Document ID: chunk:federal_register_of_legislation:F2022L00047:clause:6_43:p2
Version: federal_register_of_legislation:F2022L00047
Segment Type: clause
Provision Reference: sch 6 cl 43 (pt 2/3)
Character Range: 77480–80194

described in subparagraph 41(2)(c)(ii), from the baseline scenario simulation.
 is the area (in hectares) of the ith CEA.
Note: The baseline management regime is modelled to determine the elements CBD,i,k , CBT,i,k and CBFP,i,k of the baseline carbon stock for a CEA.
 (5) For paragraph (2)(b), the equation is the following:
  Equation 2

  where:
 represents the greenhouse gases methane (CH4) and nitrous oxide (N2O).
 is the global warming potential for greenhouse gas , as specified in the NGER Regulations as in force from time to time.
 is the mass of greenhouse gas  (in tonnes per hectare) emitted due to biomass burning in the ith CEA, taken at:
 (a) for a conversion CEA—the kth month since the modelling start date, from the baseline scenario simulation, and
 (b) for a continuing plantation CEA—the kth month since the harvest event described in subparagraph 41(2)(c)(ii), from the baseline scenario simulation.
 is the area (in hectares) of the ith CEA.
 (6) For paragraph (2)(c), the equation is the following:
  Equation 3

  where:
 is the baseline carbon stock (in tonnes CO2‑e) for the ith CEA—from equation 1.
 is the baseline emissions from biomass burning (in tonnes CO2‑e) for the ith CEA—from equation 2.
 (7) For paragraph (3)(a), the equation is the following:

  Equation 4

  where:
 is the C mass in forest debris (in tonnes C per hectare) for the ith CEA in the final month of the modelling period—from the baseline scenario simulation.
is the C mass in forest products (in tonnes C per hectare) for the ith CEA in the final month of the modelling period—from the baseline scenario simulation.
 is the area (in hectares) of the ith CEA.
Note: The baseline management regime is modelled to determine the elements  and  of the baseline carbon stock for a CEA.
 (8) For paragraph (3)(b), the equation is the following:
  Equation 5

  where:
 represents the greenhouse gases methane (CH4) and nitrous oxide (N2O).
 is the global warming potential for greenhouse gas , as specified in the NGER Regulations as in force from time to time.
 is the mass of greenhouse gas  (in tonnes per hectare) emitted due to biomass burning in the ith CEA in the kth month since the modelling start date—from the baseline scenario simulation.
 is the area (in hectares) of the ith CEA.
 represents the first month of the project that is covered by the crediting period.
K is the number of months between the modelling start date and the end of the crediting period.
 (9) For paragraph (3)(c), the equation is the following:
  Equation 6

  where:
 is the baseline carbon stock (in tonnes CO2‑e) for the ith CEA—from equation 4.
 is the baseline emissions from biomass burning (in tonnes CO2‑e) for the ith