A sequence search engine for a new era of conservation genomics
Genetics Start-up will fine-tune AI models for diagnostics and biomarker discovery Amazon
Earth Sciences
influence on the current global temperature increase more The myth of the pristine Amazon
Earth Sciences
influence on the current global temperature increase more The myth of the pristine Amazon
A new calculation of Europe’s greenhouse gas balance shows that emissions of methane and nitrous oxide tip the balance and eliminate Europe’s terrestrial sink of greenhouse-gases
researchers are witnessing first-hand the alarming scale of forest fires in the Amazon
Caution helps animals in their dealings with humans
03, 2024 Evolution Researchers discover how microbial cooperation can emerge Amazon
Researchers show how methane formed in early Earth’s aquatic environments and is still released today
researchers are witnessing first-hand the alarming scale of forest fires in the Amazon
Blue-throated macaws have an enormous ability to imitate
researchers are witnessing first-hand the alarming scale of forest fires in the Amazon
Global change is expected to increase the diversity of bacteria at the local level, while their composition will become more uniform at the global level. This is the finding of a team of researchers involving the Max Planck Institute for Mathematics in the Sciences, the German Center for Integrative Biodiversity Research, Martin Luther University Halle-Wittenberg and the University of Leipzig. The researchers have – for the first time – holistically assessed how climate and land use changes affect bacterial communities in soil. The study, published in “Global Ecology and Biogeography”, can help make reliable predictions about changes in the global distribution of these belowground communities.
researchers are witnessing first-hand the alarming scale of forest fires in the Amazon
Only some 3500 years ago people began to colonize the South Pacific archipelagos of Oceania. An international team of researchers including scientists from the Max Planck Institute for the Science of Human History in Jena now analyzed for the first time, the genomes of the first settlers who lived on the island chains Tonga and Vanuatu 3100-2500 years ago. The results, published today in Nature contradict common assumptions about the colonization of the region and point to another large and previously unknown migration wave from Melanesia.
Genetics Start-up will fine-tune AI models for diagnostics and biomarker discovery Amazon
Earth Sciences
influence on the current global temperature increase more The myth of the pristine Amazon
