Based on the forest resource inventory data of 2007 in Shenzhen City,the carbon storage and carbon density were measured using the volume-derived method,and spatial distribution pattern of forest carbon was also studied.The results showed that total forest carbon of 2005 in Shenzhen City was 225.04×104Mg.The average carbon density was 25.63 MgC·hm-2.Spatial distribution patterns of forest carbon in each district of Shenzhen city were significantly different,which were in the order of Longgang District(123.13×104 Mg)> Bao'an District(46.70×104Mg)> Yantian District(20.49×104Mg)> Luohu District(14.75×104Mg)> Nanshan District(12.79×104Mg)> Futian District(5.63×104Mg)> protected areas(1.57×104Mg).Carbon densities in each district of Shenzhen City were not significantly correlated to spatial distribution patterns of forest carbon,which were sequenced as Yantian District(46.18 MgC·hm2)> Futian District(37.63 MgC·hm2)> Luohu District(36.78 Mg C·hm)> Longgang District(26.60 MgC·hm2)> protection area>(24.19 MgC·hm2)> Bao'an District(19.53 MgC·hm2).Carbon storage of high forest was 146.11×104Mg,in which the young forest accounted for 73.2%.The average carbon density was 30.76 MgC·hm2.Forest division in Shenzhen City was studied based on the spatial difference between forest carbon storage and carbon density,and the effective measures to improve the forest carbon sequestration were proposed.
刘伟玲1*, 张林波1, 叶有华2. 深圳市森林植被碳储量特征及其空间分布[J]. , 2012, 31(2): 144-154.
LIU Wei-ling1, ZHANG Lin-bo1, YE You-hua2. Spatial distribution of forest vegetation carbon storage in Shenzhen City, China. , 2012, 31(2): 144-154.
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