3D Nanostructures Hit Ryegrass and Soil Microbes Harder Than Flat Sheets
A 50-day pot experiment shows that three-dimensional NiFe-based layered double hydroxides suppress ryegrass growth, acidify soil, and erode fungal diversity ...
A 50-day pot experiment shows that three-dimensional NiFe-based layered double hydroxides suppress ryegrass growth, acidify soil, and erode fungal diversity ...
A new bibliometric review maps 25 years of global research showing seaweed-based amendments can boost crop yields, enhance soil health, ...
USDA-funded researcher Andi Jilling is leading projects revealing that mineral-bound soil organic matter, long considered stable, can release carbon and ...
A comprehensive review details how plant growth promoting rhizobacteria enhance crop growth through nutrient solubilization, phytohormone production, and induced disease ...
A meta-analysis of 135 field studies finds biofertilizers raise Indian crop yields by 14.43 percent while improving soil nutrients, carbon ...
A comprehensive review argues that microbe-microbe interactions, from fungal highways to biofilms, must guide the design of microbial formulations for ...
A greenhouse study finds that cowpea cultivation can raise pH, boost nutrient-cycling enzymes, and enrich beneficial bacteria in acidic, degraded ...
A new review finds that green cane harvesting, reduced tillage at replanting, and permanent soil cover are the three practices ...
A comprehensive review of 26 years of research finds that biochar reliably stores carbon and cuts nitrous oxide emissions in ...
A landmark synthesis argues that human bodies are physically inseparable from life-mediated chemical element cycles, making biosphere stewardship an embodied ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine