(506.2 Mb) Access

: This specific segment of the genome (roughly 506.2 Megabases) is characterized by a high R² towards Gradient Forest (GF) models, meaning it is highly predictable in how it will respond to changing bioclimatic variables.

: Machine learning models predict significant genomic vulnerability for these landraces by the years 2050 and 2070 as current growing environments shift.

Barley is a cornerstone of food security in Ethiopia, grown on over 1 million hectares by roughly 4 million smallholder farmers . This report summarizes research into how traditional barley "landraces" are genetically equipped to handle the climate crisis. Key Findings (506.2 MB)

In this context, (Megabases) represents the total genomic space within the barley genome that shows a high predictability for adaptation to future climate change scenarios. Research Report: Genomic Vulnerability of Ethiopian Barley

: The study identified 106 genomic loci linked to traits that help barley survive under climate stress. : This specific segment of the genome (roughly 506

Because traditional barley varieties are vital to local farming systems, understanding these genetic markers allows breeders to:

For in-depth methodology and data tables, you can access the full paper through the bioRxiv Open Access Portal or view the abstract on ResearchGate . This report summarizes research into how traditional barley

Genomic and bioclimatic diversity of Ethiopian barley ... - bioRxiv