Execution Flow

Overview

The role of the Reporting Tool is to provide Business Intelligence for analysing and transforming FLINT output databases into useful information and outputs. The current implementation of the Reporting Tool processes the Flux database into simplified 2006 GL Reporting Tables. The figure below outlines the three key processes that the Reporting Tool does to achieve this.

The big picture is that the Reporting Tool takes flux facts and assigns/aggregates them to a land-use category, a reporting table and a UNFCCC reporting variable.

To do this:

1. The Reporting Tool first implements a process that allocates a flux to an IPCC Land Use Category: This is identified as the Land Use Decision Process.

2. Secondly, it implements a process to allocate the flux to a 2006 GL Reporting Table: This is identified as the Flux Type to Reporting Table Process.

3. Finally, it aggregates the fluxes according to the UNFCCC variable: This is simply identified as the Aggregation Process.

The further sections explore these processes in detail.

Land Use Decision Process

The land-use decision process is used to assign a UNFCCC land use category for each year for each flux and its associated land area.

The decisions of which IPCC land use category to assign are made based upon the Vegetation History Dimension (VegHistoryDim) and it’s associated dimensions in the Flux database. The VegHistoryDim contains information on the vegetation type (VegType) for each year of the simulation, including the initial type. The VegType is associated with an IPCC cover type which is used in the land use decision process, to decide which land use category to assign for each year.

The land use decision process supports all of the IPCC land use categories and their sub-classifications of land use ‘remaining’ land use and land use ‘converted to’ land use.

The figure on the next page outlines the Reporting Tool’s land use decision process. The Reporting Tool triggers this process whenever a new Flux Output database is added to the system.

Flux Type to Reporting Table Process

The FluxType in combination with the land use classification determines the Reporting Table that a Flux is aggregated. The table below indicates which table the Reporting Tool aggregates Fluxes for each combination of Flux Type, Land Use Class and Emissions Type (CO2 (carbon stock change as well as CO2), CH4 and N2O).

