Time-lapse video of melting snow, which was due to two days of continuous precipitation from Cyclone Hudhud, October 2014 field trip to the Langtang Valley.
Time-lapse video of melting snow, which was due to two days of continuous precipitation from Cyclone Hudhud, October 2014 field trip to the Langtang Valley.
A study led by Pleun shows the importance of subkilometer atmospheric modelling and correct surface boundary conditions in areas with complex topography to accurately estimate catchment-scale meteorological variability.
Utrecht University together with ICIMOD, FutureWater and Kathmandu University organized a successful workshop in Kathmandu titled “Glacier monitoring in the Himalayas using […]
A report by Philip Kraaijenbrink I am visiting Canmore in the Canadian Rocky Mountains to collaborate with Joe Shea on a new unmanned aerial vehicle study led […]
The mountain ranges of Asia are the world’s most important water towers, often referred to as the planet’s Third Pole. Precipitation in […]