FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1637132394> ?p ?o ?g. }

• W1637132394 endingPage "129" @default.
• W1637132394 startingPage "114" @default.
• W1637132394 abstract "Aim The aims of this study were: (1) to identify global communities of tuna and billfish species through quantitative statistical analyses of global fisheries data; (2) to describe the spatial distribution, main environmental drivers and species composition of each community detected; and (3) to determine whether the spatial distribution of each community could be linked to the environmental conditions that affect lower trophic levels by comparing the partitions identified in this study with Longhurst’s biogeochemical provinces. Location The global ocean from 60° S to 65° N. Methods We implemented a new numerical procedure based on a hierarchical clustering method and a nonparametric probabilistic test to divide the oceanic biosphere into biomes and ecoregions. This procedure was applied to a database that comprised standardized data on commercial longline catches for 15 different species of tuna and billfish over a period of more than 50 years (i.e. 1953–2007). For each ecoregion identified (i.e. characteristic tuna and billfish community), we analysed the relationships between species composition and environmental factors. Finally, we compared the biogeochemical provinces of Longhurst with the ecoregions that we identified. Results Tuna and billfish species form nine well-defined communities across the global ocean. Each community occurs in regions with specific environmental conditions and shows a distinctive species composition. High similarity (68.8% homogeneity) between the spatial distribution of the communities of tuna and billfish and the biogeochemical provinces suggests a strong relationship between these species and the physical and chemical characteristics of the global ocean. Main conclusions Despite their high tolerance for a wide range of environmental conditions, these highly migratory species are partitioned into clear geographical communities in the ocean at a global scale. The similarity between biogeochemical and biotic divisions in the ocean suggests that the global ocean is a mosaic of large biogeographical ecosystems, each characterized by specific environmental conditions that have a strong effect on the composition of the trophic web." @default.
• W1637132394 created "2016-06-24" @default.
• W1637132394 creator A5003330050 @default.
• W1637132394 creator A5008672686 @default.
• W1637132394 creator A5010399153 @default.
• W1637132394 creator A5049980454 @default.
• W1637132394 creator A5058759653 @default.
• W1637132394 creator A5066931706 @default.
• W1637132394 date "2011-08-11" @default.
• W1637132394 modified "2023-10-03" @default.
• W1637132394 title "Biogeography of tuna and billfish communities" @default.
• W1637132394 cites W1531301443 @default.
• W1637132394 cites W1866404381 @default.
• W1637132394 cites W1973480827 @default.
• W1637132394 cites W1974642905 @default.
• W1637132394 cites W1974930414 @default.
• W1637132394 cites W1978762916 @default.
• W1637132394 cites W1983328760 @default.
• W1637132394 cites W1986449179 @default.
• W1637132394 cites W1994960304 @default.
• W1637132394 cites W2007995029 @default.
• W1637132394 cites W2014460283 @default.
• W1637132394 cites W2021425394 @default.
• W1637132394 cites W2021959819 @default.
• W1637132394 cites W2028276073 @default.
• W1637132394 cites W2044810217 @default.
• W1637132394 cites W2046515122 @default.
• W1637132394 cites W2048020255 @default.
• W1637132394 cites W2060543548 @default.
• W1637132394 cites W2060621372 @default.
• W1637132394 cites W2062136531 @default.
• W1637132394 cites W2066269609 @default.
• W1637132394 cites W2069197937 @default.
• W1637132394 cites W2069765790 @default.
• W1637132394 cites W2070380643 @default.
• W1637132394 cites W2074785195 @default.
• W1637132394 cites W2096307848 @default.
• W1637132394 cites W2098099289 @default.
• W1637132394 cites W2098280668 @default.
• W1637132394 cites W2100065531 @default.
• W1637132394 cites W2109111259 @default.
• W1637132394 cites W2115543643 @default.
• W1637132394 cites W2117994187 @default.
• W1637132394 cites W2124258279 @default.
• W1637132394 cites W2134872487 @default.
• W1637132394 cites W2137458795 @default.
• W1637132394 cites W2140807998 @default.
• W1637132394 cites W2141515878 @default.
• W1637132394 cites W2146149058 @default.
• W1637132394 cites W2147618390 @default.
• W1637132394 cites W2151237264 @default.
• W1637132394 cites W2151567220 @default.
• W1637132394 cites W2152166843 @default.
• W1637132394 cites W2155456501 @default.
• W1637132394 cites W2161277812 @default.
• W1637132394 cites W2166798163 @default.
• W1637132394 cites W2168362873 @default.
• W1637132394 cites W264531507 @default.
• W1637132394 cites W4238380085 @default.
• W1637132394 cites W4292023222 @default.
• W1637132394 cites W4299968631 @default.
• W1637132394 doi "https://doi.org/10.1111/j.1365-2699.2011.02582.x" @default.
• W1637132394 hasPublicationYear "2011" @default.
• W1637132394 type Work @default.
• W1637132394 sameAs 1637132394 @default.
• W1637132394 citedByCount "67" @default.
• W1637132394 countsByYear W16371323942012 @default.
• W1637132394 countsByYear W16371323942013 @default.
• W1637132394 countsByYear W16371323942014 @default.
• W1637132394 countsByYear W16371323942015 @default.
• W1637132394 countsByYear W16371323942016 @default.
• W1637132394 countsByYear W16371323942017 @default.
• W1637132394 countsByYear W16371323942018 @default.
• W1637132394 countsByYear W16371323942019 @default.
• W1637132394 countsByYear W16371323942020 @default.
• W1637132394 countsByYear W16371323942021 @default.
• W1637132394 countsByYear W16371323942022 @default.
• W1637132394 countsByYear W16371323942023 @default.
• W1637132394 crossrefType "journal-article" @default.
• W1637132394 hasAuthorship W1637132394A5003330050 @default.
• W1637132394 hasAuthorship W1637132394A5008672686 @default.
• W1637132394 hasAuthorship W1637132394A5010399153 @default.
• W1637132394 hasAuthorship W1637132394A5049980454 @default.
• W1637132394 hasAuthorship W1637132394A5058759653 @default.
• W1637132394 hasAuthorship W1637132394A5066931706 @default.
• W1637132394 hasBestOaLocation W16371323942 @default.
• W1637132394 hasConcept C110872660 @default.
• W1637132394 hasConcept C18903297 @default.
• W1637132394 hasConcept C205649164 @default.
• W1637132394 hasConcept C2776191655 @default.
• W1637132394 hasConcept C2780532849 @default.
• W1637132394 hasConcept C2909208804 @default.
• W1637132394 hasConcept C505870484 @default.
• W1637132394 hasConcept C71915725 @default.
• W1637132394 hasConcept C72958200 @default.
• W1637132394 hasConcept C86803240 @default.
• W1637132394 hasConcept C89920630 @default.
• W1637132394 hasConceptScore W1637132394C110872660 @default.

• next