use class L=Land within a land use after rewetting AL=Area Rewetting emissions factor for dissolved organic carbon for a specific land use class = =Rewetting emissions factor for CO2-C from soil for a specific land use class = Rewetting emissions factor for CH4-C from soil for a specific land use class Values for are entered on the tab”. Values for , and are from the columns AL , “Data “Rewetting” in Table 13 and are referenced in the calculator from the Table” tab. The calculator assumes “Lookup CO2 and CH4 emissions from all types of rewetted wetlands continue accumulating linearly for 50 years following rewetting. Wetlands remaining wetlands Calculations - Where use class L=Land of within a land use class prior to conversion APre,L=Area of land within a land use class after conversion APost,L=Area Wetlands Remaining Wetlands emissions factor for dissolved organic carbon for a specific land use = class = Wetlands Remaining Wetlands emissions factor for CO2-C from soil for a specific land use class = Wetlands Remaining Wetlands emissions factor for CH4-C from soil for a specific land use class Values for are entered on the Entry tab”. Values for , and are from the Remaining AL , “Data “Wetlands Wetlands columns in Table 13 and are referenced in the calculator from the Table” tab. The ” “Lookup calculator assumes CO2 and CH4 emissions from all types of converted wetlands continue accumulating linearly for 50 years following the project. Resulting Emissions and Unit Conversions Annual differences in emissions/removals relative to pre-management conditions resulting from each management activity are on each tab. Cumulative change in emissions for each activity “Calculator” are given for 1, 10, 20, 30, 40 and 50 years following the activity on the Summary” tab in the “Results pink, lime green, purple and orange rows. Total cumulative emissions, summed across all activities are shown in the bright green and blue rows on the same worksheet and also shown in graphs. It is important to remember that these emissions or removals are relative to emissions or removals prior to the management. Therefore, negative emissions resulting from these calculations may mean a decrease in emissions compared to prior conditions, not necessarily sequestration. This is better shown with examples
L=Land use class AL=Area within a land use after rewetting = Rewetting emissions factor for dissolved organic carbon for a specific land use class =Rewetting emissions factor for CO2-C from soil for a specific land use class = Rewetting emissions factor for CH4-C from soil for a specific land use class Values for AL are entered on the “Data tab”. Values for , , and are from the “Rewetting” columns in Table 13 and are referenced in the calculator from the “Lookup Table” tab. The calculator assumes CO2 and CH4 emissions from all types of rewetted wetlands continue accumulating linearly for 50 years following rewetting. Wetlands remaining wetlands Calculations - Where L=Land use class APre,L=Area of within a land use class prior to conversion APost,L=Area of land within a land use class after conversion = Wetlands Remaining Wetlands emissions factor for dissolved organic carbon for a specific land use class = Wetlands Remaining Wetlands emissions factor for CO2-C from soil for a specific land use class = Wetlands Remaining Wetlands emissions factor for CH4-C from soil for a specific land use class Values for AL are entered on the “Data Entry tab”. Values for , , and are from the “Wetlands Remaining Wetlands ” columns in Table 13 and are referenced in the calculator from the “Lookup Table” tab. The calculator assumes CO2 and CH4 emissions from all types of converted wetlands continue accumulating linearly for 50 years following the project. Resulting Emissions and Unit Conversions Annual differences in emissions/removals relative to pre-management conditions resulting from each management activity are on each “Calculator” tab. Cumulative change in emissions for each activity are given for 1, 10, 20, 30, 40 and 50 years following the activity on the “Results Summary” tab in the pink, lime green, purple and orange rows. Total cumulative emissions, summed across all activities are shown in the bright green and blue rows on the same worksheet and also shown in graphs. It is important to remember that these emissions or removals are relative to emissions or removals prior to the management. Therefore, negative emissions resulting from these calculations may mean a decrease in emissions compared to prior conditions, not necessarily sequestration. This is better shown with examples
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