Application Call for Winter School 2025 on “Application of Field and Remote Sensing techniques for Glacier Studies”

Application Call for Winter School 2025 on “Application of Field and Remote Sensing techniques for Glacier Studies”

08 September, 2025

The glacier and ice-covered area of High-Mountain Asia (HMA) encompasses a significant portion of land area in Asia, playing a critical role as the largest repository of snow and ice outside the Polar Regions. HMA glaciers serve as a vital water source for the major Asian river systems, sustaining the livelihoods of billions of people both upstream and downstream. However, the accelerating impacts of climate change have led to the rapid wastage of HMA glaciers, with consequences on water resources and associated glacier hazards. Understanding the hydrological intricacies of these glaciated basins is paramount for the management of future water resources. It is also essential to understand how glaciers are changing, especially when retreat can lead to the formation of glacier lakes and the threat of sudden floods, to try and mitigate the risk. Nonetheless, our comprehension of the high-mountain glacio-hydro-meteorological environment and related risks remains limited due to a shortage of trained experts and a reliable long-term data and monitoring infrastructure.

To address these challenges, the Central Department of Hydrology and Meteorology at Tribhuvan University (CDHM-TU) has initiated an annual regional “Winter School” starting in 2022. Three intense training initiatives have been successfully concluded in 2022, 2023, and 2024 with support from the Institute of Research for Development, France (IRD), the University Grant Commission Nepal (UGC), the Kathmandu Center for Research and Education, the Chinese Academy of Science, and Tribhuvan University (KCRE, CAS-TU), Alliance of International Science Organizations (ANSO), UNESCO IGCP Program, and the International Centre for Integrated Mountain Development (ICIMOD). As part of this ongoing effort, the 4th Winter School will be held from October 26 to November 21, 2025, both in the Classroom (in Kathmandu) and in the field (the Everest region of Nepal).

The Winter school includes theoretical sessions, hands-on tutorials, followed by direct field exercises in the Everest region of Nepal for a selected group of participants, including the Changri-Nup glacier.

The long term goal of this school is to promote capacity building in monitoring of high-mountain glaciers, hydrology and climate in this region. Specifically, we aim to  empower local students and researchers, by strengthening their capacity to establish and conduct a sustainable glacio-hydro-meteorological monitoring network in HMA, as well as analysing the data. By training local and regional scientists, we believe this network will significantly contribute to our understanding of the changing environment in HMA and its long-term impact on the livelihoods of millions of people in the region.

Winter School 2025 will bring together university students, early-career professionals, and researchers from Nepal, Pakistan, China, India, Bhutan. The facilitators will primarily be distinguished researchers from Institute of Research for Development, France. Participants will be exposed to theoretical concepts in glaciology and remote sensing, then will apply these through a series of tutorials and then use this knowledge to engage in direct field investigations at the Changri-Nup glacier in the Everest region.

Through this Winter School, we anticipate the following outcomes:

  • Skilled human resources equipped with advanced knowledge of glaciological concepts, remote sensing, and modeling
  • A cohort of young researchers capable of conducting field-based glacier monitoring
  • Establish cross-border networking among experts, researchers, and young scientists and students in the field.

Applicants must meet the required qualifications listed below:

  • An interest in cryosphere science and a basic understanding of Earth and environmental science.
  • Basic knowledge of QGIS/ArcGIS and or/Python or a similar programming language;
  • Basic knowledge in cryosphere, climate, meteorology, hydrology, climate change, and remote sensing.
  • Background in hydrology and meteorology, environmental science, engineering, geology, geography, and relevant subjects.
  • Preferably, at least an M.Sc. scholar in relevant subjects.
  • Applicants who are presently affiliated with an academic institution or research institution in Bhutan, China, India, Nepal, and Pakistan can apply for a scholarship
  • Field school participants will be selected based on their performance during theoretical and hands-on sessions in Kathmandu, strong motivation for in-situ glacier monitoring and research, physical fitness, and previous experience in high-altitude environments (above 4000 m)

Note: Limited self-funded seats are available for applicants outside Nepal.

Interested candidates are invited to apply through the provided application link. For comprehensive information and application details, please refer to the information provided above.

  • Lectures: Principles of cryosphere, glacier mass balance concepts, glacier dynamics, field glacier mass balance measurement techniques, etc.; overview of debris-covered glaciers and rock glaciers
  • Hands-on: practical training to calculate surface mass balance from field measurements; calculating point energy balance on glaciers, DGPS measurements and processing, energy balance modeling (COSIPY) 
  • Lectures: principles of remote sensing, optical vs radar sensors and their application for glacier monitoring; overview of satellite data repositories, searching and ordering data
  • Hands-on: satellite imagery pre-processing (atmospheric/topographic correction, stacking, clipping, etc.); image segmentation for snow/ice mapping, terrain analysis using DEMs, geodetic mass balance (XDEM), glacier dynamics by feature tracking (IMCORR)
  • Lecture: Introduction to glacio-hydrology principles, overview of field measurements
  • Hands-on: Introduction to physically based and distributed glacio-hydrological modelling of glacierized catchment
  • Introduction to permafrost, measurement, and modeling techniques
  • Lecture: Application of deep learning for cryospheric research
  • Hands-on: GeoSAM for image segmentation
  • Lecture: Overview of mountain hazard
  • Hands-on: Ground-based SFM
  • Observation of the glacial environment and landforms.
  • Visiting various meteorological and hydrological stations along the Everest Base Camp route to learn about instruments and assist in their maintenance (AWS, Pluvio, hydrological stations, etc).
  • Visit to Imja Lake to observe the Glacial Lake Outburst Flood (GLOF) mitigation project and gain insights into glacial hazards.
  • Involvement in field monitoring of the clean ice part of West Changri-Nup Glacier (stake replacement and measurement, AWS maintenance, DGPS survey for mass balance)
  • Discharge measurement using fluorescence tracer
  • Interaction with local communities via interviews to collect their experiences and perspectives regarding climate-induced changes

Participants apply for full and partial scholarships. The full scholarship covers round-trip airfare, local transportation, accommodation, and meals throughout the winter school. The partial scholarship covers local accommodation and lunch during the theory and hands-on sessions in Kathmandu (26 October to 3November 2025). For both cases, priority for consideration is given to applicants who are:

  • actively involved in glacier research in the High-mountain Asia region
  • coming from Nepal, Bhutan, India, China, and Pakistan
  • willing to work in in-situ cryosphere monitoring under a challenging high-altitude environment

Dr. Adina Racoviteanu, Research Scientist, Institute of Research for Development,   France

Dr. Fanny Brun, Research Scientist, Institute of Research for Development, France

Dr. Amaury Dehecq, Research Scientist, Institute of Research for Development, France

Dr. Walter Immerzeel, Professor, Utrecht University (TBD), Netherlands

Dr. Kristen L Cook, University of Grenoble Alps, France 

Dr. Dibas Shreshta, Assistant Professor, CDHM Tribhuvan University, Nepal

Dr. Mohd. Farooq Azam, senior cryosphere specialist and other ICIMOD Scientists

Dr. Dibas Shrestha (Email: dibas.shrestha@cdhm.tu.edu.np, Mob. No: 9841420676)

Dr. Binod Dawadi (binod.dawadi@cdhm.tu.edu.np, Mob No: 9851079900)

Dr. Sunil Acharya (sunil.acharya@cdhm.tu.edu.np, Mob No: 9841251700)