5 results found
The risk associated with water availability gets complicated with global warming and climate change. This affects the scarcity value of water, and eve
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
Despite the call for a global paradigm shift in water governance—from the traditional reductionist engineering approach to the more holistic integrated river basin governance framework—a change is not yet perceptible in India’s water governance architecture. The hesitation to change has led to ecological problems and conflicts at various levels. This paper identifies the knowledge gaps that inhibit the paradigm shift and explores the lacuna
Information and knowledge gaps are largely responsible for creating an environment of mistrust among riparians and the various stakeholders in the river systems.
