Brahmaputra

The future of over one billion people and globally significant ecosystems hinges on collaborative efforts to address the challenges posed by climate change and water management in three critical river basins: the Indus, the Ganga, and the Brahm

The accumulation of capital and misery go hand in hand, concentrated in space.

― David Harvey, The Limits to Capital, 2006 [1982]: 418

The river Brahmaputra carries around 73 million tons of dissolved material annually, which accounts for approximately 4% of the total dissolved flux into the oceans (Singh et al., 2005). The dissolved chemical load and sediment flux of the Brahmaputra River has significantly higher rates of physical and chemical weathering than other large Himalayan catchments.

Four more wetlands get the Ramsar tag

NMCG approves new projects for the revival of six polluted stretches in Uttarakhand

DDWS orders states to open up water testing laboratories to the public

The execution of India’s institutional framework for preventing and solving conflicts over river water is still evolving. A new thinking on federalism in the field of water management to meet local aspirations and national ambition is needed.

Floods are an annual phenomenon in Assam. They are as integral to the state as the Brahmaputra River is, and each monsoon, we are reminded that Assam exists (or is drowning). As I write this piece, Assam is slowly recovering from the first wave of flood this monsoon.

India witnesses 22 percent deficient pre-monsoon rainfall this year: IMD

The Siang River is a transboundary river which flows in Tibetan plateau, China in the name of Yarlung Psangpo and after entering India in Arunachal Pradesh, it is known as Siang which meets river Brahmaputra in Assam, 230 km downstream.