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A training for readers of sediment measurement in selected gauging stations of the Koshi River basin in Nepal was organised by the Government of Nepal

study on the sediment dynamics in the Koshi

Methodology and Progress Review Workshop: Land Use and Land Cover Change, Erosion and Sedimentation Assessment over the Koshi River basin

Discussing solutions around water security and water-induced disasters in the Koshi basin, specialists from the Koshi region gathered in Patna, Bihar on 4 February 2016 for a two-day forum. After years of devastating floods in southern Nepal and

News Archive

Roundtable on Building Resilience to Climate Change Impacts on Water Resources of the Upper Indus Basin on 25 January 2013

A new project brings together researchers from China, india, and nepal to study sediment dynamics in the Koshi basin

Flooding and Drought through Data for Decision-Making 24 Oct 2017, Published in Earthzine Emerging from fear: Flood-control interventions in Mahottari 30 Sep 2017, Published in UNDP


The Institute of Water Modeling (IWM) in Bangladesh has developed a cost-effective information system that provides 8-day flood forecasting. The system provides near real-time information through web GIS...

The Koshi Basin Initiative is a collaborative and policy-relevant applied research programme to enhance the regionally coordinated management of the Koshi River basin for the improved wellbeing of local communities and the sustainable use of

Strengthening the capacity of satellite-based flood forecasting using near real time Jason-2 satellite altimeter data under SERVIR-Himalaya Small Grants Programme, ICIMOD




Click here for the latest Cryosphere Initiative publications, journal articles, reports, and working papers.

In the Hindu Kush Himalayan region, many people live near permafrost or in areas potentially affected by changes in permafrost. Permafrost is ground material at or below 0°C for two or more years. The near-surface layer above it thaws during the


Koshi Basin Programme News

Forum reveals new possibilities for water induced disaster management in the Koshi basin