Due to their substantial volume, subsoils contain more of the total soil carbon (C) pool than
topsoils. Much of this C is thousands of years old, suggesting that subsoils offer …

The importance of rhizomicrobiome in plant development, nutrition acquisition and stress
tolerance is unquestionable. Relevant plant genes corresponding to the above functions …

Introduction Soil salinization is a serious abiotic stress for grapevines. The rhizosphere
microbiota of plants can help counter the negative effects caused by salt stress, but the …

Introduction Rhizosphere microorganisms can effectively promote the stress resistance of
plants, and some beneficial rhizosphere microorganisms can significantly promote the …

Sodium sulfate stress is known to improve cadmium (Cd) mobilization in soil and microbial
sulfur oxidation, Cd resistance, and the accumulation of stress tolerance-associated …

Cadmium (Cd), a heavy metal, is negatively associated with plant growth. AMT (ammonium
transporter) genes can confer Cd resistance and enhance nitrogen (N) uptake in soybeans …

Environmental pressure to reduce our reliance on agrochemicals and the necessity to
increase crop production in a sustainable way have made the rhizosphere microbiome an …

The release of plant metabolites from the root plays a vital role in the way plants react to and
transform their surroundings, particularly when faced with stressful conditions such as salt …

Soil salinization has significant deleterious impacts on arable lands and crop productivity
worldwide. Plant growth–promoting rhizobacteria (PGPR) have the capability to establish …

Climate change and agriculture are intrinsically connected and sudden changes in climatic
conditions adversely impact global food production and security. The climate change-linked …