FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2078115510> ?p ?o ?g. }

• W2078115510 endingPage "79" @default.
• W2078115510 startingPage "69" @default.
• W2078115510 abstract "Society responds to changes in climate and land use via mitigation measures, including rainwater retention and storage in rewetted and newly constructed wetlands. Humans living close to these wetlands express concerns about future mosquito nuisance situations, and request the necessary distance between human occupation and wetlands to avoid such problems. Wetland managers need to know the distance required, as well as the type of management needed for such buffer or barrier zones. Here we performed an extensive literature survey to collect quantitative information on mosquito flight distance and the relevant environmental conditions. Mosquitoes have an average maximum flight distance of between 50 m and 50 km, depending on the species. Long-distance or migratory flights are strongly related to species ecological preferences and physiology, are survived by few specimens, and do not relate to nuisance situations. Nuisance-related or non-oriented flights are also species-specific and cover much shorter distances-between 25 m and 6 km for the 23 species analyzed. Based on these results, we made regression-based estimations of the percentages of the population that cross certain distances. A 90% reduction in breeding site population density would require minimal distances of 56 m for Anopheles saperoi and 8.6 km for Anopheles sinensis, and much greater distances for Aedes vexans, Culex quinquefasciatus, and Culiseta morsitans. Little useful information was available regarding the environmental conditions under which non-oriented flights took place. Qualitatively, the review showed that flight capacity was influenced by landscape structure, meteorological conditions (temperature, humidity, and illumination), and species physiology (energy available for flight). Overall, our findings suggest that predictions regarding the construction of barrier zones around breeding sites can be made based on mosquito and host density and human nuisance perception, and that barrier zone usefulness strongly depends on the mosquito species involved. Additional quantitative research is needed to better document the non-oriented dispersal patterns of the mosquitoes that populate rewetted and newly constructed wetlands, and the effects of vegetation types in barrier zones on mosquito densities." @default.
• W2078115510 created "2016-06-24" @default.
• W2078115510 creator A5036829971 @default.
• W2078115510 creator A5060855157 @default.
• W2078115510 date "2014-03-01" @default.
• W2078115510 modified "2023-10-12" @default.
• W2078115510 title "Flight distance of mosquitoes (Culicidae): A metadata analysis to support the management of barrier zones around rewetted and newly constructed wetlands" @default.
• W2078115510 cites W1965831341 @default.
• W2078115510 cites W1966360245 @default.
• W2078115510 cites W1970044258 @default.
• W2078115510 cites W1976462546 @default.
• W2078115510 cites W1977403956 @default.
• W2078115510 cites W1987480339 @default.
• W2078115510 cites W1987555252 @default.
• W2078115510 cites W1988122199 @default.
• W2078115510 cites W1994651106 @default.
• W2078115510 cites W1999072821 @default.
• W2078115510 cites W2008206076 @default.
• W2078115510 cites W2010603946 @default.
• W2078115510 cites W2010678821 @default.
• W2078115510 cites W2018087934 @default.
• W2078115510 cites W2019086614 @default.
• W2078115510 cites W2024396531 @default.
• W2078115510 cites W2026168827 @default.
• W2078115510 cites W2027731993 @default.
• W2078115510 cites W2028626843 @default.
• W2078115510 cites W2031170889 @default.
• W2078115510 cites W2032076382 @default.
• W2078115510 cites W2035386250 @default.
• W2078115510 cites W2040934082 @default.
• W2078115510 cites W2042471021 @default.
• W2078115510 cites W2048326512 @default.
• W2078115510 cites W2055926555 @default.
• W2078115510 cites W2060720443 @default.
• W2078115510 cites W2060855934 @default.
• W2078115510 cites W2061373995 @default.
• W2078115510 cites W2062605938 @default.
• W2078115510 cites W2073279943 @default.
• W2078115510 cites W2080857330 @default.
• W2078115510 cites W2084977439 @default.
• W2078115510 cites W2092633467 @default.
• W2078115510 cites W2102620261 @default.
• W2078115510 cites W2122018321 @default.
• W2078115510 cites W2129227719 @default.
• W2078115510 cites W2130338541 @default.
• W2078115510 cites W2130490615 @default.
• W2078115510 cites W2138837175 @default.
• W2078115510 cites W2142220883 @default.
• W2078115510 cites W2149027877 @default.
• W2078115510 cites W2150604056 @default.
• W2078115510 cites W2151986531 @default.
• W2078115510 cites W2152404986 @default.
• W2078115510 cites W2157497335 @default.
• W2078115510 cites W2163494183 @default.
• W2078115510 cites W2168249906 @default.
• W2078115510 cites W2170946691 @default.
• W2078115510 cites W2174157052 @default.
• W2078115510 cites W2175985694 @default.
• W2078115510 cites W2179004195 @default.
• W2078115510 cites W2179627160 @default.
• W2078115510 cites W2180389869 @default.
• W2078115510 cites W2265409586 @default.
• W2078115510 cites W2310051006 @default.
• W2078115510 cites W2312389742 @default.
• W2078115510 cites W2313894060 @default.
• W2078115510 cites W2314365631 @default.
• W2078115510 cites W2318309516 @default.
• W2078115510 cites W2324010578 @default.
• W2078115510 cites W2325885204 @default.
• W2078115510 cites W2327874956 @default.
• W2078115510 cites W2334700536 @default.
• W2078115510 cites W2342857896 @default.
• W2078115510 cites W2397347843 @default.
• W2078115510 cites W2901471938 @default.
• W2078115510 cites W294147600 @default.
• W2078115510 cites W4235235266 @default.
• W2078115510 cites W4241760433 @default.
• W2078115510 doi "https://doi.org/10.1016/j.limno.2013.11.002" @default.
• W2078115510 hasPublicationYear "2014" @default.
• W2078115510 type Work @default.
• W2078115510 sameAs 2078115510 @default.
• W2078115510 citedByCount "195" @default.
• W2078115510 countsByYear W20781155102013 @default.
• W2078115510 countsByYear W20781155102014 @default.
• W2078115510 countsByYear W20781155102015 @default.
• W2078115510 countsByYear W20781155102016 @default.
• W2078115510 countsByYear W20781155102017 @default.
• W2078115510 countsByYear W20781155102018 @default.
• W2078115510 countsByYear W20781155102019 @default.
• W2078115510 countsByYear W20781155102020 @default.
• W2078115510 countsByYear W20781155102021 @default.
• W2078115510 countsByYear W20781155102022 @default.
• W2078115510 countsByYear W20781155102023 @default.
• W2078115510 crossrefType "journal-article" @default.
• W2078115510 hasAuthorship W2078115510A5036829971 @default.
• W2078115510 hasAuthorship W2078115510A5060855157 @default.
• W2078115510 hasConcept C144024400 @default.
• W2078115510 hasConcept C149923435 @default.

• next