Author/Authors :
C. L. Brack، نويسنده , , G. P. Richards، نويسنده ,
Abstract :
CAMFor (Carbon Accounting Model for Forests) is a sophisticated spreadsheet model developed to assist in carbon accounting and projection. This model can integrate information from a range of alternate sources including user input, default parameters and third party model outputs to calculate the carbon flows associated with a stand of trees and the wood products derived from harvests of that stand. Carbon is tracked in the following pools:
• Biomass (stemwood, branches, bark, fine and coarse roots, leaves and twigs)
• Soil (organic matter and inert charcoal)
• Debris (coarse and fine litter, slash, below ground dead material)
• Products (waste wood, sawn timber, paper, biofuel, reconstituted wood products)
These pools can be tracked following thinning, fires and over multiple rotations. A sensitivity module has been developed to assist examination of the important assumptions and inputs. This paper reviews the functionality of CAMFor and reports on its use in a case study to explore the precision of estimates of carbon sequestration in a eucalypt plantation. Information on variability in unbiased models, measurement accuracy and other sources of error are combined in a sensitivity analysis to estimate the overall precision of sequestration estimates.
Keywords :
Forest carbon dynamics , BIOMASS , Carbon accounting , Plantation modelling , Sensitivity analysis