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Many records indicate that the trend of rising temperatures is more significant in mountain regions than adjacent lowlands. Climate models also suggest that the future will bring greater temperature increase and more erratic precipitation.
With the objective of developing a framework for a regional flood information system to support disaster prevention and flood management in the HKH region, ICIMOD is working on the HKH- HYCOS project, being implemented in cooperation with WMO and
Training in integrated hydrological modeling
NASA trains ICIMOD staff on integrated hydrological modeling
Students and Professionals Trained on Glacier Hydrological Modelling through Cryosphere Monitoring Project
Water resources assessment and monitoring
Bhutan has received additional support in enhancing its flood forecasting capacities through developing Bhutan’s national flood forecasting services from the International Centre for Integrated Mountain Development (ICIMOD). In collaboration with
outlet, a team of glacio-hydrologists from the International Centre for Integrated Mountain Development (ICIMOD) and Kathmandu University conducted a field expedition to Langtang valley from 29
After three years of initial research conducted in partnership with the Bjerknes Centre for Climate Research (BCCR), FutureWater, and several regional institutions, ICIMOD has been produced path-breaking research findings, which have not only been
Exploring the different types of flood early warning systems in flood prone areas of Pakistan, three delegates from Pakistan visited the International Centre of Integrated Mountain Development (ICIMOD) and its community based flood early warning
Springs are the primary source of water for many communities living in mid-hills of Nepal. Changes in social and economic activity as well as in rainfall patterns have led to drying up of springs resulting in additional pressure on agriculture.
on ‘Spatial Process on Hydrology (SPHY) model’ from 14 to 18 December 2015. SPHY model is developed using the best available components of existing
Regional training on “Glacio-hydrological modelling using the SPHY model”
training course on ‘Glacio-hydrological modelling using the SPHY model’ was organized from 14–18 December 2015 by ICIMOD under the Indus Basin Initiative. The training was a follow-up to the first training course in 2014 and included newly
Workshop on Model Transfer and Training on Downscaling
scheme. Understanding the hydrology of the upper Indus basin is challenging. The Hindu Kush, Karakoram
The main objective of the training programme is to share the concepts and tools used in developing the regional flood outlook as well as provide detailed hands-on-training on flood modelling
The Indus River Basin is shared by four countries Afghanistan, China, India, and Pakistan, with the largest portions of the basin lying in Pakistan (52%) and India (33%). The main river originates at Lake Ngangla Rinco on the Tibetan Plateau in the
The application serves CREST model run output for Bhutan from 2002 to early 2014. The outputs include daily streamflow and soil moisture. The model has been run by University of Oklahoma and the output data provided to ICIMOD.