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Georgia's vineyards are a vital part of its cultural heritage, but their future depends on sustainable disease management. As synthetic pesticides raise environmental concerns, exploring alternative methods is crucial. This study investigates the allelopathic potential of aromatic plants-Lavender, Hyssop, Basil, and Saffron-sown in vineyards across different soil-climatic zones. Research conducted in Mtskheta-Mtianeti (Jighaura) and Kakheti (Kakabeti) identified grapevine diseases, assessed their prevalence, and analyzed the impact of companion plants on disease pathogens. Field and laboratory…mehr

Produktbeschreibung
Georgia's vineyards are a vital part of its cultural heritage, but their future depends on sustainable disease management. As synthetic pesticides raise environmental concerns, exploring alternative methods is crucial. This study investigates the allelopathic potential of aromatic plants-Lavender, Hyssop, Basil, and Saffron-sown in vineyards across different soil-climatic zones. Research conducted in Mtskheta-Mtianeti (Jighaura) and Kakheti (Kakabeti) identified grapevine diseases, assessed their prevalence, and analyzed the impact of companion plants on disease pathogens. Field and laboratory studies evaluated their effects on vine growth, disease spread, and overall yield. By integrating aromatic plants into vineyard management, this study highlights a sustainable approach to protecting grapevines while maintaining high-quality harvests. The findings contribute to biological, agricultural, and economic efficiency, offering a viable alternative to chemical-based disease control.
Autorenporträt
Tinatin Shengelia, Masterabsolventin der Agricultural University of Georgia, erforscht die allelopathischen Wirkungen aromatischer Pflanzen auf Wachstum, Ertrag und Krankheitsresistenz von Weinreben. Sie konzentriert sich auf die Entwicklung agrarökologischer Methoden für den nachhaltigen Weinbau.