Themes
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   * - Radar and Radio-Frequency Techniques in Glaciology 
     - #. Advancements in radar technologies and methodologies. 
       #. Radar imaging, interferometry, and tomography for glacier and ice-sheet studies.
   * - Physical Properties of Ice and Subglacial Materials 
     - #. Electromagnetic properties of ice and subglacial environments. 
       #. Field and laboratory studies of ice microstructure and composition.
   * - Ice Dynamics and Processes 
     - #. Radar-based observations of ice flow and deformation.
       #. Detection of basal processes, hydrology, and subglacial topography.
   * - Ice Dynamics and Processes 
     - #. Spaceborne and airborne radio-echo sounding techniques
       #. Long-term monitoring of ice sheets and glaciers.
   * - Climate Change and Cryospheric Interactions
     - #. Impacts of climate change on glacier dynamics and radar signal interpretation.
       #. Contributions of radioglaciology to understanding global sea-level change.
   * - Emerging Technologies and Techniques
     - #. Machine learning and data fusion in radar analysis.
       #. Novel approaches to data collection, interpretation, and visualization.