Temporal variability of climatic parameters of Yamuna River basin: spatial analysis of persistence, trend and periodicity.

R. K. Rai, A. Upadhyay, C. Ojha
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引用次数: 47

Abstract

Identification of the precise nature and attributes of the time series of climatological data is very important and is usually the first step for water resources planning and management. Such exercise is very important for hydro-climatic extremes. In many instances, a climatic time series is generally not statistically independent but is comprised of patterns of persistence, cycles, trends or some other non-random components. To see the importance of the subject, this paper de- scribes the statistical approach used to investigate the presence and extent of persistence, trend and periodicity in climatic time series. The methodology was applied to investigate the spatial distribution pattern of the indicative hydro-climatic variables over the Yamuna River basin of India. Hydro-climatic time series used in the analysis were annual rainfall; Monsoon and Non-monsoon rainfall; annual, Monsoon and Non-monsoon rainydays; onset of effective monsoon; and aridity index.
亚穆纳河流域气候参数的时空变异:持续性、趋势和周期性的空间分析。
确定气候数据时间序列的精确性质和属性是非常重要的,通常是水资源规划和管理的第一步。这种运动对于极端的水文气候是非常重要的。在许多情况下,气候时间序列通常不是统计独立的,而是由持续模式、周期、趋势或其他一些非随机成分组成。为了说明这一问题的重要性,本文描述了用于研究气候时间序列中持久性、趋势性和周期性的存在和程度的统计方法。应用该方法研究了印度亚穆纳河流域指示性水文气候变量的空间分布格局。分析中使用的水文气候时间序列为年降雨量;季风和非季风降雨;年、季风和非季风雨天;有效季风的开始;以及干旱指数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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