Invasive Phragmites reshapes salt marsh soil microbes without changing diversity
A study of a Connecticut brackish salt marsh found that invasive Phragmites australis was associated with shifts in soil bacterial ...
A study of a Connecticut brackish salt marsh found that invasive Phragmites australis was associated with shifts in soil bacterial ...
The first survey of soil bacteria and fungi on Mount Toubkal shows fungal richness declining with elevation while bacterial diversity ...
A Chinese field study finds that rotating sorghum with potato, common vetch, or green pea shoots improves soil nutrients, restructures ...
A field experiment in Inner Mongolia's Horqin Sandy Land shows that continuous cropping of the medicinal herb Atractylodes chinensis lowers ...
Researchers analyzing soil from Poland's Tatra Mountains have described a new fungal genus, Durabilispora, with the species Durabilispora carpatica, and ...
A two-year field trial in Maharashtra found that sole chickpea fed with combined organic and natural farming inputs raised soil ...
A University of Arizona mesocosm experiment shows that more diverse soil microbial communities produce extracellular polymeric substances that increase water ...
New research shows that salt-tolerant wild soybean genotypes reshape their rhizosphere bacterial communities and boost soil enzyme functionality to withstand ...
A forest can look orderly from a distance while functioning as a complex three-dimensional network beneath the canopy. Now, a ...
A groundbreaking study published in the journal Biochar reveals a promising agricultural practice that could revolutionize nitrogen management and soil ...
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© 2025 Scienmag - Science Magazine