Transcript Slide 1

GHG Inventory - 2006
AFOLU
Agriculture, Forests
and Other Land Use
Technical Support Unit, National Greenhouse Gas Inventory Programme, IPCC
AFOLU – Key Features
1. New approach to inventory from land use and livestock system
2. Merging of Agriculture, Forest & Other Land uses
 Lack of clarity on agro-forestry and urban forestry in 1996 GL
 Linking of Biomass and SOC for different land use categories in 2006 GL
 Confusion in estimation/reporting of CO2 and N2O – between Agri. & LUCF
in 1996 GL
 Addressing emissions from fire from different land categories in 2006 GL
3. Wetland incorporated into the volume as a land use category
4. Settlements and other land categories included in estimation and
reporting structure
5. HWP incorporated in to volume & in Reporting Tables :
6. Adoption of GPG 2003 approach for IPCC 2006
- all land categories in a consistent way;
- inclusion of five C-pools and relevant non-CO2 gases in default approach
- Incorporation of key source category analysis
- land use categories & sub-categories
- C-pools and non-CO2 gases
Technical Support Unit, National Greenhouse Gas Inventory Programme, IPCC
Key Features…
 Estimating GHG inventory for all managed land categories
 To account for emissions and removal for all land categories
 To achieve consistency over the years; Area and GHG estimates
 To avoid exclusion or double counting
 Livestock and Manure management integrated in to Agric.
chapter
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Improved default data and use of EFDB
Improved guidance for T-2 and T-3
Improved treatment of uncertainties
Common generic Methodology Chapter
Volume-1; Cross cutting issues
Reporting Tables & Worksheets (for default methods)
Technical Support Unit, National Greenhouse Gas Inventory Programme, IPCC
Consistent Representation of Lands/Management
Systems
 6 land categories: forest land, cropland, grassland,
wetlands, settlements and other land
 Land (FL) remaining in same category (FL) – default 20 yrs
 Land (Other) converted to that category (FL)
 Origin of land converted – sub-divide
 Cropland (CL) to forest (FL); grassland (GL) to forest (FL)
 Further categorization of each land category
desirable
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Climate (boreal, temperate, tropical forests)
Soil type (clay, sandy etc.)
Ecological (Evergreen, deciduous, desert etc.)
Management (Managed forest / plantations, Improved
grassland, unimproved grassland, tillage intensity, irrigation,
manuring)
 Land use categories: Types 1, 2 & 3
 Matching land areas with EF availability
Technical Support Unit, National Greenhouse Gas Inventory Programme, IPCC
AFOLU Volume Outline
(IPCC Approved)
 Chapter 1
 Introduction
 Chapter 2
 Consistent Representation
of Lands/Management
Systems
 Chapter 3
 Overview of Generic
Methodologies for Pools
and Fluxes
 Chapter 4;Agriculture
 Cropland,
 Grassland
 Livestock
 Chapter 5
 Forest land
 Chapter 6
 Wetlands
 Chapter 7
 Settlements
 Chapter 8
 Other land
 Chapter 9
 Harvested Wood
Products
 Annex A
 Worksheets
Technical Support Unit, National Greenhouse Gas Inventory Programme, IPCC
Summary Table – AFOLU
GHGs Sources and Sinks
CO2 CH4 N2O NOx
CO
(Gg)
3. AFOLU
3A. Agriculture/Livestock
3A1. Enteric Fermentation
3A2. Manure Management
3B. Land type
3B1. Forest land
3B2. Cropland
3B3. Grassland
3B4. Wetland
3B5. Settlements
3B6. Other land
3C. Other (please specify)
3C1. Liming
3C2. Nitrogen fertilization
3C3. Harvested Wood Product
Technical Support Unit, National Greenhouse Gas Inventory Programme, IPCC
NMVOCs
Indirect
N2O
Reporting Table – Forest Land
GHGs Sources and Sinks
Carbon stock changes
Carbon stock change in
Net
living biomass
carbon
stock
change
Net
Increa
Decre
in dead
chang
se
ase
organic
e
matter
C Gg
Net
carbon
stock
change
in soils
Net
CO2
emissi
ons
3B.Land type (3)
3B1 Forest land
Forest land Remaining
Forest land
- Change in C stocks in
biomass
- Change in C stocks in
DOM
- Change in C stocks in soils
- Non-CO2 gases
Land Converted to Forest
land - Managed land
-Change in C stocks in
biomass
-Change in C stocks in DOM
-Change in C stocks in soils
-Non-CO2 gases
Technical Support Unit, National Greenhouse Gas Inventory Programme, IPCC
CH4
CO
Gg
NMVOCs
N2O
Gg
NOx
Improvement in Default Emission Factors
Additional emission factors given for
different C-pools and non CO2 gases
at disaggregated level
Attempt to link inventory process with
EFDB
Attempt to provide and improve the
uncertainty estimates for the EF and
AD
Technical Support Unit, National Greenhouse Gas Inventory Programme, IPCC
Limitations or outstanding issues?
 User-friendliness?? How to improve?
 Implications for data-poor and resourcepoor countries ?
 Emissions / Sequestration factors needed
for a large number of Activity Data
 Improving the EFDB
 Treatment of HWP?
 Transfer of Carbon among pools; AGB,
Dead wood, litter, SOC
 Matching land categories and EF/RF
 Limited information on uncertainties; EF, AD
Technical Support Unit, National Greenhouse Gas Inventory Programme, IPCC