Drought and Salinity Stress: An Overlapping Osmotic Resistance DOI
Norah Johal,

Prinka Goyal

Опубликована: Янв. 1, 2023

The present scenario sounds an alarm over the increasing global mean temperature that is coupled with reduced water availability. review highlights osmotic changes occur on account of deficit under drought and salinity. Reduced potential ameliorates tension in xylem tissue, thus ultimately leading to cavitation embolism. sustained leads production increased reactive oxygen species (ROS) not comprehended by usual antioxidative defense system. upregulation system, variation root architecture, presence trichomes, stomatal regulation alleviate overall use efficiency (WUE) saline conditions. These mitigation strategies are expression dehydrins salt overly sensitive genes (SOS) salinity, respectively, at molecular level provide resistance against same.

Язык: Английский

Drought and Salinity Stress: An Overlapping Osmotic Resistance DOI
Norah Johal,

Prinka Goyal

Опубликована: Янв. 1, 2023

The present scenario sounds an alarm over the increasing global mean temperature that is coupled with reduced water availability. review highlights osmotic changes occur on account of deficit under drought and salinity. Reduced potential ameliorates tension in xylem tissue, thus ultimately leading to cavitation embolism. sustained leads production increased reactive oxygen species (ROS) not comprehended by usual antioxidative defense system. upregulation system, variation root architecture, presence trichomes, stomatal regulation alleviate overall use efficiency (WUE) saline conditions. These mitigation strategies are expression dehydrins salt overly sensitive genes (SOS) salinity, respectively, at molecular level provide resistance against same.

Язык: Английский

Процитировано

0