@article{CWE/1013/2017, author={}, journal ={Current World Environment}, publisher ={}, title={Biomass Allocation and Carbon storage in Elm (Ulmus Wallichiana Planch) Plantation}, year ={}, month ={}, volume ={39}, url ={www.a-i-l-s-a.com/article/1013/}, pages ={339-344},目前的调查是在SKUAST-Kashmir的Wadura校区建立的一个22年的榆树种植园进行的。在2015年,从人工林中分层4个直径级别,即D1 (5-10cm)、D2 (10-15cm)、D3 (15-20cm)和D4 (>20cm),随机选择并砍伐24棵树(每个直径级别6棵)。树木的生长参数随直径级的增大而增大。高、胸径、基部面积和茎体积最大值分别为14.98m、23.77cm、0.044m2和0.400m3。每棵树的茎、枝、叶、根等各组成部分的生物量均随树木直径的增大而显著增加。总生物量、碳储量和二氧化碳当量由低径级增加到高径级。D4径级各参数最大值分别为475.54 kg/株(鲜)、148.59 kg/株和543.82 kg/株。枝条和根系的生物量分配系数(BACb和BACr)在低径级较高。各系数最大值为0.158,最小值为0.085; 0.298 and 0.278, respectively under D1 and D4 diameter classes. The size of trees did not produce significant effect on the biomass allocation coefficient of foliage (BACf). The diameter of the trees produced non-significant difference in the growth efficiency (GE) of different tree components. }, number = {51}, doi = {10.12944/CWE.12.2.17} }