Through research and knowledge exchange visits, GLOFCA empowers local professionals and community leaders with the knowledge and skills needed to monitor, manage, and mitigate GLOF risks in their regions.
Exchange visits
Within the project there has been a number of experiences and knowledge exchange visits with the project’s implementing partner University of Zurich.
The visit of Kazakh researcher Assel Abdullayeva from Al-Farabi Kazakh National University in April 2023 was aimed at an exchange focusing on hazard assessment, modelling and mapping approaches. Beside the stay at University of Zurich, an exchange visit to WSL Institute for Snow and Avalanche Research SLF was organized.
In May–June 2023, Vitalii Zaginaev, Head of Division at the Kyrgyz Ministry of Emergency Situations, carried out a research stay at the University of Zurich under the GLOFCA project. His work focused on hazard assessment and modelling for lakes in the Ala-Archa and Ton-Tosor river basins using the RAMMS software, and on preparing a preliminary design for an early warning system (EWS) to reduce mudflow risks.
The programme also included field visits to Switzerland’s most hazardous debris-flow valleys, Ilgraben and Martigny, together with local experts. There, Vitalii studied operational early warning systems equipped with acoustic radars, cameras, trigger lines and geophones. Meetings with Interpraevent, Geobrug and monitoring equipment manufacturers further showcased modern approaches to debris-flow risk reduction.
This exchange strengthened technical knowledge on EWS design and provided practical lessons to support GLOFCA’s work in Central Asia.
From 19 to 30 August 2024, a GLOFCA field mission to Tajikistan, led by Dr Evan Miles (University of Zurich) together with the Centre for Glacier Research of the National Academy of Sciences of Tajikistan, combined scientific assessment with hands-on training. Using new tools such as a bathymetric surveying boat and ground-penetrating radar, the team measured lake depths of up to 45 metres and collected data on ice thickness, while also scouting potential sites for an early warning system. Alongside this research, Dr Miles trained local scientists in operating the equipment, ensuring knowledge transfer and strengthening national capacity for long-term glacier monitoring and disaster risk reduction.
Research visits
Within the project there has been a number of experiences and knowledge exchange visits with the project’s implementing partner University of Zurich.