id	Flux Type	Land Use Class	Description	CO2	CH4	N2O
1	Wildfire	Forest land	Fluxes that are the result of a wildfire disturbance event. This can include emissions to the atmosphere as well as transfers between pools and can include carbon and other non-carbon greenhouse gases	4.A	4(V)	4(V)
1	Wildfire	Cropland	Fluxes that are the result of a wildfire disturbance event. This can include emissions to the atmosphere as well as transfers between pools and can include carbon and other non-carbon greenhouse gases	4.B	4(V) or 3.F	4(V) or 3.F
1	Wildfire	Grassland	Fluxes that are the result of a wildfire disturbance event. This can include emissions to the atmosphere as well as transfers between pools and can include carbon and other non-carbon greenhouse gases	4.C	4(V) or 3.E	4(V) or 3.E
1	Wildfire	Wetlands	Fluxes that are the result of a wildfire disturbance event. This can include emissions to the atmosphere as well as transfers between pools and can include carbon and other non-carbon greenhouse gases	4.D	4(V)	4(V)
1	Wildfire	Settlements	Fluxes that are the result of a wildfire disturbance event. This can include emissions to the atmosphere as well as transfers between pools and can include carbon and other non-carbon greenhouse gases	4.E	4(V)	4(V)
2	Controlled Burning	Forest land	Fluxes that are the result of a controlled burning disturbance. This can include emissions to the atmosphere as well as transfers between pools	4.A	4(V)	4(V)
2	Controlled Burning	Cropland	Fluxes that are the result of a controlled burning disturbance. This can include emissions to the atmosphere as well as transfers between pools	4.B	4(V) or 3.F	4(V) or 3.F
2	Controlled Burning	Grassland	Fluxes that are the result of a controlled burning disturbance. This can include emissions to the atmosphere as well as transfers between pools	4.C	4(V) or 3.E	4(V) or 3.E
2	Controlled Burning	Wetlands	Fluxes that are the result of a controlled burning disturbance. This can include emissions to the atmosphere as well as transfers between pools	4.D	4(V)	4(V)
2	Controlled Burning	Settlements	Fluxes that are the result of a controlled burning disturbance. This can include emissions to the atmosphere as well as transfers between pools	4.E	4(V)	4(V)
3	NPP	Forest land	Net primary production - the mass of photosynthate remaining after taking into account loss due to autotrophic respiration	4.A	NA	NA
3	NPP	Cropland	Net primary production - the mass of photosynthate remaining after taking into account loss due to autotrophic respiration	4.B	NA	NA
3	NPP	Grassland	Net primary production - the mass of photosynthate remaining after taking into account loss due to autotrophic respiration	4.C	NA	NA
3	NPP	Wetlands	Net primary production - the mass of photosynthate remaining after taking into account loss due to autotrophic respiration	4.D	NA	NA
3	NPP	Settlements	Net primary production - the mass of photosynthate remaining after taking into account loss due to autotrophic respiration	4.E	NA	NA
4	Harvest	Forest land	Fluxes that are the result of a harvest event where all trees are harvested which can be fluxes between onsite pools or can be fluxes to offsite pools	4.A	NA	NA
4	Harvest	Grassland	Fluxes that are the result of a harvest event where woody and/or non-woody veg is harvested which can be fluxes between onsite pools or can be fluxes to offsite pools	4.C	NA	NA
4	Harvest	Cropland	Fluxes that are the result of a harvest event where woody and/or non-woody veg is harvested which can be fluxes between onsite pools or can be fluxes to offsite pools	4.B	NA	NA
5	Decomposition	Forest land	Fluxes to the atmosphere due to the decay of organic matter in dead organic matter and soil	4.A	NA	4(III)
5	Decomposition	Cropland	Fluxes to the atmosphere due to the decay of organic matter in dead organic matter and soil	4.B	NA	3.D
5	Decomposition	Grassland	Fluxes to the atmosphere due to the decay of organic matter in dead organic matter and soil	4.C	NA	4(III)
5	Decomposition	Wetlands	Fluxes to the atmosphere due to the decay of organic matter in dead organic matter and soil	4.D	NA	4(III)
5	Decomposition	Settlements	Fluxes to the atmosphere due to the decay of organic matter in dead organic matter and soil	4.E	NA	4(III)
6	Turnover	Forest land	Fluxes due to normal processes of leaf, bark, and branch shedding and movement through debris and soil carbon pools due to decay	4.A	NA	NA
6	Turnover	Cropland	Fluxes due to normal processes of leaf, bark, and branch shedding and movement through debris and soil carbon pools due to decay	4.B	NA	NA
6	Turnover	Grassland	Fluxes due to normal processes of leaf, bark, and branch shedding and movement through debris and soil carbon pools due to decay	4.C	NA	NA
