FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2766336997> ?p ?o ?g. }

• W2766336997 endingPage "102" @default.
• W2766336997 startingPage "102" @default.
• W2766336997 abstract "<ns4:p><ns4:bold>Background</ns4:bold>: Mosquito behaviours including the degree to which they bite inside houses or outside is a crucial determinant of human exposure to malaria. Whilst seasonality in mosquito vector abundance is well documented, much less is known about the impact of climate on mosquito behaviour. We investigated how variations in household microclimate affect outdoor-biting by malaria vectors, <ns4:italic>Anopheles arabiensis </ns4:italic>and <ns4:italic>Anopheles funestus</ns4:italic>.</ns4:p><ns4:p> <ns4:bold>Methods</ns4:bold>: Mosquitoes were sampled indoors and outdoors weekly using human landing catches at eight households in four villages in south-eastern Tanzania, resulting in 616 trap-nights over 12 months. Daily temperature, relative humidity and rainfall were recorded. Generalized additive mixed models (GAMMs) were used to test associations between mosquito abundance and the microclimatic conditions. Generalized linear mixed models (GLMMs) were used to investigate the influence of microclimatic conditions on the tendency of vectors to bite outdoors (proportion of outdoor biting).</ns4:p><ns4:p> <ns4:bold>Results</ns4:bold>: <ns4:italic>An. arabiensis</ns4:italic> abundance peaked during high rainfall months (February-May), whilst <ns4:italic>An. funestus </ns4:italic>density remained stable into the dry season (May-August)<ns4:italic>.</ns4:italic> Across the range of observed household temperatures, a rise of 1<ns4:sup>º</ns4:sup>C marginally increased nightly <ns4:italic>An. arabiensis</ns4:italic> abundance (~11%), but more prominently increased <ns4:italic>An. funestus </ns4:italic>abundance (~66%). The abundance of <ns4:italic>An. arabiensis </ns4:italic>and <ns4:italic>An. funestus</ns4:italic> showed strong positive associations with time-lagged rainfall (2-3 and 3-4 weeks before sampling). The degree of outdoor biting in <ns4:italic>An. arabiensis</ns4:italic> was significantly associated with the relative temperature difference between indoor and outdoor environments, with exophily increasing as temperature inside houses became relatively warmer. The exophily of <ns4:italic>An. funestus</ns4:italic> did not vary with temperature differences. </ns4:p><ns4:p> <ns4:bold>Conclusions</ns4:bold>: This study demonstrates that malaria vector <ns4:italic>An. arabiensis </ns4:italic>shifts the location of its biting from indoors to outdoors in association with relative differences in microclimatic conditions. These environmental impacts could give rise to seasonal variation in mosquito biting behaviour and degree of protection provided by indoor-based vector control strategies.</ns4:p>" @default.
• W2766336997 created "2017-11-10" @default.
• W2766336997 creator A5012720814 @default.
• W2766336997 creator A5018157884 @default.
• W2766336997 creator A5060598163 @default.
• W2766336997 creator A5069553227 @default.
• W2766336997 creator A5073385457 @default.
• W2766336997 date "2017-10-24" @default.
• W2766336997 modified "2023-09-24" @default.
• W2766336997 title "Variations in household microclimate affect outdoor-biting behaviour of malaria vectors" @default.
• W2766336997 cites W1518897246 @default.
• W2766336997 cites W1552798925 @default.
• W2766336997 cites W1729017034 @default.
• W2766336997 cites W1831100553 @default.
• W2766336997 cites W1926938475 @default.
• W2766336997 cites W1956399939 @default.
• W2766336997 cites W1974573928 @default.
• W2766336997 cites W1975843404 @default.
• W2766336997 cites W1977743896 @default.
• W2766336997 cites W1979540468 @default.
• W2766336997 cites W1981903284 @default.
• W2766336997 cites W1984158928 @default.
• W2766336997 cites W1989846502 @default.
