Ángel Ferrero-Serrano

TL;DR: The rice d1 Gα mutant with dwarf and erect leaves exhibits a lower leaf temperature and reduced susceptibility to water stress.

TL;DR: This study presents an extensive analysis of the local environments, landscape genomics and phenotypic variation of Arabidopsis, and illustrates how ‘in silico GWAS’ approaches can inform and complement experimental phenomics studies.

TL;DR: Irrespective of competitive mechanisms, the conservation of native species populations within weed invasions may provide an important restoration tool by retaining unique components of native gene pools selected by competitive interactions with exotics.

TL;DR: This review describes the synthesis and signaling pathways of these three hormones as understood in rice and proposes that such genes offer underexploited opportunities for broadening the genetic basis and germplasm in semidwarf rice breeding.

TL;DR: The potential to suppress an important invasive plant, Canada thistle, by integrating biological control and competition from two native grasses frequently used in rangeland restoration is investigated and results suggest that restoration efforts can be complemented with insect biocontrol agents, although the timing of impact will depend on the particular weed species, grass competitors, and biOControl insect agents involved.