Swiss High Technical School Lausanne’s scientists, such as biological particles in the air – such as pollen, bacterial and plant remains – found an important role in the formation of ice in the clouds and consequently in the precipitation and development of extreme weather events. Published in İş Magazine Climate and Atmospheric Sciences (CAS).
Prof. Dr. Afanasios Nenes, the head of the study, “Ice formation in the clouds leads to most of the rainfall on the planet. Ice is falling faster than water drops and intensive training is related to rain and snow storms,” he said.
Emphasized: As the climate hangs warmly, the number of biopics in the atmosphere increases, which means that their roles in the modeling of air and climate become increasingly more important.
The study was carried out in the Helmos Mountains in the south of Greece. Scientists gathered air examples and observed how pollen, mushrooms, bacteria and vegetable powder rose from the sun. Until noon, the concentrations reach the maximum – and there is also a summit of particles that cause ice formation in the clouds.
Kunfen Gao’s work, “Biological particles and the ability to freeze in the clouds. This means that it directly affects rainfall,” he said.
Now the team has a second and even greater stage of the project. Using radars, lids, drones and balloons, researchers are trying to understand which bioites cause ice formation in the most effective way in the clouds.
The collected data will not only improve weather and climate models, but will also improve the algorithms of surveillance satellites, including the new Earthcare satellite of the European Space Agency.
Previously, scientists learnedThe melting of Permafrost in Yakutia creates a threat to the climate and health of the population.
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Source: Gazeta
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