… of climate change is drought stress [29]. To deal with severe drought stress in the near future,
it is … responsible for increased drought tolerance in terrestrial organisms. The concept of …

… , we focused on these three drought stress metigators (bacteria, fungi, and viruses) and
explained the modes of action through which they help plants mitigate drought stress (Figure 1). …

… evaluated how soil bacterial and fungal communities would respond to drought. … that
drought stress would increase the fungi:bacteria ratio, since it affects bacteria more than fungi (de …

… Under drought stress, bacterial- and fungal-inoculated plants must be compared with the
untreated control (no bacterial/fungal inoculum). If different drought stress levels are …

… autochthonous bacteria Bt and the allochthonous bacteria … their abilities to alleviate the
drought stress. Mycorrhizal inoculation … with specific bacteria minimizing drought stress-imposed …

… composition and activity under drought stress conditions. We … contents, arbuscular mycorrhiza
fungi (AMF) colonization, soil … the rhizosphere bacterial and fungal community covariance …

… Plant growth, mineral nutrition and gas–exchange values in response to bacterial inoculation
after PEG–induced drought stress were also evaluated. In AM plants, inoculation with …

… of drought tolerance mediated by plant inoculation with fungi, bacteria, viruses, and several
bacterial … Plant-growth-promoting bacteria (PGPB) can help mitigate drought stress in various …

… Because of the increased severity of drought stress in recent years, and the positive
effects of AM fungi and PGPB on alleviation of drought stress in other plants, this study was …

… Seed and shoot dry weights were affected negatively by drought stress. … Regardless of
moisture treatments, bacterial inoculation … considerably by both bacterial and fungal inoculations, …