Tag: crop breeding

University of Queensland researchers show that the genetics of a preceding crop can swing wheat yields by up to 45 ...

A new open-source web application called Hap-Browser unifies haplotype visualization, classification, and allele-specific marker design for crop genetics into a ...

A field study in Cameroon reveals how sesame genotype and drying conditions control pod shattering, the crop's costliest hidden yield ...

A multi-task deep learning framework can estimate more than a dozen crop photosynthetic traits simultaneously from hyperspectral images with record ...

Comparative genomics of three annual-perennial pairs of Oryza species identifies 91 gene families present in all perennial species but missing ...

Chinese researchers have identified a novel rice locus, qNUE6, and pinpointed the nitrate transporter gene OsNRT1.2 as a positive regulator ...

New research shows that editing strigolactone transporter genes in sorghum and tomato can suppress parasitic weeds by up to 94 ...

An integrated transcriptomic and proteomic study of two maize inbred lines has uncovered the genotype-specific gene networks, antioxidant defenses, and ...

A new review details how CRISPR-based multiplex genome editing is enabling breeders to stack disease resistance, yield and quality traits ...

A comprehensive review maps how protein-protein interactions between plant viruses and their hosts drive infection and defense, and shows how ...