Coarse woody debris respiration of Japanese red pine forests in Korea: controlling factors and contribution to the ecosystem carbon cycle
Coarse woody debris (CWD) respiration (R CWD) has strengths in efficient investigation of
CWD decomposition rate and application into studies on ecosystem carbon (C) processes.
Here, R CWD was investigated in two Japanese red pine forests to determine its response to
environmental factors and CWD properties, and its contribution to the ecosystem C budget.
Samples were collected based on CWD position (log or snag), species (pine or deciduous),
and decay class in the Gwangneung pine forest (GPF) and the Mt. Jumbong pine forest …
CWD decomposition rate and application into studies on ecosystem carbon (C) processes.
Here, R CWD was investigated in two Japanese red pine forests to determine its response to
environmental factors and CWD properties, and its contribution to the ecosystem C budget.
Samples were collected based on CWD position (log or snag), species (pine or deciduous),
and decay class in the Gwangneung pine forest (GPF) and the Mt. Jumbong pine forest …
Coarse woody debris respiration of Japanese red pine forests in Korea: controlling factors and contribution to the ecosystem carbon cycle.
YTK Yoon TaeKyung, NNJ Noh NamJin… - 2015 - cabidigitallibrary.org
Coarse woody debris (CWD) respiration (R CWD) has strengths in efficient investigation of
CWD decomposition rate and application into studies on ecosystem carbon (C) processes.
Here, R CWD was investigated in two Japanese red pine forests to determine its response to
environmental factors and CWD properties, and its contribution to the ecosystem C budget.
Samples were collected based on CWD position (log or snag), species (pine or deciduous),
and decay class in the Gwangneung pine forest (GPF) and the Mt. Jumbong pine forest …
CWD decomposition rate and application into studies on ecosystem carbon (C) processes.
Here, R CWD was investigated in two Japanese red pine forests to determine its response to
environmental factors and CWD properties, and its contribution to the ecosystem C budget.
Samples were collected based on CWD position (log or snag), species (pine or deciduous),
and decay class in the Gwangneung pine forest (GPF) and the Mt. Jumbong pine forest …
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