Salt stress is the most pernicious of the abiotic stresses in arid and semiarid areas, having
an adverse impact on crop growth and yields. Soil salinization decreases agricultural land …

Exploiting symbiotic plant-microbe interactions with arbuscular mycorrhizal fungi (AMF)
adapted to hostile soil can be a promising approach for enhancing crop productivity and …

The simultaneous occurrence of biotic and abiotic stresses affects the performance of the
crops in salt–affected agroecologies. The plant–microbe interaction with effective …

This study aims to develop an eco-compatible soil amendment employing maize-stalk-
derived biochar in conjunction with plant-beneficial rhizobacteria, Paenibacillus lentimorbus …

The deficiency of zinc (Zn) in rice grown under partially reclaimed sodic soils is mainly
because of the low solubility of Zn minerals. Augmenting the rhizosphere interaction with …

Introduction Conservation agriculture is a sustainable system of farming that safeguard and
conserves natural resources besides enhancing crop production. The biological properties …

Genotype-microbes interactions in rhizosphere can be a promising approach to improve P
nutrition of crop plants in acidic soils. This study explored the response of contrasting oat …

Rhizospheric bacteria possess the potential to colonize the root zone of plants and stimulate
their growth through different mechanisms. The present study explored the competency of …

High temperatures due to global warming threaten agricultural production. The application
of biochar may enhance plant growth and soil fertility, but whether it exerts an influence on …

Suaeda as a halophyte with wide adaptability of salinization level plays an important role in
saline soil improvement and management. To some extent, the strong salt tolerance of …