Emerging phenotyping methods and increasingly abundant genotyping platforms have
become valuable tools for the discovery and introgression of yield-positive and stress …

Abiotic stresses, such as drought, temperature, salt, and metal stresses, cause a substantial
decline in wheat growth and productivity. Various efforts to mitigate abiotic stresses through …

Drought and heat frequently co-occur during crop growth leading to devastating yield loss.
The knowledge of the genetic loci governing component traits of yield under combined …

Drought and heat are the two most important environmental constraints to wheat (Triticum
aestivum L.) production globally and are predicted to become more severe with global …

Drought is one of the most important wheat production limiting factor, and can lead to severe
yield losses. This study was designed to examine the effect of drought stress on wheat …

Drought stress poses a severe threat to global wheat production, necessitating an in-depth
exploration of the genetic basis for drought tolerance associated traits. This study employed …

Maintaining wheat grain yield under expected more frequent and maybe severe drought
episodes requires identifying the drought tolerance traits as well as deciphering the genetic …

The aim of this study was to discover the geneic basis of drought tolerance, a double haploid
mapping population, Drought Mapping Population 5 (DR. MP 5) was assessed for drought …

Wheat crops frequently experience a combination of abiotic stresses in the field, but most
quantitative trait loci (QTL) studies have focused on the identification of QTLs for traits under …

In wheat, a multi-locus genome-wide association study (ML-GWAS) was conducted for the
four grain weight-related traits (days to anthesis, grain filling duration, grain number per ear …