Chrome-free leather biodegrades faster in soil, reshaping microbial communities
Finished leather may look inert, but buried in soil it becomes food for an entire microbial ecosystem, and how quickly ...
Finished leather may look inert, but buried in soil it becomes food for an entire microbial ecosystem, and how quickly ...
Amplicon surveys across four dominant plant communities around Qinghai Lake reveal that Leymus secalinus soils harbor the richest primer-defined nosZ ...
A controlled experiment shows that competition with phylogenetically close species from its native range suppresses the invasive ragwort Senecio inaequidens ...
A comprehensive survey of 42 urban parks in Northeast China reveals 12 earthworm species and strikingly divergent genetic diversity patterns ...
DNA sequencing of soils in an Ecuadorian Chocó reserve reveals that a remnant forest patch harbors a distinct bacterial community ...
A seven-year whole-soil warming experiment in a California forest reveals that soil depth, not temperature, dominates microbial carbon cycling strategies, ...
A new analysis in Plant and Soil shows that herbaceous plants that respond strongly to mycorrhizal fungi enjoy more favorable ...
A new study shows that vermicompost and the root fungus Piriformospora indica promote apple seedling growth largely by enriching Streptomyces ...
A new bibliometric and evidence synthesis finds that organic and natural farming generally support richer soil microbial communities and lower ...
A three-year organic rice system in China's Panjin region produced grains richer in antioxidant flavonoids and vitamin E while reshaping ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine