Saline Stress Management

Salinity is a significant abiotic stressor that restricts agricultural yield and has an impact on plant development. An obtainable way to assure crop productivity in such unfavorable circumstances is to implement treatments that reduce the effects of salt stress, along with identifying and using salt-tolerant varieties or species in salty environments. It is effectively possible to treat seeds, seedlings, or plants chemically, biologically, or physically prior to their exposure to salt stress. In saline environments, salt-tolerant plant growth-promoting rhizobacteria are thought to provide an alternative means of strengthening crop development. The adaptation of phytohormone status, gene expression, protein function, and metabolite production in plants is how PGPR regulates osmotic balance and ion homeostasis. Following exposure to salt, these treatments stimulate both biological and molecular approaches that allow a plant or seed to react further rapidly and/or extensively. In addition, methods of agricultural management have helped mitigate the negative impacts of too much salt building up in the soil. The improvement in current and efficient methods for salinity alleviation has been made possible by the fundamental understanding of how plants respond to elevated salt concentrations. Here, we give an overview of the main approaches used to mitigate the impact of salt on plants and offer a critical analysis of the primary achievements discussed in this area.