6	Turnover	Wetlands	Fluxes due to normal processes of leaf, bark, and branch shedding and movement through debris and soil carbon pools due to decay	4.D	NA	NA
6	Turnover	Settlements	Fluxes due to normal processes of leaf, bark, and branch shedding and movement through debris and soil carbon pools due to decay	4.E	NA	NA
7	Plough	Cropland	Fluxes from a tillage disturbance on crop and grass	4.B	NA	NA
7	Plough	Grassland	Fluxes from a tillage disturbance on crop and grass	4.C	NA	NA
8	Thin	Forest land	Fluxes that are the result of a thin event where not all trees are harvested or felled which can be fluxes between onsite pools or can be fluxes to offsite pools	4.A	NA	NA
8	Thin	Grassland	Fluxes that are the result of a thin event where not all woody veg is harvested or felled which can be fluxes between onsite pools or can be fluxes to offsite pools	4.B	NA	NA
8	Thin	Cropland	Fluxes that are the result of a thin event where not all woody veg is harvested or felled which can be fluxes between onsite pools or can be fluxes to offsite pools	4.C	NA	NA
9	Plant Trees	Forest land	When tree seedlings are planted there is a small carbon flux from offsite to tree pools	4.A	NA	NA
10	Plant Crops	Cropland	When crops are sown or planted there is a carbon flux from offsite to crop pools	4.B	NA	NA
11	N Fertiliser	Forest land	A flux that is the result of nitrogen fertiliser application	NA	NA	4(I)
11	N Fertiliser	Cropland	A flux that is the result of nitrogen fertiliser application	NA	NA	3.D
11	N Fertiliser	Grassland	A flux that is the result of nitrogen fertiliser application	NA	NA	3.D
11	N Fertiliser	Wetlands	A flux that is the result of nitrogen fertiliser application	NA	NA	4(I)
11	N Fertiliser	Settlements	A flux that is the result of nitrogen fertiliser application	NA	NA	4(I)
12	Pest	Forest land	Fluxes due to pest attack, for example transfer of leaves to the fine litter pools.	4.A	NA	NA
12	Pest	Cropland	Fluxes due to pest attack, for example transfer of leaves to the fine litter pools.	4.B	NA	NA
12	Pest	Grassland	Fluxes due to pest attack, for example transfer of leaves to the fine litter pools.	4.C	NA	NA
13	Windthrow	Forest land	fluxes due to tree death due to being blown over by wind	4.A	NA	NA
14	Lime Application	Forest land	carbon fluxes associated with lime and dolomite application	3.G.I	NA	NA
14	Lime Application	Cropland	carbon fluxes associated with lime and dolomite application	3.G.I	NA	NA
14	Lime Application	Grassland	carbon fluxes associated with lime and dolomite application	3.G.I	NA	NA
14	Lime Application	Wetlands	carbon fluxes associated with lime and dolomite application	3.G.I	NA	NA
14	Lime Application	Settlements	carbon fluxes associated with lime and dolomite application	3.G.I	NA	NA
15	Grazing	Cropland	fluxes between plant pools due to animal grazing	4.B	NA	NA
15	Grazing	Grassland	fluxes between plant pools due to animal grazing	4.C	NA	NA
16	Irrigation	Forest land	H20 fluxes due to irrigation	NA	NA	NA
16	Irrigation	Cropland	H20 fluxes due to irrigation	NA	NA	NA
16	Irrigation	Grassland	H20 fluxes due to irrigation	NA	NA	NA
17	Herbicide	Forest land	fluxes due to plant death from herbicide application	4.A	NA	NA
17	Herbicide	Cropland	fluxes due to plant death from herbicide application	4.B	NA	NA
17	Herbicide	Grassland	fluxes due to plant death from herbicide application	4.C	NA	NA
18	Manure	Forest land	Fluxes from the application of manure from offsite	4.A	3.B(a)	3.B(b)
18	Manure	Cropland	Fluxes from the application of manure from offsite	4.B	3.B(a)	3.B(b)
18	Manure	Grassland	Fluxes from the application of manure from offsite	4.C	3.B(a)	3.B(b)
19	Heavy roll	Forest land	flux of carbon due to chopper rolling	4.A	NA	NA
20	Wetland Drainage	Forest land	Flux of CO2 ,CH4 and N2O due to wetland drainage and rewetting	4(II)	4(II)	4(II)
20	Wetland Drainage	Cropland	Flux of CO2 ,CH4 and N2O due to wetland drainage and rewetting	4(II)	4(II)	3.D
20	Wetland Drainage	Grassland	Flux of CO2 ,CH4 and N2O due to wetland drainage and rewetting	4(II)	4(II)	3.D
20	Wetland Drainage	Wetlands	Flux of CO2 ,CH4 and N2O due to wetland drainage and rewetting	4(II)	4(II)	4(II)
21	Rice	Cropland	Special case where ,CH4 is transmitted through the stem	NA	3.C	NA
22	Cattle Grazing	Forest land	carbon fluxes due to cattle grazing	4.A	NA	NA
22	Cattle Grazing	Cropland	carbon fluxes due to cattle grazing	4.B	NA	NA
22	Cattle Grazing	Grassland	carbon fluxes due to cattle grazing	4.C	NA	NA
23	Sheep Grazing	Forest land	carbon fluxes due to sheep grazing	4.A	NA	NA
23	Sheep Grazing	Cropland	carbon fluxes due to sheep grazing	4.B	NA	NA
23	Sheep Grazing	Grassland	carbon fluxes due to sheep grazing	4.C	NA	NA
24	Goat Grazing	Forest land	carbon fluxes due to goat grazing	4.A	NA	NA
24	Goat Grazing	Cropland	carbon fluxes due to goat grazing	4.B	NA	NA
24	Goat Grazing	Grassland	carbon fluxes due to goat grazing	4.C	NA	NA

