Subdiv 62.1 Calculating carbon dioxide equivalent net abatement amount

Subdivision 6.2.1 Calculating carbon dioxide equivalent net abatement amount

6.5 General 55

6.6 Calculating the carbon dioxide equivalent net abatement amount 55

6.7 Calculating uncertainty for net abatement amount 55

6.8 Calculating standard error for net abatement amount 56

6.9 Calculating degrees of freedom for net abatement amount 57

Subdivision 6.2.2 Calculating carbon stock change

6.10 Calculating carbon stock change for a project 57

6.11 Calculating carbon stock change for a stratum 58

Subdivision 6.2.3 Calculating initial carbon stocks for a stratum

6.12 Calculating initial carbon stocks for a stratum 61

Subdivision 6.2.4 Calculating closing carbon stocks for a stratum

6.13 Calculating closing carbon stocks for a stratum based on full inventory 62

6.14 Calculating closing carbon stocks for a stratum based on PSP assessment 63

Subdivision 6.2.5 Calculating lower confidence bound

6.15 Calculating the lower confidence bound for closing carbon stocks for a stratum 66

6.16 Calculating the lower confidence bound for mean ratio of change in PSP carbon stocks 66

Subdivision 6.2.6 Calculating mean ratio of change in PSP carbon stocks

6.17 Calculating the mean ratio of change in PSP carbon stocks 67

6.18 Calculating the ratio of change in PSP carbon stocks 68

Subdivision 6.2.7 Calculating mean plot carbon stocks for a stratum

6.19 Calculating mean plot carbon stocks for a stratum 69

Subdivision 6.2.8 Calculating carbon stocks in a plot

6.20 Calculating carbon stocks within a plot assessed as part of full inventory 70

6.21 Calculating carbon stocks within a PSP assessed as part of PSP assessment 71

Subdivision 6.2.9 Calculating carbon stocks in trees, fallen dead wood, and litter

6.22 Calculating carbon stocks in live trees within a plot 72

6.23 Calculating carbon stocks in live fire affected trees within a plot 72

6.24 Calculating carbon stocks in dead standing trees within a plot 73

6.25 Calculating carbon stocks in dead standing fire affected trees within a plot 73

6.26 Calculating carbon stocks in litter within a plot 74

6.27 Calculating carbon stocks in fallen dead wood within a plot 74

Subdivision 6.2.10 Calculating biomass in trees

6.28 Calculating biomass in live trees within a plot 75

6.29 Calculating biomass in live fire affected trees within a plot 75

6.30 Calculating biomass in dead standing trees within a plot 76

6.31 Calculating biomass in dead standing fire affected trees within a plot 76

Subdivision 6.2.11 Calculating project emissions

6.32 Calculating project emissions 77

6.33 Calculating fuel emissions for a stratum 78

6.34 Calculating emissions for fossil fuel types 79

Subdivision 6.2.12 Calculating emissions for fire affected stratum

6.35 Calculating emissions for a fire affected stratum 79

6.36 Calculating the standard error for fire emissions 81

Subdivision 6.2.13 Calculating probable limit of error

6.37 Calculating probable limit of error for carbon stock estimates 83

6.38 Calculating number of plots required for probable limit of error 84

Subdivision 6.2.14 Calculating biomass for biomass sample trees and test trees

6.39 Calculating total biomass for biomass sample trees and test trees 85

6.40 Calculating the dry weight of biomass components for biomass sample trees and test trees 85

6.41 Calculating the variance of weighted residuals for biomass sample trees and test trees 86

6.42 Calculating the F-test statistic 87

Subdivision 6.2.15 Data collection

6.43 Project emissions 89

6.44 Project removals 89