measuring of carbon stocks

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Measuring and governing changes in forest carbon stocks in complex landscapes Ole Mertz, I-REDD+ Coordinator With Thomas Sikor, Arne Jensen and many more COP 18 Doha, 29 th November 2012

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Page 1: Measuring of carbon stocks

Measuring and governing changes in forest carbon stocks in complex landscapes

Ole Mertz, I-REDD+ CoordinatorWith Thomas Sikor, Arne Jensen and many more

COP 18 Doha, 29th November 2012

Page 2: Measuring of carbon stocks

I-REDD+Impacts of Reducing Emissions from Deforestation and forest

Degradation + enhancement of forest carbon stocks2011-2014

Funding by European Commission7th Framework Programme

Department of Geography & Geology

Organisation CountryUniversity of Copenhagen - Coordinator UCPH DenmarkLeibniz Institut für Agrarentwicklung in Mittel- und Osteuropa IAMO GermanyHumboldt-Universität zu Berlin UBER GermanyUniversity of East Anglia UEA United KingdomThe University of Edinburgh UEDIN United KingdomInstitut de Recherche pour le Développement IRD FranceUniversität Bern UBERN SwitzerlandKunming Institute of Botany, Chinese Academy of Sciences KIB PR ChinaCARES, Hanoi University of Agriculture CARES VietnamNational University of Laos NUOL Laos Yayasan WWF Indonesia WWF-IND IndonesiaCenter for International Forestry Research CIFOR InternationalWorld Agroforestry Centre ICRAF InternationalNordic Agency for Development and Ecology NORDECO Denmark

Page 3: Measuring of carbon stocks

I-REDD+ project overview

Department of Geography & Geology

Page 4: Measuring of carbon stocks

I-REDD+ objectives

Department of Geography & Geology

A specific focus on: • Degraded forests and complex landscapes

• Sub-national and local level

Page 5: Measuring of carbon stocks

Study sites

• Vietnam: Nghe An Province, Con Cuong District

• China: Yunnan Province, Xishuangbanna Prefecture, Manlin Village, Xiangming Township

• Laos: Nam Et Phou Loeuy National Protected Area, Luang Prabang/Huaphan Provinces

• Indonesia: Kutai Barat Regency, East Kalimantan

Same methodologies applied in each country

Department of Geography & Geology

Page 6: Measuring of carbon stocks

How dependent is successful REDD+ on community participation in monitoring?

• Can local communities accurately, cost-effectively and reliably measure carbon stocks in forests subject to degradation?

• To what extent does sound REDD+ governance rely on local participation?

• Can local participation in measuring carbon stocks be integrated in national (and sub-national) MRV?

Department of Geography & Geology

Page 7: Measuring of carbon stocks

Accuracy of community measurement

Page 8: Measuring of carbon stocks

Department of Geography & Geology

Measurement of woody biomass by:

Measurement of cut trees by:

Costs of measurement

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Page 9: Measuring of carbon stocks

Reliability of community measurement

Department of Geography & Geology

Incentives to over-report carbon stocks if results are tied to payments?

Perhaps, but:• Professional foresters from government agencies could also

be prone to over-reporting if they know government funding depends on C-stocks

• Any type of measurement has to be subject to 3rd party verification

• Manipulation of large data sets can often be detected by analysing coherence in data

Page 10: Measuring of carbon stocks

Monitoring and benefit distribution

?budget for technical agency?

Payments of local peoplefor C measurement?

Source: UN-REDD

Page 11: Measuring of carbon stocks

Monitoring and governance

Monitoring is part of governance

Governance rights• management• enforcement• monitoring• ...

=> monitoring influences effectiveness and social justice of REDD+

Page 12: Measuring of carbon stocks

I-REDD+ research on governance

Analysis of 10 existing benefit distribution mechanisms (BDM) in China, Vietnam, Laos and Indonesia:

Top-down state governance remains common:• local people may get limited use rights yet rarely

receive governance rights• in some cases, international NGOs share some

governance rights

Many of these BDMs are not considered effective and just by local people

Implementation of national REDD+ needs to learn from these experiences

Page 13: Measuring of carbon stocks

Monitoring and safeguards

Participatory monitoring helps to integrate UNFCCC safeguards into core REDD+ design

•safeguard 3: “respect for the knowledge and rights to indigenous peoples and members of local communities”

•safeguard 4: “full and effective participation of relevant stakeholders, in particular indigenous peoples and local communities”

Page 14: Measuring of carbon stocks

Key messages

• Remote sensing based C-stock measurement in complex mosaic landscapes and degraded forests remains difficult

• It needs to be complemented by ground truth and local measurement

• Participatory monitoring (PM) provides accurate and cost-effective estimates for such controls

• PM also contributes to more effective and socially just REDD+ governance

• PM should be integrated in national MRV as a complement to professional forest inventories

PM is an opportunity rather than an obstacle to successful REDD+

Department of Geography & Geology

Page 15: Measuring of carbon stocks
Page 16: Measuring of carbon stocks

Thank you

Read more on: www.i-redd.euContact: Ole Mertz, [email protected]

Department of Geography & Geology