This study focuses on drivers of high altitude precipitation patterns in the Langtang Valley, Nepal
Orographic rain shadows in the Andes: are they weakening with climate change?
We assess how orographic rain shadows respond to climate change across the different climate zones of the Andes, using a set of convection-permitting (4km) WRF simulations over the entire Andes.
Accurate Modeling of Natural and Human System Interactions to Assess Hydrological Droughts in Highly Regulated Alpine Basins
This study highlights the necessity of integrating detailed hydropower operations in hydrological models to accurately simulate drought dynamics, as demonstrated in the highly regulated Adige River ba
High-resolution hydrometeorological and snow data for the Dischma catchment in Switzerland
Presentation of an hourly hydrometeorological and snow dataset from the alpine Dischma watershed and its surroundings in eastern Switzerland, including station measurements of runoff and snow data
Global sublimation estimates at ecosystem monitoring sites across the Northern Hemisphere
We provide the first Northern Hemisphere-scale sublimation estimates, revealing that sublimation-driven water loss can reach up to 15% of annual precipitation at flux tower sites.
Journal of Mountain Science: an important platform for making your research quickly known around the world
The editor of Journal of Mountain Science, an international English journal indexed by SCIE, SCOPUS, will introduce the journal and interact with the audiences who plan to submit to this journal.
Mountains and Tourism: Impacts and Adaptations
The study focus on the impacts of tourism in the cold desert of Ladakh in India. it also discusses the adaptation strategies of the cold desert with the changing scenario.
Climate Forcing of Himalayan Snowmelt: Correlating Aerosol Optical Depth with Snow Cover Changes in Mago Basin, Arunachal Pradesh, India
This study examines the interplay between snow cover ablation and aerosol optical depth (AOD) in the Mago region of Arunachal Pradesh, utilizing MODIS-derived snow cover data and MERRA-2 data
Preparing for NASA SBG: fusing multi- and hyperspectral airborne and satellite data to create daily, high resolution snow albedo products
Our project combines multi- and hyperspectral reflectance data, spectral mixture analysis, and random forest machine learning algorithms to create better snow albedo measurements.
Assessment of glacial retreat and its influence on water availability in the Quillcay River Hydrographic Unit under CMIP6 climate scenarios (Period 2000-2050)
The research analyses the retreat of glaciers in the Quillcay River hydrographic unit (2000-2050) using satellite images and glaciological models under CMIP6 scenarios.