• W2766336997 cites W2004383999 @default.
• W2766336997 cites W2013711095 @default.
• W2766336997 cites W2016786221 @default.
• W2766336997 cites W2017707667 @default.
• W2766336997 cites W2019218021 @default.
• W2766336997 cites W2026708814 @default.
• W2766336997 cites W2028626843 @default.
• W2766336997 cites W2029259521 @default.
• W2766336997 cites W2036229131 @default.
• W2766336997 cites W2047807053 @default.
• W2766336997 cites W2053775536 @default.
• W2766336997 cites W2067999906 @default.
• W2766336997 cites W2070875338 @default.
• W2766336997 cites W2071595854 @default.
• W2766336997 cites W2075344966 @default.
• W2766336997 cites W2083165455 @default.
• W2766336997 cites W2092507703 @default.
• W2766336997 cites W2101642122 @default.
• W2766336997 cites W2101889053 @default.
• W2766336997 cites W2103610338 @default.
• W2766336997 cites W2111130754 @default.
• W2766336997 cites W2112265198 @default.
• W2766336997 cites W2112782803 @default.
• W2766336997 cites W2114555441 @default.
• W2766336997 cites W2116560236 @default.
• W2766336997 cites W2121722228 @default.
• W2766336997 cites W2123923006 @default.
• W2766336997 cites W2126256240 @default.
• W2766336997 cites W2128524598 @default.
• W2766336997 cites W2132030492 @default.
• W2766336997 cites W2144721986 @default.
• W2766336997 cites W2145976789 @default.
• W2766336997 cites W2149220990 @default.
• W2766336997 cites W2152400766 @default.
• W2766336997 cites W2155506452 @default.
• W2766336997 cites W2157595233 @default.
• W2766336997 cites W2160930918 @default.
• W2766336997 cites W2162978422 @default.
• W2766336997 cites W2163954181 @default.
• W2766336997 cites W2166636432 @default.
• W2766336997 cites W2169006847 @default.
• W2766336997 cites W2171317168 @default.
• W2766336997 cites W2172114008 @default.
• W2766336997 cites W2172706083 @default.
• W2766336997 cites W2179843350 @default.
• W2766336997 cites W2278417716 @default.
• W2766336997 cites W2338216067 @default.
• W2766336997 cites W2342792690 @default.
• W2766336997 cites W2618410944 @default.
• W2766336997 cites W2953264904 @default.
• W2766336997 doi "https://doi.org/10.12688/wellcomeopenres.12928.1" @default.
• W2766336997 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5829465" @default.
• W2766336997 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29552642" @default.
• W2766336997 hasPublicationYear "2017" @default.
• W2766336997 type Work @default.
• W2766336997 sameAs 2766336997 @default.
• W2766336997 citedByCount "36" @default.
• W2766336997 countsByYear W27663369972018 @default.
• W2766336997 countsByYear W27663369972019 @default.
• W2766336997 countsByYear W27663369972020 @default.
• W2766336997 countsByYear W27663369972021 @default.
• W2766336997 countsByYear W27663369972022 @default.
• W2766336997 crossrefType "journal-article" @default.
• W2766336997 hasAuthorship W2766336997A5012720814 @default.
• W2766336997 hasAuthorship W2766336997A5018157884 @default.
• W2766336997 hasAuthorship W2766336997A5060598163 @default.
• W2766336997 hasAuthorship W2766336997A5069553227 @default.
• W2766336997 hasAuthorship W2766336997A5073385457 @default.
• W2766336997 hasBestOaLocation W27663369971 @default.
• W2766336997 hasConcept C86803240 @default.
• W2766336997 hasConceptScore W2766336997C86803240 @default.
• W2766336997 hasFunder F4320307874 @default.
• W2766336997 hasLocation W27663369971 @default.
• W2766336997 hasLocation W27663369972 @default.
• W2766336997 hasLocation W27663369973 @default.

• next