Unraveling the effect of spermidine on biochemical, anatomical and yield attributes in chickpea under chloride dominated salinity.

This study investigates the effect of foliar application of spermidine (Spd) on salt-stressed chickpea genotypes under natural environmental conditions. Four chickpea genotypes were treated with chloride-dominated salinity levels of 4.0 and 8.

Effect of GA and calcium on growth, biochemical, and fatty acid composition of linseed under chloride-dominated salinity.

The accumulation of salts in soil is an environmental threat affecting plant growth and crop yield. Linseed or flax is an ancient crop that has multifarious utilities in terms of industrial oil, textile fiber, and products. Salt susceptibility adversely affects linseed production, particularly to meet the growing demand for nutritional and nutraceutical products.

Spermidine exogenous application mollifies reproductive stage heat stress ramifications in rice.

Introduction: Rice productivity is severely hampered by heat stress (HS) which induces oxidative stress in this crop. This oxidative stress can be alleviated using various exogenous chemicals, including spermidine (Spd). Therefore, the present study was carried out to characterize HS components and to elucidate the role of exogenous Spd application in rice at the flowering stage.