixed payments  Affordable to ES buyers but unjustifiable to ES producers
  • 7. 2b. Opportunity cost  Minimum PES compensation to break even:  $104.4 for RI and US$124.5/ha/yr for degraded forests, on regulating forest product harvesting  US$122.3/ha/yr for replanting trees in cultivated forest areas.  Project compensation (US$33/ha/yr) unable to compensate smallest opportunity cost  Opportunity cost is fairer.  Compensating bare minimum opportunity cost is un realistic  Difficult to attain
  • 8. 2c. Market price  Carbon market price range is S$4 - 20/tCO2/yr in East Africa  Corresponding financial worth of study forests = US$20.4 - 100.4/ha/yr. (net creditable carbon benefit = 5.2 tCO2/ha/yr)  Smaller payment than project or opportunity cost compensation.  Economically acceptable
  • 9.  Imbalanced understanding of PES market dynamics.  Complex ecosystems, un specified and bundled ES.  Small forests to generate reasonable continuously ES units.  Total worth per average forest (average forest size is 1.15ha per land owner) = US$23.5 – 115.5/yr.  Costly to operate under individual PES contracts. 2c. Market price cont.
  • 10. 3. Conclusions  Project PES incentive payment provides insufficient incentives to forests owners.  Generally, PES Incentive levels (study project, minimum opportunity cost and market prices) are too low to sustain land owners’ participation.  Need for higher, realistic and fair incentive levels.  Buyers are unwilling to pay more.  PES schemes are more expensive to operate under individual PES contracts for small forest owners farmers.
  • 11. 5. How can PES work for small forest owners?  Group/collective contracts  Market intervention  Holistic and integrative strategies  Agricultural intensification  Diversify livelihoods  Partnering into broader government programs.

Notes de l'éditeur

  1. PES incentive levels are needed to motivate land owners (producers of environmental services [ES]) to adopt desired conditions of PES which generate ES. Unrealistic/Unfair value(s) for ES
  2. Riverine tropical forests, high socio-economic and ecological importance.
  3. Higher NPV/ha/yr (weighted average) obtained before (US$140) than under PES scheme (US$ 71 from RI and US$55.2 ha-1yr-1 from degraded forests).US$33ha-1yr-1 project PES payment - Set in consideration of market prices, available funds, household annual income/ha of land.Low project compensation in the short and long term (30 years) for foregoing either cultivation or unregulated extraction of wood products. Gained some benefit by conserving their forests instead of cutting it for cultivation. Reforesting cultivated areas resulted in a net negative NPV of discounted net benefit stream. Besides, the project payment is fixed throughout the rotation, which fixed prices may not respond to changes in the PFOs’ opportunity cost. The value needs to be revised annually to cater for time preference for money (especially for volatile economies [common with many developing nations]) and change in opportunity cost due to changing patterns of livelihoods.
  4. Opportunity cost is fairer, more justifiable, understandable and acceptable to producers.The PES payment that can at least make PFOs’ net benefit under PES scheme equal to that prior to the scheme is about Ush 250,650/ha/yr (US $104.4) of PV Ush 223,800 (US $93.3)/ha/yr for RI, and 298,700 (US$124.5)/ha/yr of PV 266,700/ha/yr (US$111.1) for degraded forests on adopting regulated forest product harvesting; and Ush 293,600/ha/yr (US $122.3) of PV Ush 262,150/ha/yr (US $109.2) for replanting trees in cultivated forest areas of RI and degraded forest.Conservativeopportnutiy cost Opportunity cost would be fairer, easier to justify, understand and acceptable to the producer. It is however difficult to attain, too expensive and also not practical, especially for small holder farmersThe compensation declines with time as the foregone benefit reduces due to dwindling forest product quantities before sufficient forest recovery and declining fertility of cultivated forest land. Initially more benefit is foregone for degraded in comparison to than RI forest but declines at yr 3 as the forest reduces (benefit) lost for degraded.The minimum compensation figures based on opportunity cost are conservative considering only a few selected tangible benefits but not all foregone benefits. Even then, this smallest foregone benefit is not compensated for by the project level. It can only compensate the lost benefit in the long term (30 years) if paid continuously for the 30 years after the opportunity cost considerably reduce due to reduced foregone benefit, but not for reforestation.
  5. Small tree farmer PES projects in Uganda and East Africa (e.gEcoTrust and The International Small Group Tree Planting Program [TIST]) buy carbon credits at US$4 - 20/tCO2/yr.For this carbon stock, the market price gives corresponding PES payments of about US$20.4 - 100.4/ha/yr. At lower carbon price (4/tCO2/yr), the corresponding market price payment is smaller than the project compensation (US$33/ha/yr) and compensation for smallest opportunity cost born by PFOs (US $104.4 or 124.4/ha/yr for RI and degraded forests respectively). Net creditable carbon benefits of the project forest patches are projected at 5.2 tCO2/ha/yr during the first 10 years (Ebeling and Namirembe, 2010). In addition, the forest patches are too small, average 1.15ha/PFO (similar with small holder farmers in most developing countries), to continuously generate ES units worth a payment(s) that is able to motivate PFOs undertake the good practices for continued supply of ES. The average 1.15ha/PFO is worth about US$23.5 – 115.5/yr, which is still smaller than per ha project payment and opportunity cost compensation equivalent. such small land units are costly to manage under individual PES contracts. Group contracts and payments can lower the operational cost, but it also creates high chances of elite capture which can further deprive the poor (small) famers. Never the less, fair mechanisms for small land holders need to be sought as these are critical ecosystems (ES) for But these cannot be neglected if ES are critically needed to continuously be produced because for many developing countries with weak policies and private tenure, the ecosystems are at danger of degradation while they (contain/compose a big component of environmental resources e. 70% of total forest land in Uganda is private. forest ecosystems are inherently complex with unclear boundaries for individual ES. ES markets tend to bundled the ecosystem services together as one marketable service, using proxies to commodities/estimate the service. Many potential ES (they are not paid for what they provide/produce) end up not being paid for and in a specified ES market, viewed as positive externalities. This also leads to underpaying of land owners, especially where there is limited understanding of the ES market dynamics. Efforts to recognize the different ES by a particular buyer would aid at improving incentive payments (additive) especially for small land holders such that it becomes more meaningful (attractive).
  6. PES is likely to be outcompeted by alternative (undesirable) land uses/practices.Higher deforestation rates in private forests, for example, of up to 21.6% and 26.16% in Hoima and Kibaale districts (NEMA, 2008; Biryahwaho and Ruhweza, 2009), exceeding the national average deforestation rate (2%). Country wide, the most degradation occurs on private forests (50% is degraded) than in protected areas (15% is degraded) due to inadequate incentives to promote sustainable management of the private forests compared to the protected forests (RoU, 2002a). Cover 70% forest land cover