6 results found
This paper argues that the challenges in the governance of two Himalayan river systems, the Ganges and the Brahmaputra, emerge largely from crucial information and knowledge gaps. The dominance of the paradigm of “reductionist hydrology” solely based on structural interventions has resulted in the lack of recognition of the long-run costs incurred through ecosystem damages and water conflicts at various levels. The knowledge gaps—including
The Ganges Water Sharing Agreement will expire in 2026. What awaits then?
The consequences of reckless urban planning in Mumbai — earlier intermittent — have now aggravated.
The Ithai Barrage impounds the Manipur River just below the confluence of the Imphal River and the Tuitha River south of Loktak Lake, and is part of the Loktak Hydroelectric project that supplies hydropower to the seven Northeast states. Over time, the dam has affected the hydrology of the lake and caused harm to the ecology and economy of the region. The Manipur government is now urging the Centre to consider decommissioning the barrage. This br
It is imperative that a transdisciplinary knowledge base of rivers is evolved by combining fluvial geomorphology, engineering, hydrology, hydro⎯geology, ecological sciences, climate sciences, tectonic sciences, ecological economics, law, political sciences, sociology, social anthropology, humanities and culture, institutional theory etc. through a multidisciplinary team.
Under a bilateral agreement water data on the Brahmaputra is shared by China with India on the Brahmaputra, but a weak understanding of hydrology means that the data is coming from the wrong places
