The host-associated microbiota can promote colonization resistance against pathogens via
a mechanism termed 'nutrient blocking', as highlighted in a recent article by Spragge et al …

Applying beneficial microorganisms (BM) as bioinoculants presents a promising soil-
amendment strategy while impacting the native microbiome, which jointly alters soil-plant …

Background The severity and frequency of drought are expected to increase substantially in
the coming century and dramatically reduce crop yields. Manipulation of rhizosphere …

Agricultural soils are often overlooked sources of human and animal pathogenic bacteria,
which can cause a range of food-, air-, and waterborne diseases. The awareness of …

Core microbiome has been proven to play crucial roles in soil function. However, we still
lack knowledge on how core microbiome responds to crop residue retention, and whether …

In this research, self-screening aptamer and MOFs-derived nanomaterial have been
combined to construct electrochemical aptasensor for environmental detection. By utilizing …

Plant-associated microbiomes maintain biodiversity and ecosystem productivity amid global
change. Under projected climate change scenarios, the abundance of plant-beneficial …

Molecular hydrogen (H2) is crucial for agricultural microbial systems. However, the
mechanisms underlying its influence on crop yields is yet to be fully elucidated. This study …

Beneficial microorganisms play essential roles in soil fertility, plant nutrition, and health. In
this study, we examined the potential of a collection of 138 bacterial strains to promote plant …

Seed microbiomes initiate plant microbiome assembly, but the consequences of
environmental conditions of the parent plant for seed microbiome assembly and …