Gregory Alan Gambetta

This study investigates esca disease in grapevines, showing local transcriptomic changes and systemic DNA methylation alterations in symptomatic and asymptomatic leaves.

The paper investigates how drought and esca disease affect grapevine wood interactions with fungi, finding shared stress responses and distinct fungal adaptations under each condition.

This study examines how drought and esca disease affect Ascomycota fungal communities in grapevines, finding distinct impacts on trunk and young organs.

The paper identifies a haplotype from Vitis riparia that slows grape ripening speed by reducing sugar accumulation, aiding adaptation to climate change in Vitis vinifera cultivars.

This study shows that nitrogen nutrition levels affect esca disease incidence in grapevines by altering physiology, metabolism, and transpiration, with deficiency reducing disease and excess increasing it.