2. Outline
• Introduction
– What is SWAMP?
– Why wetlands are important?
• SWAMP Deliverables
• Impacts pathways and outcomes
• Emerging opportunities
– Bundling adaptation and mitigation
strategies
– Enhancing wetland resilience and
coastal security
• Key messages
USDA FOREST SERVICE
3. Partnership is fundamental
for program effectiveness
CIFOR
• Land-use change and
Biogeochemical cycles
• Remote sensing and
modeling
• Communication and
outreach
USDA FOREST SERVICE
USDA Forest Service
• Forest inventory and
analysis
• Wetland ecology and
management
• Restoration ecology
Boundary partners
• National universities
• National/local NGOs
• Government agencies
4. SWAMP leverages other programs
• Carbon Analysis Laboratory
– Univ. Eduardo Mondlane , Mozambique (funded by NSF-PEER)
– Bogor Agric. Univ., Indonesia (funded by State Dept.)
• Total Carbon Estimation in African Mangrove and Coastal
Wetlands (funded by NASA)
• East Africa Mangrove Carbon Project (funded by USAID Africa
Bureau)
• Carbon stocks and emissions of high altitude tropical peatlands
in the Andes (funded by State Department)
• The Kalimantan Wetland s and Climate Change Study (KWACS),
funded by USAID Indonesia Mission
• Indonesia Peat Network (IPN), funded by State Department
5. Why wetlands?
• Wetlands are important in the global carbon
cycles
• Very high C stocks, some of the highest on the
planet
• Highest rates in deforestation/land cover change in
the tropics GHG emissions
• Wetlands provide numerous ecosystem
services
• Natural sponge flood control
• Habitat for rare and endangered species
• Coastal systems protect from storms and tsunamis
• Breeding and rearing habitat for fish and shellfish
• Sources of wood and other forest products
• Ecotourism
• High biodiversity
USDA FOREST SERVICE
6. SWAMP Goal and Objectives
The overall goal is
to provide policy makers with credible scientific
information needed to make sound decisions
relating to the role of tropical wetlands in
climate change adaptation and mitigation
strategies.
The specific objectives are to:
• Quantify GHG emissions and C-stocks and
changes
• Develop models of ecosystem C-dynamics
• Assess the roles of tropical wetland
ecosystems in climate change adaptation
• Build the capacity and outreach stakeholders
USDA FOREST SERVICE
8. C stocks in
vegetation:
Straightforward
and relatively
inexpensive
Stock change Flux change
Litter fall
Root mortality
Heterotrophic
soil
respiration
Dissolved organic C
Methodology development
USDA FOREST SERVICE
9. Donato et al. Nature Geoscience (2011)
Indo-Pacific region
(30o Lat, 73o Long)
Indonesian archipelago
Murdiyarso et al. Nature CC 2015 (submitted )
10. Findings: mangroves
• Findings
• Ecosystem C stocks 1,083 ± 378 Mg C ha–1
• Soil (78%)
• Biomass (20%)
• Necromass (2%)
• Total stocks: 3.14 Pg C
• Area
• 1980: 4.2 Mha (FAO 207)
• 2000: 3.1 Mha 52,000 ha/yr
• 2005: 2.9 Mha (FAO, 2007) (1.4 %/yr)
• 2009: 2.6 Mha (MoF, 2009)
• Mangrove loss 6% of the total forest loss
• Mitigation potentials 0. 19 Pg CO2eq yr-1
19% of the total national GHG emissions
Murdiyarso et al. Nature Climate Change 2015 (submitted)
USDA FOREST SERVICE
14. Technical Session
at IUFRO World Congress 2014
• Papers: 12 original research and
reviews
• Habitat: peat swamp forests,
mangroves, deltas, water birds
• Region: Africa, South and Meso-
America, Asia and the Pacific
• Issues: CC mitigation and
adaptation
USDA FOREST SERVICE
15. Wetlands on the web
SWAMP project site: www.cifor.org/swamp
9,900+ views to date
Slideshare
This slide has been viewed more than 3000 x
13 power points on wetlands downloaded more
than 14,000 times
USDA FOREST SERVICE
19. Lidar
Hi-Res
Satellite
Data
Development of Applications
Using High Resolution Remote
Sensing Data to Estimate
Mangrove Biomass
Estimation of Canopy Height
Next Step:
Evaluate with Field Height
and Biomass Data
Source: Lagomasino, NASA, 2015 USDA FOREST SERVICE
20. Sea-level Rise – IPCC AR5
For RCP8.5, by 2100 0.52 to 0.98
RCP2.6: 0.26 to 0.55 m
RCP4.5: 0.32 to 0.63 m
RCP6.0: 0.33 to 0.63 m
RCP8.5: 0.45 to 0.82 m
USDA FOREST SERVICE
IPCC (2012)
22. R-SET and Radionuclides (210 Pb)
2 cm intervals
in the first 20 cm
20 cm intervals
up to 1m deep
