Eight Crops, One Salty Field: How Plant Identity Rebuilds the Rhizosphere Microbiome
A common-field experiment in Inner Mongolia shows that eight crops grown in identical saline-alkaline soil develop dramatically different rhizosphere microbial ...
A common-field experiment in Inner Mongolia shows that eight crops grown in identical saline-alkaline soil develop dramatically different rhizosphere microbial ...
A plant-beneficial fungus converts root-supplied sucrose into hexose sugars that enrich hormone-producing bacteria, promoting tomato root growth even in phosphorus-rich ...
A controlled pot study shows that just one year of continuous cropping depletes potassium and nitrogen, suppresses soil dehydrogenase activity, ...
A new review in Plant and Soil details how nanoscale biochar helps crops tolerate soil salinity through physiological, molecular, and ...
Two strains of the beneficial fungus Trichoderma harzianum reduced red pepper Phytophthora blight incidence by 90.9 percent while promoting plant ...
A selenium-enriched lactic acid bacterial fertiliser significantly improved rapeseed growth, organic selenium conversion, antioxidant defenses, rhizosphere microbial communities, and leaf ...
Researchers discovered that a phosphate-dissolving Penicillium fungus and soil phosphorus availability explain why the medicinal herb Amomum villosum from China's ...
DNA sequencing of soybean rhizosphere soils in South Africa reveals that cattle dung and poultry waste fertilizers shape distinct fungal ...
Researchers combined long-read shotgun metagenomics with culture-based screening to map the rhizosphere bacteria of Thailand's Sangyod rice and identify compatible ...
A new study reveals that the regulatory protein GacS acts as a master switch in Pseudomonas fluorescens, coordinating antibiotic production ...
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© 2025 Scienmag - Science Magazine