Wind farm effect on grassland vegetation due to its influence on the range, intensity and variation of wind direction

Guoqing Li, Chunhua Zhang, Li Zhang, Meng Zhang
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引用次数: 4

Abstract

Utilizing MOD13Q1-NDVI data from 2000 to 2014, vegetation change in a 50 km buffer area around the Huitengliang wind farm, Inner Mongolia, was analyzed. Combining meteorological data in this analysis, the impact of wind direction on vegetation growth was discussed. Compared with the construction phase (2000-2008), the operation phase (2008-2014) has a more obvious impact on the growth of vegetation. However, the results showed that vegetation impact was uneven: (1) a zone 30-40 km from the center of the wind farm, on the windward side, is likely to be the area of greatest vegetation impact from the wind farm; (2) the proportion of vegetation restoration in the windward/leeward areas, especially in the windward area, is much higher than in the buffer or farm areas; (3) within the wind farm area, the wind farm is not conducive to vegetation growth, while it is helpful to vegetation growth in windward/leeward area.
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风电场对草地植被的影响主要来自于风电场对风速范围、强度和风向的影响
利用2000 - 2014年MOD13Q1-NDVI数据,对内蒙古会腾梁风电场周边50 km缓冲带植被变化进行了分析。结合气象资料,讨论了风向对植被生长的影响。与建设阶段(2000-2008)相比,运营阶段(2008-2014)对植被生长的影响更为明显。结果表明:①距离风电场中心30 ~ 40km的迎风面可能是风电场对植被影响最大的区域;(2)迎风/背风区植被恢复比例,特别是迎风区植被恢复比例远高于缓冲带或农田植被恢复比例;(3)在风电场区域内,风电场不利于植被生长,而在迎风/背风区域有利于植被生长。
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