In the context of an international research project and with funding from the Austrian Science Fund FWF, a research group from Vienna investigated how aerial images taken with thermal imaging cameras can improve our understanding of water flows in the ground. Their analyses are relevant to both agriculture and climate research. Continue reading “Everything flows – but where to?”
Volatile organic hydrocarbons from road traffic, agriculture, refrigerants and solvents can turn into particles which lead to cloud formation. In Finland, Lukas Pichelstorfer is working on simulation models in order to understand how gases released by human activities react in the atmosphere and how this affects climate and air quality. Continue reading “Calculating a gap in atmospheric chemistry”
Wittgenstein Award winner Adrian Constantin is fascinated by the multifarious patterns of movement in the atmosphere and oceans of the Earth. Using the tools of his field of expertise, mathematician Constantin, who conducts research and teaches at the University of Vienna, wants to get to the bottom of these phenomena, which depend on innumerable factors. Continue reading “Understanding the Earth’s system of waves and currents”
The coronavirus sorely drives home to the world the missed opportunities for a socio-ecological turnaround. A Vienna-based research group led by Ingolfur Blühdorn is investigating why environmental protection would have required at least as much determined action as the fight against the pandemic and why sustainability is so elusive. Continue reading “No socio-ecological transformation in sight?”
An Austro-Russian team led by geologist Yuri Dublyansky has investigated cryogenic calcite crystals from caves in the Urals. While largely ignored in the past, these crystals provide valuable information about climate fluctuations in northern Eurasia in the course of the past 500,000 years. Continue reading “Frost-produced crystals as permafrost markers”