Aggregation Process

The FluxFact table in the Flux database captures where a Flux came from (StartPool) and where it went to (EndPool). This makes it possible to assign the flux to one of the IPCC carbon stock change pools as well as to non-CO2 emissions.

The table below indicates how the Reporting Tool treats Flux Fact during aggregation (adds, subtracts, or ignores them) for UNFCCC reporting variables (simplified IPCC carbon stock change and emissions pools). A flux is always positive (because it represents a movement of mass from one pool to another) and as such it is either added (where it is a flux into the pool in question) or subtracted (where it is a flux from the pool in question).

FluxFact Start and End Pool Combinations	Net carbon stock change in living biomass (kt C)	Net carbon stock change in dead organic matter (kt C)	Net carbon stock change in mineral soils (kt C)	Net carbon stock change in organic soils (kt C)	CH4 (controlled burning and wildfire) (kt CH4)	N2O (controlled burning and wildfire) (kg N2O)
AgDeadFineRoots:SoilBioF	NA	subtract	add	add	NA	NA
AgDeadFineRoots:SoilBioS	NA	subtract	add	add	NA	NA
AgDeadFineRoots:SoilDPM	NA	subtract	add	add	NA	NA
AgDeadFineRoots:SoilHUM	NA	subtract	add	add	NA	NA
AgDeadFineRoots:SoilIOM	NA	subtract	add	add	NA	NA
AgDeadFineRoots:SoilRPM	NA	subtract	add	add	NA	NA
AgFineLitter:Atmosphere CH4	NA	NA	NA	NA	add	NA
AgFineLitter:Atmosphere N2O	NA	NA	NA	NA	NA	add
AgFineLitter:AtmosphereCO2	NA	subtract	NA	NA	NA	NA
AgFineLitter:SoilBioF	NA	subtract	add	add	NA	NA
AgFineLitter:SoilBioS	NA	subtract	add	add	NA	NA
AgFineLitter:SoilDPM	NA	subtract	add	add	NA	NA
AgFineLitter:SoilHUM	NA	subtract	add	add	NA	NA
AgFineLitter:SoilIOM	NA	subtract	add	add	NA	NA
AgFineLitter:SoilRPM	NA	subtract	add	add	NA	NA
AgOffSiteProduct:Atmosphere CH4	NA	NA	NA	NA	NA	NA
AgOffSiteProduct:Atmosphere N2O	NA	NA	NA	NA	NA	NA
AgOffSiteProduct:AtmosphereCO2	NA	NA	NA	NA	NA	NA
AgStalkLitter:AgFineLitter	NA	NA	NA	NA	NA	NA
AgStalkLitter:Atmosphere CH4	NA	NA	NA	NA	add	NA
AgStalkLitter:Atmosphere N2O	NA	NA	NA	NA	NA	add
AgStalkLitter:AtmosphereCO2	NA	subtract	NA	NA	NA	NA
AtmosphereCO2:CropFineRoot	add	NA	NA	NA	NA	NA
AtmosphereCO2:CropGrain	add	NA	NA	NA	NA	NA
AtmosphereCO2:CropLeaf	add	NA	NA	NA	NA	NA
AtmosphereCO2:CropStalk	add	NA	NA	NA	NA	NA
AtmosphereCO2:GrassFineRoot	add	NA	NA	NA	NA	NA
AtmosphereCO2:GrassLeaf	add	NA	NA	NA	NA	NA
