Disturbance Effects on Soil Carbon and Greenhouse Gas Emissions in Forest Ecosystems
Cai, Yanjiang||Chang, Scott
Disturbance Effects on Soil Carbon and Greenhouse Gas Emissions in Forest Ecosystems
English[eng]
greenhouse gas emission||heterotrophic respiration||Camellia oleifera||Larix principis-rupprechtii Mayr||soil microbial residue||assisted natural regeneration||soil organic carbon||soil carbon sequestration||soil CO2||surface soil layer||landform||anthropogenic effect||South Korea||CO2 effluxes||storm damage||microbial properties||calcareous soil||land use pattern||soil total nitrogen||generation||tree mortality||land use types||forest conversion||DCD||carbon source–sink||stoichiometric ratios||autotrophic respiration||N2O||CO2 emission||organic carbon mineralization||CH4 emissions||clear-cutting||CO2 production and diffusion||soil quality||nitrification inhibitor||organic carbon accumulation||climate change mitigation||global change||greenhouse gas inventory||warming||soil properties||bacterial community||sensitivity||soil characteristics||forest||insect outbreak||biochar||nitrous oxide||CO2||soil respiration||land-use change||decomposition||soil||natural forest||calcareous soils||greenhouse gas||forest soils||karst graben basin||plantation||rocky desertification||fitting parameters||temperature||forest disturbance||microbe||subtropical forest||N addition||carbon stock changes||IPCC||next-generation sequencing||nitrogen||N2O emissions||red soils||CH4||coastal wetlands||CO2 emissions||stand age||successive planting||plum plantation ages
Disturbance Effects on Soil Carbon and Greenhouse Gas Emissions in Forest Ecosystems
English[eng]
greenhouse gas emission||heterotrophic respiration||Camellia oleifera||Larix principis-rupprechtii Mayr||soil microbial residue||assisted natural regeneration||soil organic carbon||soil carbon sequestration||soil CO2||surface soil layer||landform||anthropogenic effect||South Korea||CO2 effluxes||storm damage||microbial properties||calcareous soil||land use pattern||soil total nitrogen||generation||tree mortality||land use types||forest conversion||DCD||carbon source–sink||stoichiometric ratios||autotrophic respiration||N2O||CO2 emission||organic carbon mineralization||CH4 emissions||clear-cutting||CO2 production and diffusion||soil quality||nitrification inhibitor||organic carbon accumulation||climate change mitigation||global change||greenhouse gas inventory||warming||soil properties||bacterial community||sensitivity||soil characteristics||forest||insect outbreak||biochar||nitrous oxide||CO2||soil respiration||land-use change||decomposition||soil||natural forest||calcareous soils||greenhouse gas||forest soils||karst graben basin||plantation||rocky desertification||fitting parameters||temperature||forest disturbance||microbe||subtropical forest||N addition||carbon stock changes||IPCC||next-generation sequencing||nitrogen||N2O emissions||red soils||CH4||coastal wetlands||CO2 emissions||stand age||successive planting||plum plantation ages