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Tropical Wetland Initiatives for Climate Adaptation and Mitigation

Tropical Wetland Initiatives for Climate Adaptation and Mitigation

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The understated roles of tropical wetlands in the existing Intergovernmental Panel on Climate Change Guidelines (IPCC 2006) require substantial research inputs to narrow information gaps. Tropical wetlands of the world, including mangroves and peatlands, are of great interest because of the numerous ecosystem services at risk from converting these lands to other uses. These ecosystems both affect and are affected by climate change. And the large carbon stocks of tropical wetlands represent a high potential economic value should carbon markets become established and mature. Knowledge generated from collaborative research on tropical wetlands in Indonesia can provide information of global relevance for the supplement of the IPCC Guidelines. In this presentation, CIFOR scientist Daniel Murdiyarso gives an update on the achievements, recent developments and plan ahead for the Tropical Wetland Initiatives for Climate Adaptation and Mitigation (TWINCAM) project – including potential input into the IPCC Guidelines and an overview of training on sampling protocol to ensure consistency of data collection. He gave this presentation to USAID in Washington, US, on 29 February 2012.

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Page 1: Tropical Wetland Initiatives for Climate Adaptation and Mitigation

THINKING beyond the canopy

Tropical Wetland Initiatives for Climate Adaptation and Mitigation

Page 2: Tropical Wetland Initiatives for Climate Adaptation and Mitigation

THINKING beyond the canopy

Outline Introduction

• Partnership

• Wetlands and REDD

Capacity building and Networking

• Training Workshop

• Writing Workshop

• International Workshop

Measurement campaigns

Database development

Outreach and communication

• UNFCCC

• IPCC

• Blue carbon working group

Publications

2

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Emerging challenges: Draining peatlands and GHG emissions

3

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Large belowground pools

Ecosyste

m C

sto

rage (

Mg h

a-1

)

Soils below 30 cm depth

Soils 0-30 cm depth + roots

Aboveground live + dead

Boreal Temperate Tropical upland

Tropicalpeat swamp

Mangrove0

200

400

600

800

1,000

1,200

1,400

1,600

(Donato et al., 2011)

4

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THINKING beyond the canopy

TWINCAM partners in Indonesia

• Berbak (Nat. Park) • Sembilang (MRPP-giz)

• Sebangau (LIPI) • Sentarum (Tanjungpura Univ.) • Kubu Raya (FORDA)

Timika Bintuni

Teminabuan (Univ. Papua)

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Peatlands

Mangroves

1

2

3

4

5 6

7

8

1 Berbak 2 Sembilang 3 Kubu Raya 4 Danau Sentarum

5 Sebangau 6 Teminabuan 7 Bintuni 8 Timika

Ecosystems Sites

TWINCAM sites in Indonesia

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• Merang/GiZ/Sumsel • Berbak/ZSL/Jambi • SFCP/AusAID-MoFo/Jambi • Kampar Ring/APRIL/Riau

• Tesso Nilo/WWF/Riau • Siberut/Global Green/Sumbar • Leuser/YLI/Aceh

• Ulu Masen/Aceh Green/Aceh

• Ketapang/FFI/Kalbar • Kapuas Hulu /FORCLIME/Kalbar • Kapuas Hulu/FFI/Kalbar • Sentarum/FFI/Kalbar • Lamandau/YAYORIN-RARE/Kalteng

• Rimba Raya/RRC-Infinite Earth/Kalteng • Katingan/RMU-Starling Resources/Kalteng

• Sebangau/WWF/Kalteng • KFCP/AusAID-MoFo/Kalteng • Heart of Borneo/WWF/Kalteng • Kutai Barat/WWF/Kaltim • Kutai-Malinau/Global Green/Kaltim • RHOI/BOS/Kaltim • Malinau/GER/Kaltim • Malinau/FORCLIME/Kaltim • Berau Forest Carbon/TNC/Kaltim • Berau/FORCLIME/Kaltim

