Developing Stand-level Models of Stock Volume,Total Biomass and Carbon Storage for Larch Plantations in Heilongjiang Province

doi:10.13466/j.cnki.lyzygl.2017.05.013

Abstract

Abstract:

The stand-level tables and models are indispensable tools for implementing forest management inventory.Using the mensuration data of 53 larch(Larix spp.)plantation plots of national forest inventory in Heilongjiang province,and combining with the published ministerial standard Tree Biomass Models and Related Parameters to Carbon Accounting for Larix,stand-level models of stock volume,total biomass and carbon storage based on basal area and mean height were developed in this paper.The results showed that determination coefficients(R ²)of the developed models were more than 0.91 and mean prediction errors(MPE)were less than 5%,which could meet the precision requirement for forest management inventory.The presented approach is suitable for developing stand-level models of stock volume,total biomass and carbon storage for other tree species in any regions.

Key words: stock volume, total biomass, carbon storage, stand-level model, Larix

CLC Number:

S791.22

LI Yi. Developing Stand-level Models of Stock Volume,Total Biomass and Carbon Storage for Larch Plantations in Heilongjiang Province[J]. FOREST RESOURCES WANAGEMENT, 2017, (5): 74-77.

Figures/Tables 6

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指标	平均年龄 /a	平均胸径 /cm	平均树高 /m	公顷株数 /(株/hm²)	公顷断面积 /(m²/hm²)	公顷蓄积量 /(m³/hm²)
平均值	24	11.7	11.6	1092	11.65	62.52
最小值	14	6.8	5.2	517	1.96	8.37
最大值	35	18.9	17.2	2767	27.22	148.73
标准差	6	2.8	2.9	494	5.67	33.29

变量	模型		参数估计值							模型评价指标
变量	模型		a		b		c			R²	SEE		TRE/%		ASE/%		MPE/%		MPSE/%
蓄积量	(3)	5.23						0.917	9.57			2.63		0.00		4.23		11.47
蓄积量	(4)			3.60		0.1400		0.931	8.74			0.69		0.03		3.86		9.60
生物量	(3)	4.05						0.925	6.93			2.31		0.00		3.97		10.56
生物量	(4)			2.92		0.0967		0.936	6.41			0.57		0.03		3.67		9.04
碳储量	(3)	1.98						0.925	3.39			2.31		0.00		3.97		10.56
碳储量	(4)			1.43		0.0473		0.936	3.14			0.52		-0.03		3.67		9.05

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