Hu Liangjun, Shao Ming'an
Institute of Grassland Science, Northeast Normal University, Changchun 130024, China.
Ying Yong Sheng Tai Xue Bao. 2004 Nov;15(11):2132-6.
Based on the integration of GIS and geo-synthesis analysis, the water circumstances for plant growth in the Shaanxi Loess Plateau area were studied and a map reflecting regional water circumstances at the scale of 1:500,000 was made. The results showed that the water circumstances for plant growth in the Loess Plateau area were affected by the integration of precipitation soil texture, loess deposition, geomorphology and coverage, and could be measured by sub-indicators from the mentioned aspects. The index from the view point of plant development was used for the water circumstance assessment. The water circumstances of the Loess Plateau including forest zone, shrub zone and grassland zone appeared a complex spatial mosaic structure, and the main of the plateau was suitable for forestry which meant the plateau had an expected potential for eco-restoration.
基于地理信息系统(GIS)与地学综合分析的整合,对陕西黄土高原地区植物生长的水分状况进行了研究,并制作了一幅1:500,000比例尺反映区域水分状况的地图。结果表明,黄土高原地区植物生长的水分状况受降水、土壤质地、黄土堆积、地貌和植被覆盖等因素综合影响,可通过上述方面的子指标进行衡量。从植物生长发育角度选取指标对水分状况进行评价。黄土高原的水分状况在森林区、灌木区和草原区呈现出复杂的空间镶嵌结构,且高原主体适宜林业发展,这意味着该高原具有生态恢复的预期潜力。