02/10/2024
🔓 Recently published
🔍 This important study on the continent 🇦🇶 🇧🇬 explored the relationship between the air temperature at the surface and the 🌡 distribution in the crevasses, including the temperature gradient at different levels and the direction of the airflow. The measured depth reached 18 m in the central part of the glacier and 9 m in the periphery. Meteorological parameters such as temperature, , atmospheric , and solar were measured on-site using autonomous sensors and recording devices mounted on installations on the glacier surface and at depth using alpine 🏔techniques.
🎯 The relationship between solar activity and climatic processes in glacier drainage systems adds new insights to solar-terrestrial .
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👀 Read more:
Parov T (2024) Temperature distribution in the crevasse-drainage systems of the Antarctic glaciers: A case study of the Perunika Glacier. Journal of the Bulgarian Geographical Society 51: 63-84. https://doi.org/10.3897/jbgs.e126650
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Bulgarian Antarctic Institute, Space Research and Technology Institute—Bulgarian Academy of Sciences, Българска академия на науките - БАН, Pensoft Publishers, IPCC, ESA - European Space Agency, Министерство на образованието и науката, National Geographic Magazine България, Българска Наука, Географ БГ, ПК Под Ръбъ / Speleo club Pod RB, Климатека, Gemini Data Loggers
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