辽宁林业科技
遼寧林業科技
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JOURNAL OF LIAONING FORESTRY SCIENCE AND TECHNOLOGY
2012年
3期
12-15
,共4页
尹晓芬%王灏%贾斌%贾斌英
尹曉芬%王灝%賈斌%賈斌英
윤효분%왕호%가빈%가빈영
森林碳汇%温室气体清单估算法%固碳增汇%减排潜力
森林碳彙%溫室氣體清單估算法%固碳增彙%減排潛力
삼림탄회%온실기체청단고산법%고탄증회%감배잠력
forest carbon sink%greenhouse gas inventory estimation method%carbon sequeslration increase%potentials in emission reduction
区域层面的森林碳汇估算研究有利于为整体层面持续固碳增汇的森林经营提供科学参考,评估森林碳汇对减少区域内碳排放的贡献。采用温室气体清单估算法,对2000、2005和2010年贵州省森林碳汇进行估算,分别为1538.0万t、2244.7万t、2431.4万tCO2当量,呈稳定增长趋势,占全省碳排放量的10.32%~14.47%。贵州省尚有161.70万hm2宜林地,如果能用于发展碳汇林业,每年可吸收CO2 237.9万t,30年内将吸收CO2达7137.0万t。贵州省正处于碳排放增长阶段,相对于森林碳汇而言,本区域碳减排工作任重道远,森林碳汇能力有很大的提升空间。
區域層麵的森林碳彙估算研究有利于為整體層麵持續固碳增彙的森林經營提供科學參攷,評估森林碳彙對減少區域內碳排放的貢獻。採用溫室氣體清單估算法,對2000、2005和2010年貴州省森林碳彙進行估算,分彆為1538.0萬t、2244.7萬t、2431.4萬tCO2噹量,呈穩定增長趨勢,佔全省碳排放量的10.32%~14.47%。貴州省尚有161.70萬hm2宜林地,如果能用于髮展碳彙林業,每年可吸收CO2 237.9萬t,30年內將吸收CO2達7137.0萬t。貴州省正處于碳排放增長階段,相對于森林碳彙而言,本區域碳減排工作任重道遠,森林碳彙能力有很大的提升空間。
구역층면적삼림탄회고산연구유리우위정체층면지속고탄증회적삼림경영제공과학삼고,평고삼림탄회대감소구역내탄배방적공헌。채용온실기체청단고산법,대2000、2005화2010년귀주성삼림탄회진행고산,분별위1538.0만t、2244.7만t、2431.4만tCO2당량,정은정증장추세,점전성탄배방량적10.32%~14.47%。귀주성상유161.70만hm2의임지,여과능용우발전탄회임업,매년가흡수CO2 237.9만t,30년내장흡수CO2체7137.0만t。귀주성정처우탄배방증장계단,상대우삼림탄회이언,본구역탄감배공작임중도원,삼림탄회능력유흔대적제승공간。
Forest carbon sink estimation research at regional level provided scientific reference for sustaining forest management based on carbon sequestration increase in general and is beneficial to the estimation on contribution of forest carbon sink to reduction of carbon emission in the area. The greenhouse gas inventory estimation method was used to estimate the forest carbon sink of Guizhou province in' years of 2000, 2005 and 2010. The forest carbon sink of Guizhou province was increased to 22,447, 000, 24,314,000 tons (CO2e) from 15,380, 000, showed a steady rising tendency and accounted for 10.32%-14.4% of carbon emission of the whole province. There are 1,617,000 hm2 of land suitable for forest in Guizhou province, and if all the land is used for developing carbon sink foreslry, 2,379, 000 tons of CO2 will be absorbed every year, and 71,370,000 tons of CO2 will be absorbed within 30 years. Guizhou province is in the increasing stage of carbon emission; and for forest carbon sink, the task of carbon emission reduction of Guizhou province still has a long wayto go, and forest carbon capability can be improved to a large extent.