FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2912394393> ?p ?o ?g. }

• W2912394393 endingPage "551" @default.
• W2912394393 startingPage "539" @default.
• W2912394393 abstract "Abstract Aim The complexity and biologically challenging nature of arid landscapes can generate high inter‐ and intra‐species diversity, although these biomes remain poorly studied. We investigated whether prominent geomorphic features in an Australian arid landscape had similar influences on patterns of intra‐specific genetic diversity of three small mammals with different distribution and life history traits. Specifically, we tested (a) whether mountain ranges harbour high diversity and act as refugia, (b) the extent to which ephemeral river systems pose barriers to gene flow or (c) whether environmental differences explain genetic structure in these species. Location The topographically complex Pilbara bioregion of the Australian arid zone. Taxa Two rodents, the Western pebble‐mound mouse, Pseudomys chapmani and the Sandy inland mouse, Pseudomys hermannsburgensis and a dasyurid, Ningaui timealeyi . Methods We used maximum parsimony networks of mitochondrial haplotypes and spatially‐explicit Bayesian clustering analysis of microsatellite genotypes to identify historical and contemporary genetic structure in each species. Based on measures of individual diversity and genetic distance, we distinguished ‘hotspots’ and ‘coldspots’ (>1.5 standard deviations from the mean) of genetic diversity and genetic connectivity and assessed their concordance with landscape features. The influence of environmental dissimilarity on observed genetic differentiation was evaluated using generalized dissimilarity modelling. Results Patterns of genetic diversity and connectivity were complex, with few consistent patterns across species. Both microsatellite and mitochondrial diversity were high across species, with limited spatial genetic structure. Rivers had the most influence on genetic patterns but were not consistently identified as barriers. Environmental dissimilarity amongst sampling sites had low explanatory power. Main Conclusions Limited genetic structure in each of the three species suggests that the structurally complex Pilbara landscape remains relatively permeable to species with high dispersal capacity. Additionally, population responses to boom‐bust cycles in arid environments are likely to obscure spatial genetic patterns." @default.
• W2912394393 created "2019-02-21" @default.
• W2912394393 creator A5010135292 @default.
• W2912394393 creator A5018256250 @default.
• W2912394393 creator A5032166406 @default.
• W2912394393 creator A5037432483 @default.
• W2912394393 creator A5045733267 @default.
• W2912394393 creator A5047178494 @default.
• W2912394393 date "2019-02-08" @default.
• W2912394393 modified "2023-09-28" @default.
• W2912394393 title "Limited influence of landscape on the genetic structure of three small mammals in a heterogeneous arid environment" @default.
• W2912394393 cites W1565816584 @default.
• W2912394393 cites W1851255572 @default.
• W2912394393 cites W1966520655 @default.
• W2912394393 cites W1969061887 @default.
• W2912394393 cites W1977601452 @default.
• W2912394393 cites W1987036747 @default.
• W2912394393 cites W1991835189 @default.
• W2912394393 cites W1992419320 @default.
• W2912394393 cites W1999049531 @default.
• W2912394393 cites W2003443863 @default.
• W2912394393 cites W2010352215 @default.
• W2912394393 cites W2022728622 @default.
• W2912394393 cites W2027241764 @default.
• W2912394393 cites W2030391896 @default.
• W2912394393 cites W2034051020 @default.
• W2912394393 cites W2042358094 @default.
• W2912394393 cites W2042845954 @default.
• W2912394393 cites W2046540333 @default.
• W2912394393 cites W2064339663 @default.
• W2912394393 cites W2077773820 @default.
• W2912394393 cites W2081077902 @default.
• W2912394393 cites W2081858203 @default.
• W2912394393 cites W2087885243 @default.
• W2912394393 cites W2089950018 @default.
• W2912394393 cites W2096420865 @default.
• W2912394393 cites W2097435663 @default.
• W2912394393 cites W2103463721 @default.
• W2912394393 cites W2106728534 @default.
• W2912394393 cites W2106837447 @default.
• W2912394393 cites W2107099569 @default.
• W2912394393 cites W2107473082 @default.
• W2912394393 cites W2116585889 @default.
• W2912394393 cites W2118557731 @default.
• W2912394393 cites W2122390434 @default.
• W2912394393 cites W2125092464 @default.
• W2912394393 cites W2126952230 @default.
• W2912394393 cites W2128915255 @default.
• W2912394393 cites W2131246531 @default.
• W2912394393 cites W2142517248 @default.
• W2912394393 cites W2146027216 @default.
• W2912394393 cites W2150192941 @default.
• W2912394393 cites W2154845780 @default.
• W2912394393 cites W2156141960 @default.
• W2912394393 cites W2161279041 @default.
• W2912394393 cites W2161454672 @default.
• W2912394393 cites W2168007168 @default.
• W2912394393 cites W2169001479 @default.
• W2912394393 cites W2214423746 @default.
• W2912394393 cites W2324734400 @default.
• W2912394393 cites W2537445610 @default.
• W2912394393 cites W2537534559 @default.
• W2912394393 cites W2552733230 @default.
• W2912394393 cites W2556577806 @default.
• W2912394393 cites W2737450037 @default.
• W2912394393 cites W2740759915 @default.
• W2912394393 cites W2790608917 @default.
• W2912394393 cites W2797767466 @default.
• W2912394393 cites W2887803451 @default.
• W2912394393 cites W4232016180 @default.
• W2912394393 cites W4239273851 @default.
• W2912394393 cites W4241943176 @default.
• W2912394393 cites W4245432728 @default.
• W2912394393 cites W4247692150 @default.
• W2912394393 doi "https://doi.org/10.1111/jbi.13523" @default.
• W2912394393 hasPublicationYear "2019" @default.
• W2912394393 type Work @default.
• W2912394393 sameAs 2912394393 @default.
• W2912394393 citedByCount "7" @default.
• W2912394393 countsByYear W29123943932019 @default.
• W2912394393 countsByYear W29123943932020 @default.
• W2912394393 countsByYear W29123943932022 @default.
• W2912394393 countsByYear W29123943932023 @default.
• W2912394393 crossrefType "journal-article" @default.
• W2912394393 hasAuthorship W2912394393A5010135292 @default.
• W2912394393 hasAuthorship W2912394393A5018256250 @default.
• W2912394393 hasAuthorship W2912394393A5032166406 @default.
• W2912394393 hasAuthorship W2912394393A5037432483 @default.
• W2912394393 hasAuthorship W2912394393A5045733267 @default.
• W2912394393 hasAuthorship W2912394393A5047178494 @default.
• W2912394393 hasConcept C130217890 @default.
• W2912394393 hasConcept C144024400 @default.
• W2912394393 hasConcept C149923435 @default.
• W2912394393 hasConcept C18903297 @default.
• W2912394393 hasConcept C205649164 @default.
• W2912394393 hasConcept C2908647359 @default.
• W2912394393 hasConcept C46576788 @default.
• W2912394393 hasConcept C78458016 @default.

• next