• Mamuju/Inhutani/SulBar • TN Lore Lindu/UNREDD-MoFo/Sulteng

• SM Nantu/YANI/Gorontalo • Poigar/ONF/Sulut

Biak-Rumfor/Emerald Planet Mamberamo/New Forest

Merauke-Mappi-Asmat/WWF Jayapura/WWF

• Lombok/KOICA-MoFo/NTB

• TN Meru Betiri/ITTO-MoFo/Jatim

• TEBE Project/YTM-AusAID/NTB

Potential REDD+ projects

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Training workshop

8

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CC Adaptation and Mitigation Human dimensions Adaptation strategies

GHG fluxes approaches • Chamber method • Flux tower, fire emissions

C-stocks approaches • Land-use change • Above- and below-ground biomass

Ecosystem approaches • Remote sensing • Modeling of land-use and C-dynamics

IPCC processes Guidelines on wetlands’ Chapter Activity data, emission factors

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Capacity building

10

Page 11: Tropical Wetland Initiatives for Climate Adaptation and Mitigation

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Sampling protocol

11

50 m 50 m

Marine e

coto

ne

Wood debris transects

(4 per plot, all plots)

A

B C

D

Plot: 1 2 3 4 5 6

Understory/litter sample

(2 per plot, all plots)

Trees >5 cm dbh

measured in 7m radius

(all plots)

Trees <5 cm dbh

measured in 2m radius

(all plots)

R= 2m

3 soil depth

measurements and 1

nutrient core (all plots)

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Sonneratia sp. Rhizophora sp.

Bruguiera sp. Avicennia sp.

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CNS Analyzer installed at IPB Lab

18

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ForestCDB – alpha version

Accommodates

5 carbon pools

(IPCC 2003)

Providing

calculator and

repository

system

Allowing data

exchange

among users

Point data

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Landing page for contributors

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UNFCCC SBSTA Side event

SBSTA-32 identified the limitation of

the IPCC 2006 for GHGs National

Inventory

Invited IPCC to hold an Expert

Meeting to “explore the need to

clarify methodological issues related

to...wetlands…

Synergizing adaptation strategies

and measures

Tropical wetlands should be in the

agenda

21

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Stock-change approach Flux difference approach

Source: IPCC (2006) 22

IPCC Guidelines – 2006

Vol. 4 AFOLU

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IPCC 2006 Land Classification

Forest land • All woody vegetation according to national definitions

Cropland • Crops including rice and agro-forestry not included above

Grassland • All rangelands and pastures not included above

Settlements

Wetlands • Wetlands not included above (peat use and flooded lands)

Other Lands • Includes bare soil, rock, ice and lands not included above

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IPCC Guidelines – 2006

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2013 IPCC Supplement: Wetlands

25

1. Introduction

2. Cross-cutting guidance on organic soils

3. Rewetting and restoration of peatlands

4. Coastal wetlands

5. Other freshwater wetlands

6. Constructed wetlands –wastewater treatment

7. Good practice and implications for reporting

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IPCC Workplan

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Publications on wetlands

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Publications

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Global survey

Gabon Mozambique

Mexico Costa Rica Ecuador

Vietnam India

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Summary 2012 workplan

30

Deliverables Date Remarks

Protocols for the measurement,

monitoring and reporting of structure,

biomass and carbon stocks in

mangrove forests.

29 Feb 2012

Has been tested and used with

partners in 2011 campaign and

will be used in Asia, Arica, and LA.

Science and Policy Imperatives of

Tropical Wetlands 31 Mar 2012

A Working paper from the

international workshop in 2011

Project webpage 31 Mar 2012 Announcing and communicating

TWINCAM activities

Journal papers 30 May 2012 Based on the data collected in

2011 to meet IPCC cut-off date

Carbon database 30 Sep 2012 Actual and metadata as part of

CIFOR’s data repository system

Global wetland map 31 Oct 2012

Carried out by a consultant under

a scrutinized contractual

arrangement

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Global wetland map

31

WP Task Number of

working days

1 Data assembly 12

2 Geomatching of all spatial datasets 6

3 Generating annual phenology indexes 20

4 Estimating surface areas of wetlands 30

5 Estimation of wetland volumes 50

6 Initial estimation of global wetland

carbon stocks

50

Total 168

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