Matthias Röthlisberger
@matthiasroet
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Co-Leader of Geoanalytics and Natural Hazards at @diemobiliar.
Zürich
Joined December 2022
RT @NatureComms: New study by @HermannMauro, @matthiasroet et al. (@usys_ethzh, @ETH_en) shows that #temperature and #humidity extremes in….
nature.com
Nature Communications - Global climate simulations are analyzed to identify extreme summer temperature and humidity conditions that are harmful to crops and ecosystems, and it is shown that climate...
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RT @EGU_WCD: New research article: Understanding the vertical temperature structure of recent record-shattering heatwaves .
wcd.copernicus.org
Abstract. Extreme heatwaves are one of the most impactful natural hazards, posing risks to human health, infrastructure, and ecosystems. Recent theoretical and observational studies have suggested...
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In this study, Lukas Papritz and I propose a novel approach that allows quantifying where and by which physical process the temperature anomaly of the infamous 2021 PNW heatwave formed.
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Quantitatively understanding the meteorological storylines that lead to heatwaves is crucial for constructing plausible storylines of future high-impact heatwaves.
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A new paper by Lukas Papritz and myself is out in @theAGU GRL: A Novel Temperature Anomaly Source Diagnostic: Method and Application to the 2021 Heatwave in the Pacific Northwest
agupubs.onlinelibrary.wiley.com
Novel diagnostic framework quantifies sources of atmospheric temperature anomalies (T′) generated by principal physical processes Upstream warm conveyor belts (WCBs) contributed >50% of free-trop...
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RT @erichfischer: How much hotter could it get? .While the US Midwest and western Europe are experiencing scorching heatwaves, we have a pa….
nature.com
Nature Communications - Climate model ensemble boosting can yield physically coherent storylines for record-shattering climate extremes such as the 2021 Pacific Northwest heatwave. Combining...
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RT @usys_ethzh: How extraordinary weather conditions spanning multiple years are causing forest browning: @EGU_BG A….
bg.copernicus.org
Abstract. Forest dieback in Europe has recently intensified and has become more extensive. This dieback is strongly influenced by meteorological variations of temperature, T2m, and precipitation, P,...
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RT @HermannMauro: 🌲🍂Paper on the meteorological history of low-#forest-greenness (#NDVI) events: We find systematic precursors (in T2m, pre….
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RT @usys_ethzh: Study by @HermannMauro, @matthiasroet, Heini Wernli @usys_ethzh, Arthur Gessler, @RiglingAndreas, and Thomas Wohlgemuth @WS….
bg.copernicus.org
Abstract. Forest dieback in Europe has recently intensified and has become more extensive. This dieback is strongly influenced by meteorological variations of temperature, T2m, and precipitation, P,...
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Why exactly is it cold during cold extremes? In this paper just out in @theAGU's Geophysical Research Letters, Lukas Papritz and I provide a global and quantitative answer.
lnkd.in
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RT @NatureGeosci: Article: The occurrence of extremely hot days around the globe are the result of a regionally-varying mix of physical pro….
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RT @ETH_en: Matthias Röthlisberger and Lukas Papritz analysed heat extremes around the world. The evaluation of the data shows: The interac….
ethz.ch
Many regions have suffered from heatwaves in recent years. But exactly how these form is still a matter of debate. Two researchers at ETH Zurich have now found a nuanced answer.
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It did take computing a fair amount of air parcel trajectories, but now our paper on the regionally varying mix of physical process that shape heat extremes across the globe is finally out in @NatureGeosci!
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