A Blog of the ZHAW Zurich University of Applied Sciences
Our group had the pleasure to host this years Symposium of the Swiss Society for Meteorology (SGM). Within four sessions, the participants could listen to 11 highly interesting contributions from emeriti, scientists, engineers, meteorologists, and entrepreneurs within the field of historic to modern measurements, and from established to new remote and in-situ measurement techniques. Dr. […]
“How warm is it today?”, you may have asked yourself, before walking out of the door. Indeed, knowing the approximate air temperature will steer many of your decisions: Hobbies, choice of clothing or even comfort-oriented decisions to turn up the heating. As with many other questions in atmospheric physics, the devil lies in the detail. […]
Due to climate change, cities will increasingly have to deal with extreme heat events during the summer season. After 2003 and 2015, 2018 was another year with a summer that brought above-average temperatures in Switzerland during which excess mortality was observed (2003: 6.9%, 2015: 5.4%, 2018: 3.4%, source: BAFU, 2019). Therefore, it becomes increasingly important […]
Exactly one year after the first measurements at the Gas Turbine Research Centre (GTRC) in Wales, the second measurement campaign was due there. And just like last year, the situation with the COVID pandemic started to deteriorate dramatically just before our departure. After numerous meetings, discussions and clarifications, including the development of strict COVID protection […]
The largest eruption of the Hunga Tonga-Hunga Haʻapai volcano occurred on January 14th, 2021 at 17:15 local time (2022-01-15 04:14:45 UTC). Preliminary data shows that the event was probably the largest volcanic eruption since the 1991 eruption of Mount Pinatubo. It was so powerful that the shock wave completely circled the globe – multiple times! […]
Guest post by our two former Bachelor students Simon Moser and Lucas Spring To better understand the urban heat island effect (UHIE) and to be able to plan urban heat mitigation measures in a more targeted way, high-resolution models of the temperature distribution in cities are needed. An important component to develop and validate such […]
