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As animals grow larger, staying cool while travelling over long distances becomes more and more difficult – and this seems to be what limits their speed newscientist.com/article/236938…

Ausgezeichneter Artikel in einem deutschen populärwissenschaftlichen Magazin, der unsere Ergebnisse genauer zusammenfasst.

From our #Methods, Tools, & Technologies track: Using ordinary differential equation models on #TimeSeries data? A new study demonstrates best practices - and includes a tutorial in R doi.org/10.1002/ecs2.4… #BayesianInference #Statistics #OpenAccess Benjamin Rosenbaum @efronhofer

|| NEW RESEARCH || Microhabitat conditions remedy heat stress effects on insect activity 📄 bit.ly/3LceRE3

Thank you to Sheree Bega for writing this excellent article

Cool to see coverage of our new animal movement model appear in Physics Magazine Great article by Charles Day

Even low levels of artificial light disrupt ecosystems. A new special issue highlights the surprisingly far-reaching impacts of light pollution on ecosystem function and human well-being. Royal Society Publishing @iDiv Universität Jena EcoNetLab @MyriamHirt @Remo_Ryser idiv.de/en/news/news_s…

A special issue on Artificial Light At Night (ALAN) reports multiple ecosystem responses to light pollution in complex ecosystems: royalsocietypublishing.org/toc/rstb/2023/…

Check out our new paper "Insect communities under skyglow: diffuse night-time illuminance induces spatio-temporal shifts in movement and predation" royalsocietypublishing.org/doi/10.1098/rs… It's part of the Royal Society Publishing special theme issue "Light pollution in complex ecological systems"

🐟🌊🌡️New study shows fish change their foraging behaviour in warmer waters. Models suggest this behaviour could lead to more extinctions Benoit Gauzens Gregor Kalinkat @[email protected] iDiv Biodiversity Research Universität Jena #biodiversity #ecosystems Read more: shorturl.at/cgyS1

How is biodiversity maintained in nature, where wild fluctuations can drive populations to extinction? In the early 90s, my Lab Complex Systems Lab and others showed that dispersal is the key to global stability out of local chaos bascompte.net/content/public…

A new theoretical model proposes that a flow of information lies at the heart of molecular machines and of larger heat engines such as thermoelectric devices. go.aps.org/3CihaF4