Tag: plant growth-promoting rhizobacteria

Researchers in Darjeeling have isolated five phosphate-solubilizing bacteria from tea garden soil that degrade cellulose, consume caffeine, and dramatically boost ...

A new review explains why biostimulants that shine in the greenhouse so often fail in cereal fields and maps out ...

A critical review in Discover Plants finds that deliberately designed synthetic microbial consortia outperform single-strain biofertilizers by combining nitrogen fixation, ...

A new review explains how biostimulants such as seaweed extracts, humic substances, and beneficial microbes act as signaling agents that ...

A comprehensive review finds that biofertilizers can raise crop yields, rebuild soil fertility, and buffer plants against climate stress, but ...

Researchers in Türkiye have optimized the conditions under which a native Bacillus subtilis strain isolated from ancient Einkorn wheat roots ...

A new review synthesizes evidence that Kunapajala, a fermented liquid manure documented in ancient Indian texts, functions as a multifunctional ...

Researchers screened over 1,000 greenhouse bacteria and identified five strains that unlock iron-bound phosphorus in soilless substrates, boosting marigold growth ...

A metagenomic survey of tea rhizosphere soils across four Kangra Valley locations has revealed rich, site-specific communities of bacteria, fungi ...

A computational metabolomics study has mapped the shifting chemical profiles of Bacillus microbial consortia, creating a molecular lexicon that could ...