#Isotope #Geochemistry #NaturalGas #TSR #Hydrocarbons
RE: https://mstdn.social/@archaeology/115957273416138213
A great and detailed #study about early #medieval #migration events to #England from 400–1100 AD. The study concludes that, contrary to the #traditional #narrative, there was no abrupt migration event, but rather that England was settled #continuously. This is supported by #oxygen #isotope #analysis of human #teeth.
This text © #StefanFWirth 2026
🥁 Monday, December 15 at 10:00 (UTC+1).🥁
--> PhD defense of Taha ATTOU
Quantifying #water fluxes across a semi-arid soil-plant-atmosphere continuum under contrasting #irrigation practices: an #ecohydrological #modeling and water #stable #isotope approach
https://watson-cost.eu/2025/10/26/defence-of-the-doctoral-dissertation-by-taha-attou/
Neuigkeiten zum #Isotope #Ecommerce-#Shop für #Contao 5
https://www.isotopeecommerce.org/de/blog/die-zukunft-teil2.html
29-Oct-2025
study uses ancient plant to decode #Earth's #climate history
the study focuses on #horsetails — hollow-stemmed #plants that have thrived on Earth for more than 400 million years. The team’s findings reveal that #water traveling through these plants undergoes such intense natural #distillation that its #oxygen #isotope ratios resemble those found in meteorites or in extraterrestrial materials.
https://www.eurekalert.org/news-releases/1103877
#science #evolution #paleontology
A team of researchers at The University of New Mexico has uncovered how a peculiar, prehistoric plant might unlock new ways to reconstruct Earth's ancient climate. Led by UNM Earth and Planetary Sciences Professor Zachary Sharp, the study published in the Proceedings of the National Academy of Sciences (PNAS) titled, “Extreme triple oxygen isotope fractionation in Equisetum” focuses on horsetails — hollow-stemmed plants that have thrived on Earth for more than 400 million years. The team’s findings reveal that water traveling through these plants undergoes such intense natural distillation that its oxygen isotope ratios resemble those found in meteorites or in extraterrestrial materials.