ecosystem modeling for global carbon monitoring...2001/06/03 · 2o) budget • assessment of...
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Ecosystem Modeling for Global Carbon MonitoringEcosystem Modeling for
Global Carbon MonitoringAkihiko Ito 1,2
1 National Institute for Environmental Studies2 Frontier Research Center for Global Change, JAMSTEC
Akihiko Ito 1,2
1 National Institute for Environmental Studies2 Frontier Research Center for Global Change, JAMSTEC
3rd GEOSS-AP SymposiumFebruary 4-6, 2009, Kyoto, Japan3rd GEOSS-AP SymposiumFebruary 4-6, 2009, Kyoto, Japan
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Observation and modeling
• Boundary condition
• Validation
• Data assimilation
StockStructureNPPNEP
Soil survey
Warming exp.
Soil gas
FACE
Radiation
Field survey
Matter flow
SW、RnPAR
NEE (GPP/RE) ET
Carbon, nutrientTemp., moisture
CO2/TempWater, nutrient
CO2/CH4/N2O exchange
EC method
Phenology
Flux (JapanFlux)
Ecosystem (JaLTER)
Experiment
Soil
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Observation and modeling
Land-use/cover change
Vegetation Topography
GOSAT
cf. SCIAMACHY, OCO
cf. ASTERLAI, biome, etc.
CO2 level & fluxCH4 level & flux
Altitude
Data archive• NOAA/AVHRR• Landsat, SPOT• TRMM etc.
Deforestation
Future missions• DESDynl• GCOM etc.
• Boundary condition
• Validation
• Data assimilation
FireFloodOutbreakEtc.
Disaster
Greenhouse gases
ALOS
MODIS
MODIS
SRTM
JAXA & JAMSTEC
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Importance of database
>DATADATA
DATADATADATADATA
DATADATA
DATADATA
Database is more than an assemble of individual data (i.e. synergy effect)
DATADATA DATADATA
DATADATA DATADATADATADATA
database
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Modeling and earth observation
GEOSSGEOSS
EvaluationIntegrationExtrapolation- scaling-up- prediction
DatabaseDatabase
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Terrestrial ecosystem models
Vegetation Integrated SImulator for Trace gases
Objectives• Atmosphere-ecosystem biogeochemical interactions
• Especially, major greenhouse gases (CO2, CH4, and N2O) budget
• Assessment of climatic impacts and biotic feedbacks
Carbon-cycle(Sim-CYCLE-based)
Nitrogen-cycle
Point-global, daily-monthly- CO2: photosynthesis & respiration- CH4: production & oxidation- N2O: nitrification & denitrification- LUC emission: cropland conversion- Fire emission: CO2, CO, BC, etc.- BVOC emission: isoprene etc.- Others: N2, NO, NH3, erosion
(Developed in NIES & FRCGC-JAMSTEC)
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Global Modeling
Land by VISIT (revised Sim-CYCLE: Ito & Oikawa); Ocean by VGPM (Falkowski; K.Sasaoka [FRCGC])
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Global mapping by VISIT
CH4
ARGPP HR NEPCO2
N2O
BB
Production Oxidation Total
CO2 CO NMHC BC
N2 fix.
Others
BVOC
N2 emit.
Isoprene Monoterpene
NH3 volat.NO emit.
Methanol Acetone
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Problems
1. There remain large uncertainties in model estimation<= model intercomparison (MIP)<= uncertainty in CC feedback and GW prediction (cf. IPCC AR4)=> model development=> advanced data use: validation and assimilation=> more intimate linkage with observation (ex. GEOSS)
2. Little contribution to policy-relevant issues=> from science to society=> e.g., forest carbon sink in the Kyoto Protocol
=> GEO new task: Forest Carbon Tracking=> MoE, Japan: Forest Carbon Monitoring System=> ACTS: Asian Carbon Tracking for Society (by J.Kim)
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Forest Carbon Tracking (GEO 2009-2011 Work Plan : AG-09-01 b))
Task main activities (in brackets potential contributors)a. Consolidation of observational requirements and associated products
(NIES, JRC, WHRC)b. Coordinated assessment of tools and methodologies (GOFC-GOLD, JRC,
WHRC)c. Coordination of observations, including securing their continuity (JAXA,
Norway, CSIRO-Australia, CEOS?)d. Coordination of the production of reference datasets (FAO, GTOS, JRC)e. Demonstration or pilot initiatives to show capabilities (Australia,
Norway, FAO, ESA, Brazil, Niger)f. Improvement of access to observations, datasets, tools and expertise
and associated Capacity Building activities. (Australia, Norway, Rep. of Korea, FAO .)
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Subtopic 2 [Shimada JAXA]Analysis of SAR Images
Subtopic 2 [Shimada JAXA]Analysis of SAR Images
Subtopic 4 [Oguma NIES]Estimating Forest Structure
Parameters using Microwave
Subtopic 4 [Oguma NIES]Estimating Forest Structure
Parameters using Microwave
Subtopic 5 [Takeuchi UoT]Using Remote Sensing to
Understand Vegetation Disturbance
Subtopic 5 [Takeuchi UoT]Using Remote Sensing to
Understand Vegetation Disturbance
Subtopic 3 [Sekine MRI]Analysis of Forest Inventories
Subtopic 3 [Sekine MRI]Analysis of Forest Inventories
Subtopic
1[Yamagata N
IES]D
eveloping Carbon A
ccounting Methods
Top-down approach(Region & Country Level )Top-down approach(Region & Country Level )
Bottom-up approach(Plot & Site Level)
Bottom-up approach(Plot & Site Level)
Subtopic 6 [Ito NIES]Evaluating Carbon Balance
with Ecosystem Models
Subtopic 6 [Ito NIES]Evaluating Carbon Balance
with Ecosystem Models
Development of SARMosaic Dataset
Development of SARMosaic Dataset
Forest Carbon Monitoring Approach
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Simulated carbon budget (potential)
Ito (2003) using the carbon cycle component
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Disturbance (land-use change)
Source (Chapin et al. 2002)
How much?
Fire
Deforestation
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Modeling of disturbance impact
Logging
Test case at the Pasoh forest (mature rainforest)
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Forest Carbon Modeling System, 2008-2010
SAR image (JERS, ALOS, etc.)
time-series
50 ~ 200m mesh model- land cover change- soil & topography - climate & hydrology- human impact
forest decrease & degradation
Ecosystem model (VISIT)
GERF B-81 (FCMS) project => GEOSS• development of a full carbon accounting model• impacts of disturbances at decadal time-scale• satellite-oriented mapping of carbon budget in Asia• evaluation of carbon emission and ecosystem services
JAXADATA
DATA DATA
DATA
DATA
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Concluding remarks
• Terrestrial ecosystem (carbon cycle) model is an effective and necessary tool for ‘data-mining’ of different observational evidences.
• The models have been used for scientific research, but will be more used for policy-relevant issues and decision making in carbon management.
• Intimate collaboration between observational (GEOSS, FLUXNET, LTER, etc.) and modeling side should be stimulated.
=> to reduce uncertainty and make reliable prediction
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Thank you Thank you
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Validation using observational data
Immature soil
Fujiyoshida
Takayama