Precipitation is critical to the water towers of the Hindu Kush-Himalaya-Karakoram region, exerting an important control on glacier mass balance and the water resources for 1.65 billion people. As hydroclimatic extremes and water stress have emerged as key hazards in the context of climate change, Nepal’s Khumbu region overlaps key vulnerabilities. Here we investigate the region’s precipitation characteristics and moisture sources through analysis of data from a new high-altitude network of automatic weather stations, which allow for a more complete understanding of the climatological precipitation data that are critical information for local communities in the Khumbu region, visitors, and downstream populations. Our findings demonstrate th...
Due to the extreme, harsh natural environment in the Himalayas higher than 8000 m above sea level (a...
Currently there is much discussion regarding the impact of climate change and the vagaries of the we...
Studies on climate change in the last two decades are growing rapidly that might have shadowed some ...
Despite the vast literature on heavy‐precipitation events in South Asia, synoptic conditions and moi...
Based on observations from a hydrometeorological network on the eastern slopes of the Annapurna Rang...
As a mountainous country, Nepal is most susceptible to precipitation extremes and related hazards, i...
Nepal is located at the rim of the Himalayas and houses the highest mountains of the world. Owing to...
Meteorological studies in high-mountain environments form the basis of our understanding of catchmen...
Between June and September each year, the Indian monsoon typically delivers about 80% of the Nepales...
Precipitation records from 78 stations distributed across Nepal were analysed and all-Nepal (1948–19...
Glacier health across High Mountain Asia (HMA) is highly heterogeneous and strongly governed by regi...
Studies on recent climate trends from the Himalayan range are limited, and even completely absent at...
Himalayas hydroclimate is a lifeline for South Asia's most densely populated region. Every year...
Retreating glaciers and snowpack loss threaten high-altitude communities that rely upon seasonal mel...
The relation between the seasonal transition of circulations and the premonsoon precipitation in the...
Due to the extreme, harsh natural environment in the Himalayas higher than 8000 m above sea level (a...
Currently there is much discussion regarding the impact of climate change and the vagaries of the we...
Studies on climate change in the last two decades are growing rapidly that might have shadowed some ...
Despite the vast literature on heavy‐precipitation events in South Asia, synoptic conditions and moi...
Based on observations from a hydrometeorological network on the eastern slopes of the Annapurna Rang...
As a mountainous country, Nepal is most susceptible to precipitation extremes and related hazards, i...
Nepal is located at the rim of the Himalayas and houses the highest mountains of the world. Owing to...
Meteorological studies in high-mountain environments form the basis of our understanding of catchmen...
Between June and September each year, the Indian monsoon typically delivers about 80% of the Nepales...
Precipitation records from 78 stations distributed across Nepal were analysed and all-Nepal (1948–19...
Glacier health across High Mountain Asia (HMA) is highly heterogeneous and strongly governed by regi...
Studies on recent climate trends from the Himalayan range are limited, and even completely absent at...
Himalayas hydroclimate is a lifeline for South Asia's most densely populated region. Every year...
Retreating glaciers and snowpack loss threaten high-altitude communities that rely upon seasonal mel...
The relation between the seasonal transition of circulations and the premonsoon precipitation in the...
Due to the extreme, harsh natural environment in the Himalayas higher than 8000 m above sea level (a...
Currently there is much discussion regarding the impact of climate change and the vagaries of the we...
Studies on climate change in the last two decades are growing rapidly that might have shadowed some ...