USDA FOREST SERVICE
23. E WN 255o E
2D RESISTIVITY SECTION_TG01
TANJUNG GUNUNG AREA, KAYONG UTARA
S
W
N 220o E N
E
2D RESISTIVITY SECTION_TG03-TG05
TANJUNG GUNUNG AREA, KAYONG UTARA
• Use of Ground Penetrating Radar (GPR)
• For more accurate estimate of peat volume
Better estimate of peat depth
USDA FOREST SERVICE
24. B1, Slide 24 of 36
New approaches for restoration
and sustainable management
Photo by: Ben Brown
Firewood $270k Mangrove Crab $550kEcotourism ??$
Integrating science with local objectives
Bosma et al. 2014
Integrated Associated Separated Idealized?
25. Key messages
• Additional science is needed to
inform public policy-making
processes
• The UNFCCC and IPCC remain
important fora to deliver wetlands
science
• Mitigation-based adaptation may be
promoted at all levels across
multiple-stakeholders
• Outreach and capacity building to
policy and scientific community
through trainings are increasingly
important
USDA FOREST SERVICE
26. Future directions for discussion
Continue Building the Science Base
• Documenting emissions from degraded wetlands
• Developing robust assessment tools
• Monitoring wetland dynamics
Integration wetlands into national planning and management
• National mapping (e.g. Indonesia - peatlands, Mozambique - mangroves)
• Enhance policy dialogue and outreach in selected USAID countries (e.g.
PNG)
• Developing governance and socio-economic tools to reflect local values of
wetlands into national mapping and planning efforts
Guiding strategic investments in coastal security
• Improve tools available to USAID and other donors for wetlands restoration
that increases effectiveness and outcomes
USDA FOREST SERVICE
I will begin by introducing SWAMP, where we work, what are the objectives and why we choose wetlands
Then I will walk you through the process of how we engage scientific work and reach out policy communities bothe globally and nationally through dialogues
I will end my presentation with some messages to take home, especially on a few challenges ahead of us, including way forward to synergize adaptation measures
Tropical wetlands are important in the global carbon balance. Why?
- Wetlands store very high carbon stocks, some of the highest on the planet (wetlands are only
0.25% of the total land surface but contain 3% of the world’s soil carbon).
They are a source of methane (CH4), another type of greenhouse gas.
The rates of wetland cover change/deforestation is high in the tropics.
Greenhouse gas emissions from land-use change is much higher than those from converted upland forests.
We have been working in pan tropical region covering 25 countries with the distribution shown here
This is both promising and challenging how countries could assess and monitor this large pools
In a broader scale we also make an effort to look at the distribution of wetlands and identify the potential mitigation “hotspot”
We have been generating substantial knowledge to inform public policy-making processes. These range from scientific journals to technical information which is policy-relevant
The latest product is “Guiding Principles for Delivering Coastal Wetland C Project” that will be released tomorrow in Indonesia Pavilion next door.
This report could possibly be used to bridge into the second Phase where we can also bridge mitigation and adaptation strategies as far as policy community is concerned.
Dedicated wetlands pages on cifor.org:
SWAMP project web page
Wetlands blog page for International Wetlands Day 2015
SWAMP toolbox
A CIFOR webpage dedicated to the SWAMP project — www.cifor.org/swamp/home.html — serves as a repository for our videos, publications, blog posts, and all news about the project.
CIFOR’s virtual news service on forestry science (45-50K readers) has published 21 news articles on our mangroves research (12,450 downloads). Most directly related to SWAMP project.
High resolution remote sensing data (e.g. < 3-5 m resolution) is readily available. Work has been initiated to utilize commercially available data to assess mangrove biomass. We used airborne lidar data to validate the satellite data.
Yellow dots are plots that will be used for biomass validation.
Initiative funded by NASA.