
Vineyard Pest Identification & Treatment Protocol Generator
Identify vineyard pests and generate phytosanitary treatment protocols
What You Can Do
You can submit pest descriptions or vineyard images to receive rapid identification confirmation, damage severity assessments against standardized thresholds, and evidence-based treatment recommendations. The skill generates integrated pest management (IPM) strategies that balance crop protection with wine quality objectives, wine grape residue concerns, and sustainability goals—while ensuring compliance with regional phytosanitary standards and organic certification audits.
Features
analyze scout reports and vineyard images to confirm pest species, life stage, and population dynamics
evaluate damage patterns against standardized economic thresholds specific to wine grape phenology and varietal susceptibility
recommend chemical, biological, and cultural control strategies with efficacy rankings and application timing
generate treatment records aligned with regional regulations and organic/sustainable certification audit requirements
account for véraison sensitivity, bunch closure windows, and equipment/weather constraints to identify treatment windows
evaluate treatment necessity for borderline pest pressure situations considering crop loss risk vs. treatment expense
address lifecycle-specific control strategies (e.g., powdery mildew cycle breaks, second-generation Japanese beetle populations)
highlight residue, tannin management, and quality concerns specific to each treatment option
Example Output
Input: "Found white powdery coating on Pinot Noir leaves at véraison, affecting 15% of canopy in one block. Previous season had severe infection."
Output:
- Identification: Erysiphe necator (powdery mildew), post-véraison pressure
- Severity: Moderate (15% incidence); risk of berry infection if untreated
- Recommended Protocol:
- Cultural: Increase canopy air circulation; remove affected leaves
- Biological: Bacillus subtilis spray (low residue, véraison-safe)
- Chemical backup: Sulfur dust if infection spreads (24-hour harvest restriction)
- Documentation: Treatment timing record for organic audit compliance
Input: Image of 2-3mm spotted beetle on cluster stem with shot-hole damage.
Output:
- Identification: Xiphidinus picipes (flea beetle), single generation
- Severity: Low (localized damage, post-véraison emergence)
- Recommendation: Monitor only; treatment not economically justified this season
- Next Season Prep: Early-season spray threshold and vineyard sanitation notes
What's Included
- SKILL.md instruction file with pest ID protocols and phytosanitary framework:
- Pest severity assessment checklist (thresholds for common wine grape pests):
- IPM treatment decision matrix (chemical, biological, cultural methods by pest type):
- Phytosanitary compliance documentation template for organic/sustainable certification:
- Phenology-based treatment timing guide (véraison sensitivity, bunch closure windows):
- Regional regulation reference guide (placeholder for regional customization):
Who It's For
- Viticulturists and vineyard managers — field scouts and operational decision-makers requiring rapid pest triage
- Organic/sustainable wine producers — managing pest pressure within certification compliance constraints
- Cellar and winemaking teams — assessing treatment options with wine quality and residue implications
- Farm risk/insurance coordinators — documenting pest management decisions for compliance audits
- Vineyard consultants — providing evidence-based recommendations to multiple client estates
Best For
- Scout report verification during critical pest pressure windows (véraison, bunch closure)
- Treatment method selection balancing crop protection, wine quality, and sustainability goals
- Compliance documentation for organic certification audits and phytosanitary record-keeping
- Cost-benefit analysis for borderline pest pressure situations (treatment vs. crop loss risk)
- Multi-generational pest lifecycle management and seasonal control strategy planning







