FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2890317286> ?p ?o ?g. }

• W2890317286 endingPage "110" @default.
• W2890317286 startingPage "99" @default.
• W2890317286 abstract "Understanding the interspecific variation in body size across macroclimatic gradients has been of paramount importance to naturalists and biogeographers. Bergmann’s rule, which describes a trend of increasing body size polewards, is arguably the best-known ecogeographical rule in terrestrial environments but remains largely unexplored in the marine realm. In this study we tested Bergmann's rule in marine ray-finned fishes (Pisces, Actinopterygii), analyzing the relationship between body size and latitude in 5662 species. To examine possible underlying mechanisms, we adopted a cross-species approach to evaluate the association of body size with four predictors: Sea Surface Temperature, Net Primary Productivity, Salinity, and Human impact. We analyzed the relationships between body size and environmental and anthropogenic variables building mixed linear models, which considered the taxonomic structure in the data. We conducted complementary analyses dividing the data into five latitudinal bands. Actinopterygii showed a clear Bergmannian pattern, with the largest species observed in temperate regions, being the first global analysis on ray-finned fishes showing a pattern consistent with Bergmann’s rule. Sea Surface Temperature and Net Primary Productivity were the best predictors, in accordance with the time to sexual maturity and resource availability hypotheses. Our analyses based on latitudinal bands showed a differential response of body size to the environment, with temperature, salinity and human impact more strongly associated with size variation at cold environments. These results agree with previous studies on Bergmann’s rule for terrestrial ectothermic, freshwater and marine fishes. Our findings suggest that temperature rise in the ocean and growing human impact may have effects on the distribution of body size, thus altering ecosystem functioning. Fundamental differences often assumed to exist between marine and terrestrial systems are not so evidently reflected in the emergence of large-scale body size gradients." @default.
• W2890317286 created "2018-09-27" @default.
• W2890317286 creator A5034199484 @default.
• W2890317286 creator A5082199214 @default.
• W2890317286 creator A5088869528 @default.
• W2890317286 date "2018-12-01" @default.
• W2890317286 modified "2023-09-28" @default.
• W2890317286 title "Shallow water ray-finned marine fishes follow Bergmann’s rule" @default.
• W2890317286 cites W1489809955 @default.
• W2890317286 cites W1507204616 @default.
• W2890317286 cites W1512370820 @default.
• W2890317286 cites W1941174564 @default.
• W2890317286 cites W1964931384 @default.
• W2890317286 cites W1966459145 @default.
• W2890317286 cites W1970457066 @default.
• W2890317286 cites W1972004899 @default.
• W2890317286 cites W1972144515 @default.
• W2890317286 cites W1972344148 @default.
• W2890317286 cites W1973513521 @default.
• W2890317286 cites W1980814141 @default.
• W2890317286 cites W1990633410 @default.
• W2890317286 cites W2001576707 @default.
• W2890317286 cites W2009133909 @default.
• W2890317286 cites W2013410948 @default.
• W2890317286 cites W2019655958 @default.
• W2890317286 cites W2025385859 @default.
• W2890317286 cites W2034231748 @default.
• W2890317286 cites W2035400868 @default.
• W2890317286 cites W2038984623 @default.
• W2890317286 cites W2041962415 @default.
• W2890317286 cites W2045792163 @default.
• W2890317286 cites W2048405294 @default.
• W2890317286 cites W2050490071 @default.
• W2890317286 cites W2051515444 @default.
• W2890317286 cites W2055904439 @default.
• W2890317286 cites W2059124009 @default.
• W2890317286 cites W2062581665 @default.
• W2890317286 cites W2066833876 @default.
• W2890317286 cites W2068551636 @default.
• W2890317286 cites W2072530661 @default.
• W2890317286 cites W2082684110 @default.
• W2890317286 cites W2089741756 @default.
• W2890317286 cites W2093954549 @default.
• W2890317286 cites W2095018223 @default.
• W2890317286 cites W2095100756 @default.
• W2890317286 cites W2100306833 @default.
• W2890317286 cites W2103367403 @default.
• W2890317286 cites W2104209415 @default.
• W2890317286 cites W2104871176 @default.
• W2890317286 cites W2108132920 @default.
• W2890317286 cites W2109846130 @default.
• W2890317286 cites W2113170765 @default.
• W2890317286 cites W2118146984 @default.
• W2890317286 cites W2121322568 @default.
• W2890317286 cites W2121998490 @default.
• W2890317286 cites W2124565737 @default.
• W2890317286 cites W2126954636 @default.
• W2890317286 cites W2129012093 @default.
• W2890317286 cites W2130305572 @default.
• W2890317286 cites W2136902826 @default.
• W2890317286 cites W2139598998 @default.
• W2890317286 cites W2145417185 @default.
• W2890317286 cites W2149232624 @default.
• W2890317286 cites W2151409320 @default.
• W2890317286 cites W2154997152 @default.
• W2890317286 cites W2156523992 @default.
• W2890317286 cites W2157199923 @default.
• W2890317286 cites W2157746214 @default.
• W2890317286 cites W2159368393 @default.
• W2890317286 cites W2160439901 @default.
• W2890317286 cites W2161057559 @default.
• W2890317286 cites W2162388979 @default.
• W2890317286 cites W2166939977 @default.
• W2890317286 cites W2167330192 @default.
• W2890317286 cites W2171409145 @default.
• W2890317286 cites W2171800931 @default.
• W2890317286 cites W2314111714 @default.
• W2890317286 cites W2323456901 @default.
• W2890317286 cites W2416570866 @default.
• W2890317286 doi "https://doi.org/10.1016/j.baae.2018.09.002" @default.
• W2890317286 hasPublicationYear "2018" @default.
• W2890317286 type Work @default.
• W2890317286 sameAs 2890317286 @default.
• W2890317286 citedByCount "9" @default.
• W2890317286 countsByYear W28903172862020 @default.
• W2890317286 countsByYear W28903172862021 @default.
• W2890317286 countsByYear W28903172862022 @default.
• W2890317286 countsByYear W28903172862023 @default.
• W2890317286 crossrefType "journal-article" @default.
• W2890317286 hasAuthorship W2890317286A5034199484 @default.
• W2890317286 hasAuthorship W2890317286A5082199214 @default.
• W2890317286 hasAuthorship W2890317286A5088869528 @default.
• W2890317286 hasConcept C111368507 @default.
• W2890317286 hasConcept C122523270 @default.
• W2890317286 hasConcept C127313418 @default.
• W2890317286 hasConcept C13280743 @default.
• W2890317286 hasConcept C13376991 @default.
• W2890317286 hasConcept C134097258 @default.

• next