Globally, climate change could hinder future food security that concurrently implies the
importance of investigating drought stress and genotype screening under stressed …

Salt stress has a significant impact on agricultural output, affecting seed germination and
seedling growth. The uncontrolled production of oxidative species (ROS) induces a range of …

Increasing soil salinity due to global warming severely restricts crop growth and yield. To
select and recommend salt-tolerant cultivars, extensive genotypic screening and …

Melatonin is a multi-signaling plant hormone that significantly regulate plant growth and
development under stress environment. Since a very few crop species have been …

Soil salinity is a major global concern for sustainable crop production, and proper screening
of crop genotypes against salt stress should be a major consideration before recommending …

Rapid climate change may put future food security under threat, which emphasizes the
significance of assessing the morpho-physiological and biochemical traits associated with …

Salt stress is one of the major limitations to modern agriculture that negatively influences
plant growth and productivity. Salt tolerant cultivar can provide excellent solution to enhance …

Abiotic stressors such as salinity cause major yield losses in maize (Zea mays). To reduce
the impact of salinity and breed for salt tolerance, precise phenotypic screening of maize …

Soil alkalinization and salinization represent a growing global challenge. Maize (Zea mays
L.), with its relatively low tolerance to salt and alkali, is increasingly vulnerable to saline …

grown for important most third theis crop Maize crop, mostly cereal food, feed and fodder
purpose. In spite of the fact the crop is susceptible to salt stress but exhibits a considerable …