Jason P. Londo

The paper uses a cold hardiness model to predict budbreak timing and freeze damage risk in grapevines based on temperature data.

This study identifies gene expression patterns in grapevine dormant buds during deacclimation, revealing chilling-dependent and temperature-responsive molecular mechanisms.

This study traces the evolutionary history of the grape sex-determining region across angiosperms, finding it conserved in flowering plants but not in non-flowering plants.

This study shows that tetralone-ABA improves cold hardiness and delays budbreak in grapevines, enhancing resilience to climate change impacts.

The paper evaluates cold hardiness and deacclimation resistance in 31 grapevine varieties over 3 years to show a conserved response to chilling accumulation, challenging traditional classifications of chill requirements.

VineColD provides a database and monitoring system for grapevine cold hardiness using historical and real-time weather data to predict cultivar survival in changing climates.

This study constructs a super-pangenome of North American wild grape species to capture genetic diversity and identify loci associated with adaptive traits like salt tolerance.

The paper presents the genome assembly of Chambourcin, a hybrid grapevine, along with gene models, orthologs, transcription factors, and SSRs.