Ancient Lake DNA Reveals Microbes Evolving Faster Than Their Functions Under Climate Change
Sedimentary ancient DNA from Lake Daihai in northern China reveals that microbial community structure evolved nearly ten times faster than ...
Sedimentary ancient DNA from Lake Daihai in northern China reveals that microbial community structure evolved nearly ten times faster than ...
University of Queensland researchers have shown that growth bands in land snail shells record extreme rainfall from past cyclones, offering ...
Stable isotope analysis of animal bones from the Bronze Age site of Kattabulak in southern Uzbekistan reveals free-grazing sheep, goats ...
A new in situ isotope study of eleven aquatic plant species shows that efficient gas transporters can oxidize up to ...
New geochemical evidence shows that deep groundwater in the Guarani Aquifer System's Brazilian outcrop area is ancient paleowater compartmentalized by ...
High-resolution isotope monitoring in a Chinese karst stream shows that submerged vegetation, not denitrification, drives the daily cycles of nitrogen ...
Leaf carbon and nitrogen isotope analysis along a Caatinga–Atlantic Forest transect reveals systematic shifts in water-use and nutrient strategies driven ...
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© 2025 Scienmag - Science Magazine