Search results for "Bactrocera"

showing 2 items of 22 documents

Bioactivity of Carlina acaulis essential oil and its main component to the olive fruit fly, Bactrocera oleae: ingestion toxicity, electrophysiologica…

2021

In recent years, botanical insecticides based on essential oils (EOs), or their main components, have received much attention as promising tools for Integrated Pest Management, due to their environmental safety and low side effects on non-target organisms. In this study, Carlina acaulis EO and its main component, carlina oxide, recently proven to be effective larvicidal and adulticidal agents against some insect pests, were analyzed for their toxicity, electroantennographic (EAG), and behavioral responses to adult olive fruit fly (Bactrocera oleae). The C. acaulis EO was more toxic to the tephritid than the carlina oxide, and both were more toxic to the same insect pest than EOs from other …

lure-and-killScienceOlive fruit flyBiologyAsteraceaeAsteraceae; attract-and-kill; lure-and-kill; carlina oxide; eco-friendly pesticide; green insecticide; protein bait; Tephritidae fliesAsteraceae; Attract-and-kill; Carlina oxide; Eco-friendly pesticide; Green insecticide; Lure-and-kill; Protein bait; Tephritidae flieslaw.inventionCarlina acauliseco-friendly pesticidegreen insecticidelawattract-and-killcarlina oxideBactroceraEssential oilLarvaProtein baitQAsteraceaebiology.organism_classificationTephritidae fliesHorticultureInsect ScienceToxicityAsteraceae Tephritidae flies attract-and-kill carlina oxide eco-friendly pesticide green insecticide lure-and-kill protein baitCarlina
researchProduct

Lotta alla mosca delle olive in olivicoltura integrata e biologica

2012

Bactrocera oleae, fitofago chiave dell’agroecosistema olivo, è presente in Italia in tutti gli areali interessati dalla coltura, tranne in alcune aree caratterizzate da maggiore altitudine dove il fattore termico non consente lo sviluppo della specie. Il dittero è fortemente legato alle temperature che del resto condizionano anche la fenologia dell’olivo; in effetti il numero di generazioni che la mosca può completare nell’anno varia da 1 fino a 4-5 in zone con temperature medie annue elevate (zone costiere e/o meridionali). La pericolosità della specie è pertanto legata al numero di generazioni e all’andamento climatico che, a seconda dell’annata e della zona, possono variare sensibilmente…

symbiosimonitoringSettore AGR/11 - Entomologia Generale E ApplicataBactrocera oleaepest control.lotta.damagesimbiosimonitoraggiodanni
researchProduct