Ecosystem carbon storage in broadleaf deciduous forest ecosystem, 7 components of above- and below-ground parts were measured, AsiaFlux TKY site, Japan. Carbon storage was measured in 1 ha TKY site devided 100 of 10mx10m subplots.アジアフラックスTKYサイト（落葉広葉樹林）の1 haを100区の10mx10mプロットに区切り、7構成要素に分けてそれぞれの炭素量を推定。
Keywords:
AsiaFlux TKY
Carbon storage
Tree
Floor vegetation
Standing dead materials
Plant litter
Coarse woody debris
Root systems
Mineral soil
炭素貯留
樹木
下層植生
立ち枯れ
植物遺体
粗大木質破片
根茎
無機土壌
Involved Parties
Data Set Owners:
Individual:
Laboratory od Remote Sensing and GIS人間活動情報研究分野
Organization:
River Basin Research Center, Gifu University岐阜大学流域圏科学研究センター
Ecosystem carbon storage in broadleaf deciduous forest ecosystem
Converted biomass to carbon storage, Above and below tree organs and standing dead phytomass:tree census and DVH, Biomass of floor vegetation:estimated from spectral reflectance, Mass of plant litter and woody debris;direct measurement in 100 subplots, Mineral soil;chemical analysis.
100m x 100m Ecological plot, AsiaFlux TKY site (137deg25m24sE 36deg8m43sN). Vegetation is an approximately 50 year old secondary deciduous forest, primarily dominated by oak (Quercus crispula Blume) and Birch (Betula ermanii Cham; Betula platyphylla Sukatchev var.japonica Hara). and the understory is dominated by dense evergreen dwarf bamboo (Sasa senanensis (Fr. Et Sav.) Rehder) (Saigusa et al. 2005, Agr. For. Met. 134, 4-16).
Sampling Description:
Sampled from each hundred of 10mx10m subplots for each 7 components.
100区の10mx10mプロットそれぞれについて,土壌を除く６項目の乾物重を計測して炭素量に換算、土壌無機炭素は化学分析。