Matches in SemOpenAlex for { <https://semopenalex.org/work/W2059432677> ?p ?o ?g. }
- W2059432677 endingPage "24" @default.
- W2059432677 startingPage "15" @default.
- W2059432677 abstract "Aedes aegypti L. (Diptera: Culicidae) is a common pantropical urban mosquito, vector of dengue, Yellow Fever and chikungunya viruses. Studies have shown Ae. aegypti abundance to be associated with environmental fluctuations, revealing patterns such as the occurrence of delayed mosquito outbreaks, i.e., sudden extraordinary increases in mosquito abundance following transient extreme high temperatures. Here, we use a two-stage (larvae and adults) matrix model to propose a mechanism for environmental signal canalization into demographic parameters of Ae. aegypti that could explain delayed high temperature induced mosquito outbreaks. We performed model simulations using parameters estimated from a weekly time series from Thailand, assuming either independent or autocorrelated environments. For autocorrelated environments, we found that long delays in the association between the onset of “hot” environments and mosquito outbreaks (10 weeks, as observed in Thailand) can be generated when “hot” environments sequentially trigger a larval survival decrease and over-compensatory fecundity increase, which lasts for the whole “hot” period, in conjunction with a larval survival increase followed by a fecundity decrease when the environment returns to “normal”. This result was not observed for independent environments. Finally, we discuss our results implications for prospective entomological research and vector management under changing environments." @default.
- W2059432677 created "2016-06-24" @default.
- W2059432677 creator A5021909900 @default.
- W2059432677 creator A5036534790 @default.
- W2059432677 creator A5059744536 @default.
- W2059432677 creator A5088535581 @default.
- W2059432677 date "2014-01-01" @default.
- W2059432677 modified "2023-09-30" @default.
- W2059432677 title "Hot temperatures can force delayed mosquito outbreaks via sequential changes in Aedes aegypti demographic parameters in autocorrelated environments" @default.
- W2059432677 cites W1493147929 @default.
- W2059432677 cites W16118745 @default.
- W2059432677 cites W1802923049 @default.
- W2059432677 cites W1916690116 @default.
- W2059432677 cites W1965339045 @default.
- W2059432677 cites W1966173235 @default.
- W2059432677 cites W1967032136 @default.
- W2059432677 cites W1970571834 @default.
- W2059432677 cites W1980452936 @default.
- W2059432677 cites W1993043678 @default.
- W2059432677 cites W1993268068 @default.
- W2059432677 cites W1994312021 @default.
- W2059432677 cites W2007567291 @default.
- W2059432677 cites W2014936845 @default.
- W2059432677 cites W2017012960 @default.
- W2059432677 cites W2022519924 @default.
- W2059432677 cites W2028971058 @default.
- W2059432677 cites W2037182792 @default.
- W2059432677 cites W2038672275 @default.
- W2059432677 cites W2038824287 @default.
- W2059432677 cites W2039297882 @default.
- W2059432677 cites W2039452142 @default.
- W2059432677 cites W2045942988 @default.
- W2059432677 cites W2046913815 @default.
- W2059432677 cites W2047831247 @default.
- W2059432677 cites W2054892711 @default.
- W2059432677 cites W2066966564 @default.
- W2059432677 cites W2068901195 @default.
- W2059432677 cites W2073799229 @default.
- W2059432677 cites W2080771607 @default.
- W2059432677 cites W2087022349 @default.
- W2059432677 cites W2102826951 @default.
- W2059432677 cites W2106717853 @default.
- W2059432677 cites W2108819108 @default.
- W2059432677 cites W2112154444 @default.
- W2059432677 cites W2115857362 @default.
- W2059432677 cites W2117474030 @default.
- W2059432677 cites W2118002134 @default.
- W2059432677 cites W2119001766 @default.
- W2059432677 cites W212470997 @default.
- W2059432677 cites W2135256153 @default.
- W2059432677 cites W2137089532 @default.
- W2059432677 cites W2138521188 @default.
- W2059432677 cites W2142433755 @default.
- W2059432677 cites W2148172299 @default.
- W2059432677 cites W2149252100 @default.
- W2059432677 cites W2153597650 @default.
- W2059432677 cites W2161062056 @default.
- W2059432677 cites W2162630276 @default.
- W2059432677 cites W2165183260 @default.
- W2059432677 cites W2165300286 @default.
- W2059432677 cites W2174952832 @default.
- W2059432677 cites W2175637624 @default.
- W2059432677 cites W2176316576 @default.
- W2059432677 cites W2176816674 @default.
- W2059432677 cites W2179843350 @default.
- W2059432677 cites W2216641633 @default.
- W2059432677 cites W2318342481 @default.
- W2059432677 cites W2326808854 @default.
- W2059432677 cites W2330826208 @default.
- W2059432677 cites W2331013087 @default.
- W2059432677 cites W2332412655 @default.
- W2059432677 cites W2335646975 @default.
- W2059432677 cites W4240812903 @default.
- W2059432677 cites W4245453827 @default.
- W2059432677 cites W4253598938 @default.
- W2059432677 cites W632869788 @default.
- W2059432677 cites W643315477 @default.
- W2059432677 cites W2094274955 @default.
- W2059432677 doi "https://doi.org/10.1016/j.actatropica.2013.02.025" @default.
- W2059432677 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/23537497" @default.
- W2059432677 hasPublicationYear "2014" @default.
- W2059432677 type Work @default.
- W2059432677 sameAs 2059432677 @default.
- W2059432677 citedByCount "48" @default.
- W2059432677 countsByYear W20594326772014 @default.
- W2059432677 countsByYear W20594326772015 @default.
- W2059432677 countsByYear W20594326772016 @default.
- W2059432677 countsByYear W20594326772017 @default.
- W2059432677 countsByYear W20594326772018 @default.
- W2059432677 countsByYear W20594326772019 @default.
- W2059432677 countsByYear W20594326772020 @default.
- W2059432677 countsByYear W20594326772021 @default.
- W2059432677 countsByYear W20594326772022 @default.
- W2059432677 countsByYear W20594326772023 @default.
- W2059432677 crossrefType "journal-article" @default.
- W2059432677 hasAuthorship W2059432677A5021909900 @default.
- W2059432677 hasAuthorship W2059432677A5036534790 @default.
- W2059432677 hasAuthorship W2059432677A5059744536 @default.