AtmosphereCO2:TreeBark	add	NA	NA	NA	NA	NA
AtmosphereCO2:TreeBranch	add	NA	NA	NA	NA	NA
AtmosphereCO2:TreeCoarseRoot	add	NA	NA	NA	NA	NA
AtmosphereCO2:TreeFineRoot	add	NA	NA	NA	NA	NA
AtmosphereCO2:TreeFoliage	add	NA	NA	NA	NA	NA
AtmosphereCO2:TreeStem	add	NA	NA	NA	NA	NA
BioChar:SoilDPM	NA	NA	add	add	NA	NA
BioChar:SoilIOM	NA	NA	add	add	NA	NA
BioChar:SoilRPM	NA	NA	add	add	NA	NA
CropFineRoot:AgDeadFineRoots	subtract	add	NA	NA	NA	NA
CropGrain:AgFineLitter	subtract	add	NA	NA	NA	NA
CropGrain:AgOffSiteProduct	subtract	NA	NA	NA	NA	NA
CropGrain:Atmosphere CH4	NA	NA	NA	NA	add	NA
CropGrain:Atmosphere N2O	NA	NA	NA	NA	NA	add
CropGrain:AtmosphereCO2	subtract	NA	NA	NA	NA	NA
CropLeaf:AgFineLitter	subtract	add	NA	NA	NA	NA
CropLeaf:AgOffSiteProduct	subtract	NA	NA	NA	NA	NA
CropLeaf:Atmosphere CH4	NA	NA	NA	NA	add	NA
CropLeaf:Atmosphere N2O	NA	NA	NA	NA	NA	add
CropLeaf:AtmosphereCO2	subtract	NA	NA	NA	NA	NA
CropStalk:AgOffSiteProduct	subtract	NA	NA	NA	NA	NA
CropStalk:AgStalkLitter	subtract	add	NA	NA	NA	NA
CropStalk:Atmosphere CH4	NA	NA	NA	NA	add	NA
CropStalk:Atmosphere N2O	subtract	NA	NA	NA	NA	add
CropStalk:AtmosphereCO2	subtract	NA	NA	NA	NA	NA
Deadwood:Atmosphere CH4	NA	NA	NA	NA	add	NA
Deadwood:Atmosphere N2O	NA	NA	NA	NA	NA	add
Deadwood:AtmosphereCO2	NA	subtract	NA	NA	NA	NA
Deadwood:ForestOffSiteProduct	NA	subtract	NA	NA	NA	NA
Deadwood:SoilBioF	NA	subtract	add	add	NA	NA
Deadwood:SoilBioS	NA	subtract	add	add	NA	NA
Deadwood:SoilDPM	NA	subtract	add	add	NA	NA
Deadwood:SoilHUM	NA	subtract	add	add	NA	NA
Deadwood:SoilIOM	NA	subtract	add	add	NA	NA
Deadwood:SoilRPM	NA	subtract	add	add	NA	NA
Deadwood:TreeCoarseLitter	NA	NA	NA	NA	NA	NA
Deadwood:TreeFineLitter	NA	NA	NA	NA	NA	NA
ForestOffSiteProduct:Atmosphere CH4	NA	NA	NA	NA	NA	NA
ForestOffSiteProduct:Atmosphere N2O	NA	NA	NA	NA	NA	NA
ForestOffSiteProduct:AtmosphereCO2	NA	NA	NA	NA	NA	NA
GrassFineRoot:AgDeadFineRoots	subtract	add	NA	NA	NA	NA
GrassFineRoot:AgOffSiteProduct	subtract	NA	NA	NA	NA	NA
GrassLeaf:AgFineLitter	subtract	add	NA	NA	NA	NA
GrassLeaf:AgOffSiteProduct	subtract	NA	NA	NA	NA	NA
GrassLeaf:Atmosphere CH4	NA	NA	NA	NA	add	NA
GrassLeaf:Atmosphere N2O	NA	NA	NA	NA	NA	add
GrassLeaf:AtmosphereCO2	subtract	NA	NA	NA	NA	NA
Manure:SoilBioF	NA	NA	add	add	NA	NA
Manure:SoilBioS	NA	NA	add	add	NA	NA
Manure:SoilDPM	NA	NA	add	add	NA	NA
Manure:SoilHUM	NA	NA	add	add	NA	NA
Manure:SoilIOM	NA	NA	add	add	NA	NA
Manure:SoilRPM	NA	NA	add	add	NA	NA
