Modellierung der Wirtschaftlichkeit von Teak Plantagen in Costa Rica

A CO2FIX Modell der Bewirtschaftungsszenarien
64
}
}
}
soil
{
# management mortality
{
#intensity start yrs
}
0.6 # c
0.8 # k0_sol
0.38 # c_nwl_sol
0.36 # c_nwl_cel
0.03 # c_fwl_sol
0.65 # c_fwl_cel
0.03 # c_cwl_sol
0.75 # c_cwl_cel
0 # X0_nwl
0 # X0_fwl
0 # X0_cwl
0 # X0_sol
0 # X0_cel
0 # X0_lig
0 # X0_hum1
0 # X0_hum2
}
finance
{
35 # stumpage of fire wood
70 # stumpage of pulp wood
170 # stumpage of round wood
}
# age related costs
#yr fixed cost recurring cost
{
0 0 0.00
0 0 0.00
0 0 0.00
0 0 0.00
0 0 0.00
0 0 0.00
}
# age related returns
#yr fixed return recurring return
{
}
products
{
# raw material allocation
0.50 0.30 0.10 # logwood to production line: sawnwood, boards, paper, rest=energy wood
0.00 0.80 # pulpwood to production line: boards, paper, rest=energy wood
}
bioenergy
# process losses
0.10 0.12 0.15 0.0 # from sawnwood to: boards, paper, firewood, mill site dump
0.05 0.10 0.0 # from boards to: paper, firewood, mill site dump
0.10 0.0 # from paper to: firewood, mill site dump
0.0 # from firewood to: mill site dump
# products allocation
0.60 0.30 # sawnwood to: long term, medium term, rest=short term
0.20 0.60 # boards to: long term, medium term, rest=short term
0.00 0.10 # paper to: long term, medium term, rest=short term
# products end of life
0.1 0.60 # long term to: recycling, energy, rest=landfill
0.2 .7 # med term to: recycling, energy, rest=landfill
0.40 .6 # short term to: recycling, energy, rest=landfill
# recycling table
0.00 0.5 # long to: long, med, rest=short
.5 # med to: med, rest=short
# all=short to short
# life span
30 15 1 5 145 # long, med, short, mill site dump, landfill