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2001-2002年间,利用卫星遥感和GIS技术研究印度切蒂斯格尔邦的赖布尔地区干旱热带森林的土地利用、生物量和碳贮量情况。主要森林类型为:柚木森林、混合林、衰退森林和婆罗双树混交林。在这些不同森林类型中,立地的坡度和坡面影响森林植被类型、生物量和碳贮量。不同森林类型中,木材积蓄积量、生物量和碳贮量的变化范围分别为:35.59～64.31 m3·hm-2、45.94～78.31Mg·hm-2和22.97～33.27Mg·hm-2。混合林中每公顷的木材蓄积量、生物量和碳贮量最大,衰退森林中的最低。混合林、柚木森林、衰退森林和婆罗双树混交林的总碳量分别为8170.72 Mg、81656.91 Mg、7833.23 Mg和7470.45 Mg。蒂斯格尔邦地区干旱热带森林处于不成熟的生长阶段,且具有很强的碳回收潜力。图6表7参49。
During 2001-2002, land use, biomass and carbon stocks in arid tropical forests in the Raipur region of the State of Chhattisgarh, India, were studied using satellite remote sensing and GIS techniques. The main forest types are: teak forest, mixed forest, declining forest and Sal forest. In these different forest types, the slope and slope of the site affect the types of forest vegetation, biomass and carbon storage. In different forest types, the volume of accumulated woody biomass, biomass and carbon storage ranged from 35.59 to 64.31 m3 · hm-2, from 45.94 to 78.31 · mg · hm-2 and from 22.97 to 33.27 · mg · hm-2, respectively. Wood stocks, biomass and carbon stocks per hectare in mixed forests are the largest, with the lowest in declining forests. The total carbon content of mixed forest, teak forest, declining forest and salinity mixed forest were 8170.72 Mg, 81656.91 Mg, 7833.23 Mg and 7470.45 Mg, respectively. The dry tropical forests of the region of Tischbahn are in an immature stage of growth and have strong carbon recovery potential. Figure 6 Table 7 参 49.