Analysis
Estimation of carbon emission
Agroforestry Species Used | Selected Species (ha) | Tree Height (m) | Number Of Trees Per Tree Species | Age Of The Tree | Biomass Used For Firewood (kg/ha) | Total Biomass = Biomass Per ha × Area (kg) | Carbon Stock = Total Biomass × 0.47 (kg) | CO₂ Equivalent (CO₂-eq) = Carbon Stock × 3.67 | Productivity = Total Biomass / Number of Trees (kg) | Tree Density (trees/ha) |
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Estimation of charcoal consumption for the province
District | Average of charcoal consumption in for all locations in the district (kg/day) | No of households using charcoal in the district |
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CO2e charcoal = Fp charcoal*Emission Factor charcoal =CO2e firewood is the total emissions from charcoal (tonnes)
Estimation of firewood consumption for the province
District | Average of firewood consumption in for all locations in the district (kg/day) | No of households using firewood in the district |
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CO2e firewood = Fp firewood*Emission Factor firewood =CO2e firewood is the total emissions from firewood (tonnes)
Above ground biomass for tress AGB tree
Species Name | Wood specific gravity [g cm-³] (p) | Diameter at breast height [cm] (D) | Tree height [m]. | AGB tree(kg) | Carbon Stock (C)(kg) | CO₂e (tonnes) |
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Above ground biomass for Sapling AGB sapling
Species Name | Wood specific gravity [g cm-³] (p) | Diameter at breast height [cm] (D) | Tree height [m]. | AGB sapling(kg) | Carbon Stock (C)(kg) | CO₂e (tonnes) |
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Above ground biomass for AGB bamboo
Species Name | Wood specific gravity [g cm-³] (p) | Diameter at breast height [cm] (D) | Tree height [m]. | AGB bamboo(kg) | Carbon Stock (C)=AGB×0.47(kg) | CO₂e=Carbon Stock (C)×3.667 (tonnes) |
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