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• W4281777504 endingPage "100004" @default.
• W4281777504 startingPage "100004" @default.
• W4281777504 abstract "Agricultural activity relays deeply on the usage of synthetic insecticides for pest control, however, the extensive use or misuse of these substances can have negative impacts on the environment, human health and even on agricultural ecological subsystems. Essential oils (EOs) are secondary metabolites synthesized in plant secretory structures that are less hazardous to the environment and safer to handle, with known effectivity against arthropods, thus presenting a viable eco-friendly alternative for typical synthetic insecticides. Trioza erytreae (Del Guercio) (Hemiptera: Triozidae) is a major threat for citrus production, expanding rapidly throughout the Iberian Peninsula. To this day, no effective control method to sustainably control T. erytreae populations has thus far been obtained and the effects of EOs on this pest have not yet been documented. In this study, the insecticidal potential of EOs active compounds Eugenol (99 %), Pulegone (85 %) and their combination was assessed by determining their toxicity through topical application on T. erytreae nymphs and their phytotoxicity on Citrus limon ((L.) Burm.), T. erytreae preferred host, in laboratory conditions. Pulegone was more toxic to T. erytreae nymphs than Eugenol, showing the lowest LD50 values both after 24 h (0.005 µL nymph−1) and 48 h (0.003 µL nymph−1) whereas for the LD90, the combination of both oils was the most toxic both after 24 h (0.020 µL nymph−1) and 48 h (0.012 µL nymph−1). On concentrations equal or lower than 3.60 %, Eugenol presented the highest phytotoxic effect. In concentrations that did not pose a significant phytotoxic effect on C. limon, the combination of both active compounds exhibited the highest nymphal mortality. The beneficial integration of both Eugenol and Pulegone in a mixture was shown to be the best approach for utilizing these compounds, but care in their concentrations must be taken, given the possible effects on phytotoxicity. This preliminary study presents new insights on the potential effects of EOs on T. erytreae and their applicability in citrus crops, thus making an entry way for the development of more sustainable control strategies for this pest control." @default.
• W4281777504 created "2022-06-13" @default.
• W4281777504 creator A5024619844 @default.
• W4281777504 creator A5044121284 @default.
• W4281777504 creator A5059749975 @default.
• W4281777504 creator A5087539779 @default.
• W4281777504 date "2022-06-01" @default.
• W4281777504 modified "2023-10-15" @default.
• W4281777504 title "Eugenol and Pulegone as potential biorational alternatives for Trioza erytreae (Hemiptera: Triozidae) control: Preliminary results on nymphal toxicity and applicability on Citrus limon" @default.
• W4281777504 cites W1957425749 @default.
• W4281777504 cites W1963836796 @default.
• W4281777504 cites W1965052218 @default.
• W4281777504 cites W1978479339 @default.
• W4281777504 cites W1979354299 @default.
• W4281777504 cites W1987208934 @default.
• W4281777504 cites W1996744146 @default.
• W4281777504 cites W2013993118 @default.
• W4281777504 cites W2018689960 @default.
• W4281777504 cites W2020427158 @default.
• W4281777504 cites W2031346720 @default.
• W4281777504 cites W2034415006 @default.
• W4281777504 cites W2038994080 @default.
• W4281777504 cites W2043840407 @default.
• W4281777504 cites W2064573109 @default.
• W4281777504 cites W2074602532 @default.
• W4281777504 cites W2079989095 @default.
• W4281777504 cites W2083291534 @default.
• W4281777504 cites W2084425486 @default.
• W4281777504 cites W2103591452 @default.
• W4281777504 cites W2104182395 @default.
• W4281777504 cites W2105357883 @default.
• W4281777504 cites W2107698784 @default.
• W4281777504 cites W2114489726 @default.
• W4281777504 cites W2115461186 @default.
• W4281777504 cites W2121991966 @default.
• W4281777504 cites W2127834356 @default.
• W4281777504 cites W2145461927 @default.
• W4281777504 cites W2148656287 @default.
• W4281777504 cites W2150850495 @default.
• W4281777504 cites W2151702536 @default.
• W4281777504 cites W2160687289 @default.
• W4281777504 cites W2161625344 @default.
• W4281777504 cites W2162526536 @default.
• W4281777504 cites W2169320503 @default.
• W4281777504 cites W2171866528 @default.
• W4281777504 cites W2172249631 @default.
• W4281777504 cites W2172453585 @default.
• W4281777504 cites W2178519586 @default.
• W4281777504 cites W2180363528 @default.
• W4281777504 cites W2265303465 @default.
• W4281777504 cites W2276297179 @default.
• W4281777504 cites W2310709120 @default.
• W4281777504 cites W2320285608 @default.
• W4281777504 cites W2370596793 @default.
• W4281777504 cites W2396862343 @default.
• W4281777504 cites W2503773695 @default.
• W4281777504 cites W2507802170 @default.
• W4281777504 cites W2514147303 @default.
• W4281777504 cites W2516895376 @default.
• W4281777504 cites W2534160503 @default.
• W4281777504 cites W2568602300 @default.
• W4281777504 cites W2587841979 @default.
• W4281777504 cites W2599029674 @default.
• W4281777504 cites W2734707328 @default.
• W4281777504 cites W2789933642 @default.
• W4281777504 cites W2791089052 @default.
• W4281777504 cites W2792547471 @default.
• W4281777504 cites W2793301748 @default.
• W4281777504 cites W2794160074 @default.
• W4281777504 cites W2805818760 @default.
• W4281777504 cites W2898044322 @default.
• W4281777504 cites W2899368610 @default.
• W4281777504 cites W2921050976 @default.
• W4281777504 cites W2931764019 @default.
• W4281777504 cites W2954095004 @default.
• W4281777504 cites W2963456768 @default.
• W4281777504 cites W2990330198 @default.
• W4281777504 cites W2990693032 @default.
• W4281777504 cites W3007509096 @default.
• W4281777504 cites W3035234847 @default.
• W4281777504 cites W3037331947 @default.
• W4281777504 cites W3086312431 @default.
• W4281777504 cites W3104864165 @default.
• W4281777504 cites W3135970526 @default.
• W4281777504 cites W3186963753 @default.
• W4281777504 cites W3201909212 @default.
• W4281777504 cites W4237647493 @default.
• W4281777504 cites W4247188137 @default.
• W4281777504 cites W627933511 @default.
• W4281777504 doi "https://doi.org/10.1016/j.napere.2022.100004" @default.
• W4281777504 hasPublicationYear "2022" @default.
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