With release of two high-quality genome assemblies, rye has finally reached the genome
era, enabling the integration and advancement of fundamental and applied breeding and …

The importance of accurate genomic prediction of phenotypes in plant breeding is
undeniable, as higher prediction accuracy can increase selection responses. In this study …

An evaluation of polymorphism at the microsatellite loci was applied in distinguishing 85 oat
(Avena sativa L.) genotypes selected from the collection of genetic resources. The set of …

In the context of subsistence farming in Madagascar, upland rice producers have limited
access to mineral fertilizers and yields remain very low. Genetic improvement of yield …

Architectural traits such as plant height are important targets to improve the yield potential of
crops. The transnational project RYE-SUS makes use of hybrid and genome-based …

In plant breeding programmes MET form the backbone for phenotypic selection, GS and
GWAS. Efficient analysis of MET is fundamental to get accurate results from phenotypic …

The rapid expansion of high-throughput phenotyping (HTP) platforms in agronomic research
has led to a major shift in plant science towards time-series phenotyping that can track plant …

Abstract Development of flood-tolerant crops provides a pivotal resource to agriculture,
helping to reduce yield loss and plant damage from fields with water-saturated soil …

The genetic improvement of complex traits by means of artificial selection is the primary
objective in the breeding of most agriculturally relevant crop and animal species. In breeding …

The main goal of this study was the identification of genomic regions involved in frost
tolerance in winter rye. Three quantitative trait loci (QTL) were consistently detected across …