印度拉贾斯坦邦斋浦尔降水变率对气象干旱环境压力的评价

P. Rajpoot, Ajay Kumar
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引用次数: 3

摘要

降雨随时间和空间的变化在农业和饮用水供应等其他规划中起着至关重要的作用。拉贾斯坦邦斋浦尔地区正面临着月、季、年时间尺度上降雨变化的问题。本文利用降雨和遥感资料,分析了1957 - 2012年的干旱强度和频率,找出了气象干旱的环境压力。根据印度气象局(IMD)建议的标准确定干旱强度,并找出干旱频率。每月的降雨不利于农业活动,一年中有超过60%的月份是干旱的。季节性降雨是正常的,但季风季节后的干旱频繁,超过60%。年降雨量良好,循环性好,70%的年份为正常降雨(±25%为正常降雨),其余30%为中度至重度干旱。NDVI显示了无干旱、轻度干旱和重度干旱对植被的影响。降雨数据显示,斋浦尔几乎经历了一个干旱十年和相邻的高降雨十年。预计这是一个强降雨的十年,建议将雨水收集作为播前和节育灌溉,用于后续的拉比作物。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Assessment of Environmental Stress as Meteorological Drought Due to Rainfall Variability in Jaipur, Rajasthan (India)
Rainfall variability with time and space plays a crucial role in agricultural and other planning as drinking water supply. Jaipur, district of Rajasthan state is facing the problem of rainfall variation at monthly, seasonal and annual time scales. The present study covers rainfall and remotely sensed data to analyze the drought intensity and frequency during 1957 to 2012 to find out environmental stress as meteorological drought. Drought intensity is determined by suggested criteria of Indian Meteorological Department (IMD) and find out the drought frequency. Monthly rainfall is not good for agricultural activity and more than 60-% months of a calendar year have droughts. Seasonal rainfall is normal but post monsoon season is suffering with frequent drought which is more than 60-%. Annual rainfall is good and cyclic for crop saving and 70-% years have normal rainfall (± 25-% from normal rainfall) and rest of 30-% moderate to severe drought. NDVI is showing the effect of no, mild and severe drought on vegetation. Rainfall data shows that Jaipur witness almost one drought decade and adjacent high rainfall decade. It is expected that this is a heavy rainfall decade and suggested to rain water harvesting to utilize as pre sowing and crop saving irrigation for succeeding Rabi crops.
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