FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2893656944> ?p ?o ?g. }

• W2893656944 endingPage "204" @default.
• W2893656944 startingPage "187" @default.
• W2893656944 abstract "The increase in insecticide-resistant mosquito populations necessitates the exploration of novel vector control intervention measures. Push-pull strategies have been successful in integrated crop pest management. Through the combinatory use of deterring and attracting stimuli, the abundance of insect pests can be changed in a given area. A push-pull strategy might also reduce human-vector contacts and augment existing mosquito control strategies, e.g. through the combination of an attractive trapping system and spatial repellent. Several volatile pyrethroids have been tested for their spatial repellent (push) potential. However, the use of insecticides conflicts with the general idea of push-pull as a non-toxic means of pest management. In addition, constant human exposure to insecticides should be avoided and further insecticide resistance in the target population needs to be prevented which necessitates the screening for effective, non-toxic spatial repellents. This chapter discusses techniques that allow for a more realistic evaluation of spatial repellents under laboratory conditions before they are tested in the (semi-)field and introduces a push-pull approach that uses the BG-Sentinel trap in combination with catnip oil (Nepeta cataria), a known spatial repellent for Aedes aegypti. Different candidate materials were evaluated in y-tube olfactometer assays and the efficacy of the most promising candidates was subsequently verified within a larger scaled room test. The novel room test included a dispensing system that created a repellent-loaded air curtain which had to be overcome by the mosquitoes in order to reach an attractive trap or human volunteer located behind. Best results were obtained with a dispensing system using conventional fans and a repellent sachet containing polymer granules with catnip oil. In these experiments, mosquito attraction to a BGS-trap was reduced by 70% in push-only set-ups. The indoor success was attributed to a homogenous and constant dispersal of active ingredients, as confirmed by quantification experiments using thermal desorption gas chromatography coupled to mass spectrometry. Successful protection of a human volunteer was achieved in push-pull experiments using catnip oil in combination with the BGS trap. In these experiments, human landing collections were reduced by 50%. In semi-field tests in Florida, comparable protective effects could not be verified and further research on suitable repellent concentrations and formulations for outdoor implementation are required." @default.
• W2893656944 created "2018-10-05" @default.
• W2893656944 creator A5028886909 @default.
• W2893656944 creator A5033996393 @default.
• W2893656944 creator A5059731810 @default.
• W2893656944 creator A5073813855 @default.
• W2893656944 creator A5088127796 @default.
• W2893656944 date "2018-01-01" @default.
• W2893656944 modified "2023-10-18" @default.
• W2893656944 title "Development and Evaluation of Push-Pull Control Strategies against<i>Aedes aegypti</i>(Diptera: Culicidae)" @default.
• W2893656944 cites W1796799765 @default.
• W2893656944 cites W1841057661 @default.
• W2893656944 cites W1895223660 @default.
• W2893656944 cites W1899854526 @default.
• W2893656944 cites W1930545980 @default.
• W2893656944 cites W1966489141 @default.
• W2893656944 cites W1970002167 @default.
• W2893656944 cites W1976525985 @default.
• W2893656944 cites W1977142311 @default.
• W2893656944 cites W1977494006 @default.
• W2893656944 cites W2002956979 @default.
• W2893656944 cites W2010728124 @default.
• W2893656944 cites W2031606619 @default.
• W2893656944 cites W2032938195 @default.
• W2893656944 cites W2039500922 @default.
• W2893656944 cites W2047183388 @default.
• W2893656944 cites W2055995702 @default.
• W2893656944 cites W2058663502 @default.
• W2893656944 cites W2061528535 @default.
• W2893656944 cites W2062269052 @default.
• W2893656944 cites W2069084753 @default.
• W2893656944 cites W2077716593 @default.
• W2893656944 cites W2079363462 @default.
• W2893656944 cites W2085383178 @default.
• W2893656944 cites W2085569710 @default.
• W2893656944 cites W2088695554 @default.
• W2893656944 cites W2089034404 @default.
• W2893656944 cites W2099261493 @default.
• W2893656944 cites W2099990874 @default.
• W2893656944 cites W2102810061 @default.
• W2893656944 cites W2102826951 @default.
• W2893656944 cites W2104592562 @default.
• W2893656944 cites W2108459309 @default.
• W2893656944 cites W2110866453 @default.
• W2893656944 cites W2113495439 @default.
• W2893656944 cites W2114552003 @default.
• W2893656944 cites W2118022292 @default.
• W2893656944 cites W2118516781 @default.
• W2893656944 cites W2119272664 @default.
• W2893656944 cites W2123677157 @default.
• W2893656944 cites W2124576434 @default.
• W2893656944 cites W2131353241 @default.
• W2893656944 cites W2134755942 @default.
• W2893656944 cites W2138085760 @default.
• W2893656944 cites W2140776604 @default.
• W2893656944 cites W2144312798 @default.
• W2893656944 cites W2150397071 @default.
• W2893656944 cites W2150472214 @default.
• W2893656944 cites W2154550414 @default.
• W2893656944 cites W2155674073 @default.
• W2893656944 cites W2158908562 @default.
• W2893656944 cites W2160691353 @default.
• W2893656944 cites W2161155063 @default.
• W2893656944 cites W2163728998 @default.
• W2893656944 cites W2164919804 @default.
• W2893656944 cites W2166846580 @default.
• W2893656944 cites W2167609786 @default.
• W2893656944 cites W2171188569 @default.
• W2893656944 cites W2171528643 @default.
• W2893656944 cites W2174400081 @default.
• W2893656944 cites W2174821748 @default.
• W2893656944 cites W2176294843 @default.
• W2893656944 cites W2177076826 @default.
• W2893656944 cites W2180807030 @default.
• W2893656944 cites W2181257685 @default.
• W2893656944 cites W2301475952 @default.
• W2893656944 cites W2319312387 @default.
• W2893656944 cites W2321490607 @default.
• W2893656944 cites W4244307272 @default.
• W2893656944 doi "https://doi.org/10.1021/bk-2018-1289.ch010" @default.
• W2893656944 hasPublicationYear "2018" @default.
• W2893656944 type Work @default.
• W2893656944 sameAs 2893656944 @default.
• W2893656944 citedByCount "2" @default.
• W2893656944 countsByYear W28936569442021 @default.
• W2893656944 countsByYear W28936569442023 @default.
• W2893656944 crossrefType "book-chapter" @default.
• W2893656944 hasAuthorship W2893656944A5028886909 @default.
• W2893656944 hasAuthorship W2893656944A5033996393 @default.
• W2893656944 hasAuthorship W2893656944A5059731810 @default.
• W2893656944 hasAuthorship W2893656944A5073813855 @default.
• W2893656944 hasAuthorship W2893656944A5088127796 @default.
• W2893656944 hasConcept C123963621 @default.
• W2893656944 hasConcept C126831891 @default.
• W2893656944 hasConcept C144027150 @default.
• W2893656944 hasConcept C173758957 @default.
• W2893656944 hasConcept C18903297 @default.
• W2893656944 hasConcept C203014093 @default.

• next