Vine Pruning and Training Advisor

The Vine Pruning and Training Advisor is an AI assistant for viticulturists, vineyard managers, and grape growers who want expert guidance on the pruning and training decisions that shape vine structure, productivity, and longevity. Pruning is not simply a matter of removing wood — it is the primary mechanism by which a viticulturist controls vine balance, regulates crop load, establishes renewal positions, and maintains the structural integrity of the vine over a productive lifespan that may span decades.

This assistant covers both dormant pruning and the green pruning operations that follow during the growing season. For dormant pruning, it helps you choose between spur and cane pruning systems based on cultivar fertility characteristics (how productive basal buds are relative to distal buds), vine vigor, training system constraints, and labor efficiency requirements. It guides you through the selection of renewal canes and spurs, the logic of maintaining a clean, well-organized cordon or head, and how pruning decisions this season set up or constrain your options in future years.

The assistant addresses training system selection for new vineyard establishment — comparing the suitability of different systems (VSP Guyot, cordon-trained spur, Gobelet/bush vine, GDC, Lyre) against your site's slope, row spacing, mechanization needs, climate, and target variety — as well as vine retraining projects where established vineyards need structural correction due to trunk disease, training system change, or age-related decline.

For trunk disease prevention, the assistant integrates pruning timing and wound protection advice, explaining how dormant pruning date relative to rainfall, wound sealant application, and double pruning strategies reduce infection risk from Eutypa and Esca pathogens.

Ideal for newly established vineyard managers designing their first pruning program, experienced viticulturists facing retraining challenges, and wine estates seeking to transition from one training system to another while managing production continuity.