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Xing'an larch Larix gmelini in northern China's major timber species, its stand area and volume, respectively, accounting for 55% and 75% of the woodland area and volume of cold temperate. Due to the traditional long-term dependence on the timber, making the destruction of its natural resources, artificial Larix gmelinii forest area is increasing, more and more obvious role in the regional environment. Therefore, the study of artificial Larix gmelinii biomass and carbon balance is extremely important. Closely related to forest biomass and forest carbon sequestration, biomass and carbon stocks in how much direct impact to the forest ecosystem function, and thus the biomass carbon stocks in forest management research hotspot. In this paper, Heilongjiang East folded edge River Forest artificial Xing'an larch as the research object, combined with standard ground biomass parse the the wood data with Forest Inventory Data for forest carbon sinks, focusing in Xing'an larch single wood biomass model, regional forest biomass and carbon stocks, carbon density, carbon sequestration value system, aimed at exploring the accurate estimation of regional the forest stands ecological system the carbon reserves the right method. To fit the measured data and model analysis of the bark, trunk, branches, leaves, and other components of biomass and tree height relationship, the establishment of the biomass of each component model and have a good linear relationship . Graphical analysis, correlation and regression analysis showed that the presence of significant linear relationship between the biomass of Larix gmelinii stand the stumpage. Estimate stand biomass model were: dry wood: B = 0.397V 4.2046; bark: B = 0.0424V 2.6266; branches: B = 0.083V 4.9661; leaves: B = 0.0214V 1.627; aboveground biomass B = 0.5399 V 14.013. Xing'an larch East folded edge River Forest biomass carbon stocks were estimated use of the Larix gmelinii model established in the forest resource inventory data and papers. East fold Larix gmelinii Forest Biomass edge River Forest 19537.995t, total carbon stock 10181.249t, the stand storage carbon density 24.183t/hm2. Xing'an larch carbon sequestration value of 10.6903 million yuan. The regional of Larix gmelinii solid carbon capacity overall level is not high, some of the carbon density of forests worldwide average carbon density estimate there are still a considerable gap compared a Larix gmelinii East folded edge River Forest, through scientific management, improve Song of the carbon sink capacity.
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