In this report, we present the results of a projection of potential aboveground carbon storage of four tree-based practices using FORCASTREE (a model FOR simulating growth and CArbon of foreST and agroforest tREEs): a tree-tree growth and interaction model, formerly known as SExI-FS (Spatially Explicit Individual-based Forest Simulator), developed by the World Agroforestry (ICRAF). The four tree-based practices combine fast- and slow-growing and native and exotic tree species: (1) a mixture of different Dipterocarp species, (2) native and exotic non-Dipterocarp species, (3) Dipterocarp, fruit trees, and cacao, and (4) Dipterocarp species, native non-Dipterocarp species, fruit trees, and cacao. Scenarios of tree mortality (with or without mortality) and tree density (400 or 1100 trees per hectare) were considered for each practice.
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This work is licensed under CC-BY 4.0
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TI - Growth and aboveground carbon of trees estimated using the FORCASTREE (SExI-FS) model: possible inputs for land restoration and carbon project in the Philippines
AU - Harja, D.
AU - Salvan, G.R.
AU - Mulia, R.
AB - In this report, we present the results of a projection of potential aboveground carbon storage of four tree-based practices using FORCASTREE (a model FOR simulating growth and CArbon of foreST and agroforest tREEs): a tree-tree growth and interaction model, formerly known as SExI-FS (Spatially Explicit Individual-based Forest Simulator), developed by the World Agroforestry (ICRAF). The four tree-based practices combine fast- and slow-growing and native and exotic tree species: (1) a mixture of different Dipterocarp species, (2) native and exotic non-Dipterocarp species, (3) Dipterocarp, fruit trees, and cacao, and (4) Dipterocarp species, native non-Dipterocarp species, fruit trees, and cacao. Scenarios of tree mortality (with or without mortality) and tree density (400 or 1100 trees per hectare) were considered for each practice.
PY - 2023
PB - World Agroforestry, Kennemer Foods International, Inc.
PP - Los Banos, the Philippines
UR - https://www.cifor-icraf.org/knowledge/publication/35339/
KW - aboveground biomass, carbon, forest rehabilitation, land restoration, landscape conservation, trees
ER -Endnote (.ciw)
%T Growth and aboveground carbon of trees estimated using the FORCASTREE (SExI-FS) model: possible inputs for land restoration and carbon project in the Philippines
%A Harja, D.
%A Salvan, G.R.
%A Mulia, R.
%D 2023
%I World Agroforestry, Kennemer Foods International, Inc.
%C Los Banos, the Philippines
%U https://www.cifor-icraf.org/knowledge/publication/35339/
%X In this report, we present the results of a projection of potential aboveground carbon storage of four tree-based practices using FORCASTREE (a model FOR simulating growth and CArbon of foreST and agroforest tREEs): a tree-tree growth and interaction model, formerly known as SExI-FS (Spatially Explicit Individual-based Forest Simulator), developed by the World Agroforestry (ICRAF). The four tree-based practices combine fast- and slow-growing and native and exotic tree species: (1) a mixture of different Dipterocarp species, (2) native and exotic non-Dipterocarp species, (3) Dipterocarp, fruit trees, and cacao, and (4) Dipterocarp species, native non-Dipterocarp species, fruit trees, and cacao. Scenarios of tree mortality (with or without mortality) and tree density (400 or 1100 trees per hectare) were considered for each practice.
%K aboveground biomass
%K carbon
%K forest rehabilitation
%K land restoration
%K landscape conservation
%K trees
Publisher
World Agroforestry, Kennemer Foods International, Inc.: Los Banos, the Philippines
Publication year
2023
Authors
Harja, D.; Salvan, G.R.; Mulia, R.
Language
English
Keywords
aboveground biomass, carbon, forest rehabilitation, land restoration, landscape conservation, trees
Geographic
Philippines
