Matches in SemOpenAlex for { <https://semopenalex.org/work/W2907900402> ?p ?o ?g. }
- W2907900402 endingPage "1277" @default.
- W2907900402 startingPage "1261" @default.
- W2907900402 abstract "Abstract Animals are active at different times of the day. Each temporal niche offers a unique light environment, which affects the quality of the available visual information. To access reliable visual signals in dim‐light environments, insects have evolved several visual adaptations to enhance their optical sensitivity. The extent to which these adaptations reflect on the sensory processing and integration capabilities within the brain of a nocturnal insect is unknown. To address this, we analyzed brain organization in congeneric species of the Australian bull ant, Myrmecia , that rely predominantly on visual information and range from being strictly diurnal to strictly nocturnal. Weighing brains and optic lobes of seven Myrmecia species, showed that after controlling for body mass, the brain mass was not significantly different between diurnal and nocturnal ants. However, the optic lobe mass, after controlling for central brain mass, differed between day‐ and night‐active ants. Detailed volumetric analyses showed that the nocturnal ants invested relatively less in the primary visual processing regions but relatively more in both the primary olfactory processing regions and in the integration centers of visual and olfactory sensory information. We discuss how the temporal niche occupied by each species may affect cognitive demands, thus shaping brain organization among insects active in dim‐light conditions." @default.
- W2907900402 created "2019-01-11" @default.
- W2907900402 creator A5027429235 @default.
- W2907900402 creator A5039573322 @default.
- W2907900402 creator A5069641228 @default.
- W2907900402 creator A5091776500 @default.
- W2907900402 date "2019-01-22" @default.
- W2907900402 modified "2023-09-30" @default.
- W2907900402 title "Differential investment in brain regions for a diurnal and nocturnal lifestyle in Australian <i>Myrmecia</i> ants" @default.
- W2907900402 cites W1503270516 @default.
- W2907900402 cites W1599591684 @default.
- W2907900402 cites W1894754493 @default.
- W2907900402 cites W1898333987 @default.
- W2907900402 cites W1907928146 @default.
- W2907900402 cites W1974346478 @default.
- W2907900402 cites W1979062631 @default.
- W2907900402 cites W1986098213 @default.
- W2907900402 cites W1986101840 @default.
- W2907900402 cites W1997255387 @default.
- W2907900402 cites W2012731010 @default.
- W2907900402 cites W2012788427 @default.
- W2907900402 cites W2018917569 @default.
- W2907900402 cites W2031785487 @default.
- W2907900402 cites W2035381772 @default.
- W2907900402 cites W2036618641 @default.
- W2907900402 cites W2056581871 @default.
- W2907900402 cites W2058404206 @default.
- W2907900402 cites W2061446555 @default.
- W2907900402 cites W2076976069 @default.
- W2907900402 cites W2077459493 @default.
- W2907900402 cites W2078676133 @default.
- W2907900402 cites W2080373783 @default.
- W2907900402 cites W2081223351 @default.
- W2907900402 cites W2091955007 @default.
- W2907900402 cites W2092298678 @default.
- W2907900402 cites W2097040719 @default.
- W2907900402 cites W2102023314 @default.
- W2907900402 cites W2110670541 @default.
- W2907900402 cites W2125610161 @default.
- W2907900402 cites W2130309411 @default.
- W2907900402 cites W2143693702 @default.
- W2907900402 cites W2153503198 @default.
- W2907900402 cites W2154574328 @default.
- W2907900402 cites W2154983794 @default.
- W2907900402 cites W2156989807 @default.
- W2907900402 cites W2159669279 @default.
- W2907900402 cites W2167279371 @default.
- W2907900402 cites W2171788130 @default.
- W2907900402 cites W2183087434 @default.
- W2907900402 cites W2186797993 @default.
- W2907900402 cites W2289274662 @default.
- W2907900402 cites W2296607255 @default.
- W2907900402 cites W2397493873 @default.
- W2907900402 cites W2434396706 @default.
- W2907900402 cites W2508137504 @default.
- W2907900402 cites W2538465829 @default.
- W2907900402 cites W2587525392 @default.
- W2907900402 cites W2588537413 @default.
- W2907900402 cites W2588846984 @default.
- W2907900402 cites W2588902758 @default.
- W2907900402 cites W2593026406 @default.
- W2907900402 cites W2620543179 @default.
- W2907900402 cites W2743497136 @default.
- W2907900402 cites W2752419087 @default.
- W2907900402 cites W2754385040 @default.
- W2907900402 cites W2764135343 @default.
- W2907900402 cites W2775407403 @default.
- W2907900402 cites W2789017578 @default.
- W2907900402 cites W2889759129 @default.
- W2907900402 cites W2890691917 @default.
- W2907900402 cites W3023394642 @default.
- W2907900402 cites W4231616929 @default.
- W2907900402 cites W4239372155 @default.
- W2907900402 doi "https://doi.org/10.1002/cne.24617" @default.
- W2907900402 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30592041" @default.
- W2907900402 hasPublicationYear "2019" @default.
- W2907900402 type Work @default.
- W2907900402 sameAs 2907900402 @default.
- W2907900402 citedByCount "28" @default.
- W2907900402 countsByYear W29079004022019 @default.
- W2907900402 countsByYear W29079004022020 @default.
- W2907900402 countsByYear W29079004022021 @default.
- W2907900402 countsByYear W29079004022022 @default.
- W2907900402 countsByYear W29079004022023 @default.
- W2907900402 crossrefType "journal-article" @default.
- W2907900402 hasAuthorship W2907900402A5027429235 @default.
- W2907900402 hasAuthorship W2907900402A5039573322 @default.
- W2907900402 hasAuthorship W2907900402A5069641228 @default.
- W2907900402 hasAuthorship W2907900402A5091776500 @default.
- W2907900402 hasBestOaLocation W29079004021 @default.
- W2907900402 hasConcept C169760540 @default.
- W2907900402 hasConcept C18903297 @default.
- W2907900402 hasConcept C2777334680 @default.
- W2907900402 hasConcept C2780050217 @default.
- W2907900402 hasConcept C86803240 @default.
- W2907900402 hasConcept C90856448 @default.
- W2907900402 hasConcept C94487597 @default.
- W2907900402 hasConceptScore W2907900402C169760540 @default.