SoilBioF:Atmosphere N2O	NA	NA	NA	NA	NA	add
SoilBioF:AtmosphereCO2	NA	NA	subtract	subtract	NA	NA
SoilBioS:Atmosphere N2O	NA	NA	NA	NA	NA	add
SoilBioS:AtmosphereCO2	NA	NA	subtract	subtract	NA	NA
SoilDPM:Atmosphere N2O	NA	NA	NA	NA	NA	add
SoilDPM:AtmosphereCO2	NA	NA	subtract	subtract	NA	NA
SoilHUM:Atmosphere N2O	NA	NA	NA	NA	NA	add
SoilHUM:AtmosphereCO2	NA	NA	subtract	subtract	NA	NA
SoilHUM:SoilBioF	NA	NA	NA	NA	NA	NA
SoilHUM:SoilBioS	NA	NA	NA	NA	NA	NA
SoilIOM:Atmosphere N2O	NA	NA	NA	NA	NA	add
SoilIOM:AtmosphereCO2	NA	NA	subtract	subtract	NA	NA
SoilRPM:Atmosphere N2O	NA	NA	NA	NA	NA	add
SoilRPM:AtmosphereCO2	NA	NA	subtract	subtract	NA	NA
SoilRPM:SoilBioF	NA	NA	NA	NA	NA	NA
SoilRPM:SoilBioS	NA	NA	NA	NA	NA	NA
SoilRPM:SoilHUM	NA	NA	NA	NA	NA	NA
TreeBark:Atmosphere CH4	NA	NA	NA	NA	add	NA
TreeBark:Atmosphere N2O	NA	NA	NA	NA	NA	add
TreeBark:AtmosphereCO2	subtract	NA	NA	NA	NA	NA
TreeBark:ForestOffSiteProduct	subtract	NA	NA	NA	NA	NA
TreeBark:TreeFineLitter	subtract	add	NA	NA	NA	NA
TreeBranch:Atmosphere CH4	NA	NA	NA	NA	add	NA
TreeBranch:Atmosphere N2O	NA	NA	NA	NA	NA	add
TreeBranch:AtmosphereCO2	subtract	NA	NA	NA	NA	NA
TreeBranch:Deadwood	subtract	add	NA	NA	NA	NA
TreeBranch:ForestOffSiteProduct	subtract	NA	NA	NA	NA	NA
TreeBranch:TreeCoarseLitter	subtract	add	NA	NA	NA	NA
TreeCoarseLitter:Atmosphere CH4	NA	NA	NA	NA	add	NA
TreeCoarseLitter:Atmosphere N2O	NA	NA	NA	NA	NA	add
TreeCoarseLitter:AtmosphereCO2	NA	subtract	NA	NA	NA	NA
TreeCoarseLitter:SoilBioF	NA	subtract	add	add	NA	NA
TreeCoarseLitter:SoilBioS	NA	subtract	add	add	NA	NA
TreeCoarseLitter:SoilDPM	NA	subtract	add	add	NA	NA
TreeCoarseLitter:SoilHUM	NA	subtract	add	add	NA	NA
TreeCoarseLitter:SoilIOM	NA	subtract	add	add	NA	NA
TreeCoarseLitter:SoilRPM	NA	subtract	add	add	NA	NA
TreeCoarseLitter:TreeFineLitter	NA	NA	NA	NA	NA	NA
TreeCoarseRoot:Atmosphere CH4	NA	NA	NA	NA	add	NA
TreeCoarseRoot:Atmosphere N2O	NA	NA	NA	NA	NA	add
TreeCoarseRoot:AtmosphereCO2	subtract	NA	NA	NA	NA	NA
TreeCoarseRoot:TreeDeadCoarseRoot	subtract	add	NA	NA	NA	NA
TreeDeadCoarseRoot:Atmosphere CH4	NA	NA	NA	NA	add	NA
TreeDeadCoarseRoot:Atmosphere N2O	NA	NA	NA	NA	NA	add
TreeDeadCoarseRoot:AtmosphereCO2	NA	subtract	NA	NA	NA	NA
TreeDeadCoarseRoot:SoilBioF	NA	subtract	add	add	NA	NA
TreeDeadCoarseRoot:SoilBioS	NA	subtract	add	add	NA	NA
TreeDeadCoarseRoot:SoilDPM	NA	subtract	add	add	NA	NA
TreeDeadCoarseRoot:SoilHUM	NA	subtract	add	add	NA	NA
