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We publish short lay-summaries ("breaks") of scientific research. Our authors are scientists involved in the field of the summarized research. Our readers are academics and laypeople likewise. Learn more.
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During a recent periodical cicada emergence, over 80 bird species altered their foraging behaviors to feed on the abundant insects. This diet shift reduced the rate of predation on forest caterpillars, doubling both their abundance and the amount of leaf tissue they consumed. Regional biomass pulses thus have the potential to disrupt the usual patterns of energy flow in forest ecosystems.
Size does not matter: direct estimations of mutation rates in baleen whales
Jan 29, 2025 | 4 min read by Marcos Suárez-MenéndezDiscovery of the first radiation belt beyond the Solar System
Jan 27, 2025 | 3.5 min read by Juan Bautista Climent OliverThe Claws and the Spear: New Evidence of Neanderthal-Cave Lion Interactions
Jan 22, 2025 | 3.5 min read by Gabriele RussoA deep-sea spa: the key to the pearl octopus’ success
Jan 20, 2025 | 3.5 min read by Jim BarryHighlights
Making nature compute for us
Jan 27, 2023 in Maths, Physics & Chemistry | 4 min read by Martin M. SteinPlant genetic engineering makes treasure from trash
Feb 27, 2023 in Plant Biology | 3.5 min read by Dennis Kleinschmidt , Joachim FornerOrb-weaving spiders can hear using their web
Feb 10, 2023 in Evolution & Behaviour | 4 min read by Jian Zhou , Junpeng Lai , Ronald Hoy , Ronald MilesSubjects
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The Claws and the Spear: New Evidence of Neanderthal-Cave Lion Interactions
Throughout most of human evolutionary history, our ancestors were preyed upon by large predators such as lions. Until recently, it was believed that our species, Homo sapiens, was the first one with the ability to kill and exploit resources from dangerous predators. Our study suggests that Neanderthals hunted and killed cave lions and used their body parts as cultural objects.
Jan 22, 2025 | 3.5 min readCicada emergence alters forest food webs
During a recent periodical cicada emergence, over 80 bird species altered their foraging behaviors to feed on the abundant insects. This diet shift reduced the rate of predation on forest caterpillars, doubling both their abundance and the amount of leaf tissue they consumed. Regional biomass pulses thus have the potential to disrupt the usual patterns of energy flow in forest ecosystems.
Jan 31, 2025 | 3.5 min readA deep-sea spa: the key to the pearl octopus’ success
Pearl octopuses brood their eggs in abyssal warm springs more than 3 km below the sea surface. This warmth speeds up the development and hatching of their eggs, shortening the brooding period for octopus mothers tending their nests. Exploiting this rare deep-sea heat source provides a reproductive boost that ensures the survival of this abyssal octopus.
Jan 20, 2025 | 3.5 min readOne million (paper) satellites
Plans for over one million satellites have been submitted to the International Telecommunications Union, a United Nations agency, in the last 6 years. Either many of these satellites will launch, and cause environmental problems on Earth and in orbit, or companies and governments are inflating their numbers, suggesting more satellites than they plan to launch.
Jan 24, 2025 | 3 min readSize does not matter: direct estimations of mutation rates in baleen whales
Baleen whales were thought to have low mutation rates due to their size and long lifespan. By performing direct estimations of their mutation rates we found that despite being the largest and longest-living mammals, their mutation rates are similar to ours and other mammals. We also showed that it is possible to directly estimate mutation rates in wild populations in the absence of known pedigrees.
Jan 29, 2025 | 4 min readDiscovery of the first radiation belt beyond the Solar System
A radiation belt is a doughnut-shape region around a celestial object where charged particles are trapped by a magnetic field. These magnetic structures were only known to exist in the magnetized planets of the Solar System. For the first time, we detected a radiation belt beyond the Solar System and, remarkably, not in an exoplanet but a much more massive object.
Jan 27, 2025 | 3.5 min read