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• W4320147190 abstract "River and riparian ecosystem restoration have significantly become the new approaches to reverse the past degradation activities and prevent future losses. Factors such as climate change, clearing of riparian zones, construction on wetlands and degrading river water quality are contributing to deterioration of the river and riparian ecosystem. These activities cumulatively pose challenges to the short and long-term agendas proposed by various organizations. It is important to look for solutions that will help reduce the extent of the degradation caused by the key drivers. The current restoration practices that are taken as the action plans for rejuvenation of rivers and associated riparian zones are not available to achieve the legally mandated goals, which are meant for the improvement of the structure and function of the degraded units. While conditions of riverine ecosystem at specific location are also determined by the status of the riparian zone and vice-versa, conditions of upstream and downstream of particular riverine ecosystem are interdependent. Thus, degradation of upstream and downstream of the river is interlinked, which also connects their revival solutions. Individual rivers can be affected by similar or different key drivers of degradation; therefore, the restoration schemes differ in the magnitude of their exposure to these certain factors. Three identified leading rivers of India to assess the degradation hotspots are the Ganga, Brahmaputra and Godavari. For each identified river, degradation hotspot has been recognized based on four parameters viz. population dependence, sources of economy, river water quality, and biodiversity. Based on their geographical location with respect to the particular river selected and the extent of secondary data available regarding the river and riparian ecosystem degradation in a particular district, rivers are studied in certain aspects to evaluate degradation issues and monitoring implementation on the same grounds. This study is an approach to assess the degradation trends and its causal factors in the identified hotspots of the above mentioned rivers in India. The paper also reflects the impact of climatic variability on water quality of these rivers. It suggests modifications in existing conservation approaches and new action plans by taking in account their existing mortified scenario." @default.
• W4320147190 created "2023-02-13" @default.
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• W4320147190 date "2022-01-01" @default.
• W4320147190 modified "2023-09-30" @default.
• W4320147190 title "Reflections on Temporal Trends in Water Quality and Climate Variability at Three Degradation Hotspots of Leading Rivers in India" @default.
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• W4320147190 doi "https://doi.org/10.1007/978-3-031-13119-6_21" @default.
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