… water loss, increasing the possibility of plant survival under stress and therefore improving
stress … other dicotyledonous plants are tap root systems, while wheat, rice, maize, and other …

… maize, rice, soy, and wheat due to drought from 1983 to 2009 … In sorghum, QTLs for nodal
root angle and brace root have … more water from the soil and enable the plants to survive in …

… of which relies on auxin and brassinosteroids (BRs). Phytoglobins (… survival under stress.
The epidermal and sub-epidermal cells are particularly susceptible to PEG-induced water stress…

… resulting from moisture deficit. It adversely affects plant growth and … acid, brassinosteroids
and strigolactones play a vital role in … synthesized in a large amount in wheat leaves, and cell-…

… roots, including crown roots and brace roots. In particular, the … a negative regulator in
brassinosteroids signaling, has been … of water and nutrients, crucial for its survival in droughts and …

… Brassinosteroids (BR), as shown by functional genetic studies, regulate plant growth under
… wheat TaNAC29 has been shown to regulate plant leaf senescence processes to promote …

… to increase survival and productivity under drought. … water deficit; for instance, the increased
area of vascular bundles in wheat increases the number of xylem vessels under drought …

… stresses. RNA sequencing has been applied to numerous wheat tissues under different
stress conditions such as wheat seedling and roots under low pH (Hu et al., 2018), salinity …

… Thus, this study aimed to determine the agroclimatic zoning of wheat by estimating the water
… BRacing for water stress: brassinosteroid signaling promotes drought survival in wheat. …

… They include brassinosteroid, jasmonic acid, and … , and overexpression of TaGST1 in wheat
showed lower levels of … distorting plant water uptake mechanism and loss of plant survival. …