TreeDeadCoarseRoot:SoilIOM	NA	subtract	add	add	NA	NA
TreeDeadCoarseRoot:SoilRPM	NA	subtract	add	add	NA	NA
TreeDeadFineRoot:Atmosphere CH4	NA	NA	NA	NA	add	NA
TreeDeadFineRoot:Atmosphere N2O	NA	NA	NA	NA	NA	add
TreeDeadFineRoot:AtmosphereCO2	NA	subtract	NA	NA	NA	NA
TreeDeadFineRoot:SoilBioF	NA	subtract	add	add	NA	NA
TreeDeadFineRoot:SoilBioS	NA	subtract	add	add	NA	NA
TreeDeadFineRoot:SoilDPM	NA	subtract	add	add	NA	NA
TreeDeadFineRoot:SoilHUM	NA	subtract	add	add	NA	NA
TreeDeadFineRoot:SoilIOM	NA	subtract	add	add	NA	NA
TreeDeadFineRoot:SoilRPM	NA	subtract	add	add	NA	NA
TreeFineLitter:Atmosphere CH4	NA	NA	NA	NA	add	NA
TreeFineLitter:Atmosphere N2O	NA	NA	NA	NA	NA	add
TreeFineLitter:AtmosphereCO2	NA	subtract	NA	NA	NA	NA
TreeFineLitter:SoilBioF	NA	subtract	add	add	NA	NA
TreeFineLitter:SoilBioS	NA	subtract	add	add	NA	NA
TreeFineLitter:SoilDPM	NA	subtract	add	add	NA	NA
TreeFineLitter:SoilHUM	NA	subtract	add	add	NA	NA
TreeFineLitter:SoilIOM	NA	subtract	add	add	NA	NA
TreeFineLitter:SoilRPM	NA	subtract	add	add	NA	NA
TreeFineRoot:Atmosphere CH4	NA	NA	NA	NA	add	NA
TreeFineRoot:Atmosphere N2O	NA	NA	NA	NA	NA	add
TreeFineRoot:AtmosphereCO2	subtract	NA	NA	NA	NA	NA
TreeFineRoot:TreeDeadFineRoot	subtract	NA	NA	NA	NA	NA
TreeFoliage:Atmosphere CH4	NA	NA	NA	NA	add	NA
TreeFoliage:Atmosphere N2O	NA	NA	NA	NA	NA	add
TreeFoliage:AtmosphereCO2	subtract	NA	NA	NA	NA	NA
TreeFoliage:ForestOffSiteProduct	subtract	NA	NA	NA	NA	NA
TreeFoliage:TreeFineLitter	subtract	add	NA	NA	NA	NA
TreePlanting:TreeBark	add	NA	NA	NA	NA	NA
TreePlanting:TreeBranch	add	NA	NA	NA	NA	NA
TreePlanting:TreeCoarseRoot	add	NA	NA	NA	NA	NA
TreePlanting:TreeFineRoot	add	NA	NA	NA	NA	NA
TreePlanting:TreeFoliage	add	NA	NA	NA	NA	NA
TreePlanting:TreeStem	add	NA	NA	NA	NA	NA
TreeStem:Atmosphere CH4	NA	NA	NA	NA	add	NA
TreeStem:Atmosphere N2O	NA	NA	NA	NA	NA	add
TreeStem:AtmosphereCO2	subtract	NA	NA	NA	NA	NA
TreeStem:Deadwood	subtract	add	NA	NA	NA	NA
TreeStem:ForestOffSiteProduct	subtract	NA	NA	NA	NA	NA
TreeStem:TreeCoarseLitter	subtract	add	NA	NA	NA	NA
ForestOffSiteProduct:ForestOffSiteProduct	NA	NA	NA	NA	NA	NA
AgOffSiteProduct:AgOffSiteProduct	NA	NA	NA	NA	NA	NA
SoilDPM:Atmosphere CH4	NA	NA	NA	NA	add	NA
SoilRPM:Atmosphere CH4	NA	NA	NA	NA	add	NA
SoilBioF:Atmosphere CH4	NA	NA	NA	NA	add	NA
SoilBioS:Atmosphere CH4	NA	NA	NA	NA	add	NA
SoilHUM:Atmosphere CH4	NA	NA	NA	NA	add	NA
SoilIOM:Atmosphere CH4	NA	NA	NA	NA	add	NA