TL;DR
Findings showed the potential of EPS from PMSEB as a promising phytostimulant for sustainable agriculture.
Among 14 endophytic isolates, Bacillus subtilis LS1-5 showed the strongest antifungal activity by dual culture assay, and exhibited a broad array of plant growth-promoting and environmental resilience traits.
Abstract To meet the growing global demand for food, there is a continuous search for innovative and effective agricultural approaches. Algae-derived bioinputs have garnered significant interest in agriculture due to their biodegradable nature, capacity to restore soil fertility, and potential for plant growth biostimu...
The use of microbial biostimulants has become an important strategy for improving the productivity and quality of soilless vegetable production systems. However, the potential role of lactic acid bacteria (LAB) in hydroponic crop production remains insufficiently explored. This study evaluated the effects of three LAB...
Harnessing endophytic bacteria for plant disease management offers a promising sustainable strategy. We previously demonstrated that endophytic Bacillus spp. significantly suppress wheat blast disease under field conditions. Despite their promising biocontrol potential, the successful commercialization of microbial bio...
Sustainable soil management is vital for maintaining agricultural productivity while mitigating the environmental impacts of intensive pesticide use. This study evaluated the use of rice waste generated during Trichoderma asperelloides production as a substrate for the cultivation of Streptomyces sp. BEI-18 A through s...
Abstract Miniature rose cultivation has significant ornamental and economic importance. In order to meet the commercial demand for high-quality products, it is necessary to adopt technologies that ensure producer competitiveness. The inoculation of plant growth-promoting microorganisms emerges as a sustainable strategy...
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