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首页> 外文期刊>Journal of environmental biology >Temporal-scale Spectral Variability Analysis Of Water Quality Parameters To Realize Seasonal Behaviour Of A Tropical River System - River Cauvery, India
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Temporal-scale Spectral Variability Analysis Of Water Quality Parameters To Realize Seasonal Behaviour Of A Tropical River System - River Cauvery, India

机译:水质参数的时标光谱变异性分析,以实现热带河流系统的季节性行为-印度河道

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摘要

This paper describes the Time series analysis of river water quality with emphasis on variation in parameters as e videnced by statistical approach and mathematical models. The extensive study enabled to differentiate and realize the behaviour of river and catchment's changes induced by human activities. The Time series analysis evaluation indicated trivial variation and movement in the water quality as reflected by the changes in the catchment characteristics. Although the observed trends showed an insignificant human contribution to basin hydrology and river water chemistry, noticeable human activities and unsustainable practices steadily contributed to change in water quality from the existing long term spectral signatures to short term spectral signatures. It is inferred that short term spectral signature exhibited on temporal scale by a monitoring program of this kind reflects an insalubrious river system and long term gradual changes in spectrum is an indication of healthy system. Monitoring and analyses of these decisive changes in water quality parameters over a period could be a powerful tool for assessing general river water quality and management plan.
机译:本文介绍了河流水质的时间序列分析,重点是通过统计方法和数学模型证明的参数变化。广泛的研究使人们能够区分和认识人类活动引起的河流和流域变化的行为。时间序列分析评估表明,流域特征的变化反映了水质的微小变化和运动。尽管观察到的趋势表明人类对流域水文学和河水化学的贡献微不足道,但是明显的人类活动和不可持续的做法稳定地推动了水质从现有的长期光谱特征向短期光谱特征的变化。可以推断,这种监测程序在时间尺度上表现出的短期频谱特征反映了河流系统的营养不良,而频谱的长期逐渐变化则表明系统健康。在一段时间内对水质参数的这些决定性变化进行监测和分析可能是评估一般河流水质和管理计划的有力工具。

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