Bdolach, Eyal Smith, Kevin Ranjan Prusty, Manas Neyhart, Jeffrey Doron-Faigenboim, Adi Fridman, Eyal Barley Cytoplasmic Multi Parent Population (CMPP) for Studying Loss of Plasticity Under Domestication Investigating the genetic basis for changes in circadian clock plasticity under domestication and climatic change. Including comparison between breeding and naturally-evolving populations, as well as the introduction of a new comcept in mapping cytoplasm causal variation.<br> Multi-Parent Mapping Population (MPP);Circadian clock;Domestication;GxE interactions interactions;adaptation measures;Quantitative Genetics (incl. Disease and Trait Mapping Genetics);Population, Ecological and Evolutionary Genetics;Plant Biology 2020-04-20
    https://tagc2020.figshare.com/articles/poster/Barley_Cytoplasmic_Multi_Parent_Population_CMPP_for_Studying_Loss_of_Plasticity_Under_Domestication/12142800
10.6084/m9.figshare.12142800.v1