阐明气候参数对Moulvibazar地区植被的影响

Mst. Mahbuba Khatun, D. Chakraborty, Ifterkharul Alam
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引用次数: 1

摘要

利用GLAM NDVI、降雨和温度数据,研究2000 - 2019年植被变化的时间趋势以及气象变量对植被变化的贡献。马克森斯显示,植被生长速度缓慢,特别是在每年的时间尺度上。另一方面,降雨和温度对植被生长的影响在月时间尺度上具有一定的时滞。降雨和温度对植被的滞后效应是一种促进作用(基于互相关分析)。在一定滞后期内,植被与降雨量之间存在较高的r值(0.804),且相关系数显著(P≤0.05)。降雨对植被发育的滞后效应为4个月,而温度对植被生长的滞后效应分别为5 (r = 0.74)、- 2 (r = 0.84)和- 3 (r = 0.68)个月。本研究的发现揭示了植被的变化,并强调了降雨和温度在调节植被动态中的重要性。最后,本研究建议在人类活动的背景下研究更多气候变量对植被的影响,以更好地保护环境。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Clarifying the impact of climatic parameters on vegetation in Moulvibazar district
In this research, the temporal trends of vegetation from 2000 to 2019 as well as meteorological variables contribution to vegetation change were investigated using the GLAM NDVI, rainfall and temperature data. The MAKESENS revealed that the vegetation growth rate was slow, particularly on a yearly time scale. On the other hand, the rainfall and temperature had a major impact on vegetation growth on a monthly-time scale with a time lag. The lagged effect of rainfall and temperature on vegetation was shown to be a promotion (based on cross-correlation analysis). There was high value of r (0.804) between vegetation and rainfall for a certain lag period, which was significant ( P ≤ 0.05) as per the cross-correlation. Rainfall had a 4-month lag effect on vegetation development, while temperature had a 5 ( r = 0.74), − 2 ( r = 0.84), − 3 ( r = 0.68) month lag effect on vegetation growth. This study's findings revealed changes in vegetation and highlighted the importance of rainfall and temperature in regulating vegetation dynamics. Finally, this study recommended that the effect of more climatic variables on vegetation should be investigated in the context of human activities to better conserve the environment.
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