This study was designed to identify useful effects of potassium for drought tolerance in
barley. Five genotypes were grown in pot experiment with drought stress levels; 50% and …

This study was designed to identify useful effects of potassium for drought tolerance in
barley and determine the most tolerant genotypes to drought. Five barley genotypes were …

Fifteen barley genotypes comprised; eleven exotic lines from ICARDA barley germplasm,
two lines from ACSAD, the new released line from Desert Research Center (DRC) breeding …

In a two-year experiment, 11 barley genotypes from ICARDA and one landrace from Iran
were tested under optimum and drought stress conditions. Phenological and physiological …

Drought is one of the most important abiotic factors constraining barley production. Drought
tolerance of 32 barley (Hordeum vulgare L.) samples of different varieties (21 genotypes …

This investigation was conducting to explain that four barley genotypes varied in their
drought tolerance according to their genotype and their tested organs. It can be recorded …

Drought is by far the most important environmental stress in agriculture and many efforts
have been made to improve croup productivity under water-limiting conditions. While natural …

The genetic diversity among cultivated barley with different responses to drought stress was
investigated. Initial screens involved growing l 6 cultivars under drought conditions in …

This study aimed to develop molecular marker (s) associated with salt tolerance in barley
using Inter Simple Sequence Repeat (ISSR) and Simple Sequence Repeat (SSR) markers …

Five barley genotypes with wide range reaction for water stress tolerance were used in the
present investigation using half diallel analysis. This study tried to solve drought stress …