FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2101491372> ?p ?o ?g. }

• W2101491372 endingPage "1912" @default.
• W2101491372 startingPage "1899" @default.
• W2101491372 abstract "Abstract Aim We compare the distribution patterns of native and exotic freshwater fish in Europe, and test whether the same mechanisms (environmental filtering and/or dispersal limitation) govern patterns of decrease in similarity of native and exotic species composition over geographical distance (spatial species turnover). Locations Major river basins of Europe. Methods Data related to geography, habitat diversity, regional climate and species composition of native and exotic freshwater fish were collated for 26 major European river basins. We explored the degree of nestedness in native and exotic species composition, and quantified compositional similarity between river basins according to the beta‐sim (independent of richness gradient) and Jaccard (dependent of richness gradient) indices of similarity. Multiple regression on distance matrices and variation‐partitioning approaches were used to quantify the relative roles of environmental filtering and dispersal limitation in shaping patterns of decreasing compositional similarity over geographical distance. Results Native and exotic species exhibited significant nested patterns of species composition, indicating that differences in fish species composition between river basins are primarily the result of species loss, rather than species replacement. Both native and exotic compositional similarity decreased significantly with increasing geographical distance between river basins. However, gradual changes in species composition with geographical distance were found only for exotic species. In addition, exotic species displayed a higher rate of similarity decay (higher species turnover rate) with geographical distance, compared with native species. Lastly, the majority of explained variation in exotic compositional similarity was uniquely related to geography, whereas native compositional similarity was either uniquely explained by geography or jointly explained by environment and geography. Main conclusions Our study suggests that large‐scale patterns of spatial turnover for exotic freshwater fish in Europe are generated by human‐mediated dispersal limitation, whereas patterns of spatial turnover for native fish result from both dispersal limitation relative to historical events (isolation by mountain ranges, glacial history) and environmental filtering." @default.
• W2101491372 created "2016-06-24" @default.
• W2101491372 creator A5001414294 @default.
• W2101491372 creator A5009032476 @default.
• W2101491372 creator A5018591830 @default.
• W2101491372 creator A5057166083 @default.
• W2101491372 date "2009-09-21" @default.
• W2101491372 modified "2023-10-01" @default.
• W2101491372 title "Contrasting patterns and mechanisms of spatial turnover for native and exotic freshwater fish in Europe" @default.
• W2101491372 cites W1570449587 @default.
• W2101491372 cites W1706555275 @default.
• W2101491372 cites W1889173841 @default.
• W2101491372 cites W1976566955 @default.
• W2101491372 cites W1980926065 @default.
• W2101491372 cites W1995241482 @default.
• W2101491372 cites W1996420549 @default.
• W2101491372 cites W1999197565 @default.
• W2101491372 cites W2006460052 @default.
• W2101491372 cites W2008832756 @default.
• W2101491372 cites W2010497427 @default.
• W2101491372 cites W2016771579 @default.
• W2101491372 cites W2024665886 @default.
• W2101491372 cites W2030238900 @default.
• W2101491372 cites W2035679681 @default.
• W2101491372 cites W2045926472 @default.
• W2101491372 cites W2049150389 @default.
• W2101491372 cites W2052722856 @default.
• W2101491372 cites W2056511132 @default.
• W2101491372 cites W2064678688 @default.
• W2101491372 cites W2074129003 @default.
• W2101491372 cites W2078857791 @default.
• W2101491372 cites W2088157567 @default.
• W2101491372 cites W2090178922 @default.
• W2101491372 cites W2090596951 @default.
• W2101491372 cites W2093305676 @default.
• W2101491372 cites W2105742471 @default.
• W2101491372 cites W2107329840 @default.
• W2101491372 cites W2108173723 @default.
• W2101491372 cites W2114420259 @default.
• W2101491372 cites W2115908643 @default.
• W2101491372 cites W2124035913 @default.
• W2101491372 cites W2124682867 @default.
• W2101491372 cites W2125214271 @default.
• W2101491372 cites W2126294926 @default.
• W2101491372 cites W2128840841 @default.
• W2101491372 cites W2129487335 @default.
• W2101491372 cites W2130313160 @default.
• W2101491372 cites W2139585086 @default.
• W2101491372 cites W2141511424 @default.
• W2101491372 cites W2143819501 @default.
• W2101491372 cites W2144334681 @default.
• W2101491372 cites W2146688202 @default.
• W2101491372 cites W2153229521 @default.
• W2101491372 cites W2157358077 @default.
• W2101491372 cites W2157701121 @default.
• W2101491372 cites W2157993907 @default.
• W2101491372 cites W2159701866 @default.
• W2101491372 cites W2161057559 @default.
• W2101491372 cites W2162218829 @default.
• W2101491372 cites W2162873750 @default.
• W2101491372 cites W2168603378 @default.
• W2101491372 cites W2179545855 @default.
• W2101491372 cites W2326289858 @default.
• W2101491372 cites W2485173488 @default.
• W2101491372 cites W4211109011 @default.
• W2101491372 cites W4249336861 @default.
• W2101491372 cites W4250395700 @default.
• W2101491372 doi "https://doi.org/10.1111/j.1365-2699.2009.02107.x" @default.
• W2101491372 hasPublicationYear "2009" @default.
• W2101491372 type Work @default.
• W2101491372 sameAs 2101491372 @default.
• W2101491372 citedByCount "103" @default.
• W2101491372 countsByYear W21014913722012 @default.
• W2101491372 countsByYear W21014913722013 @default.
• W2101491372 countsByYear W21014913722014 @default.
• W2101491372 countsByYear W21014913722015 @default.
• W2101491372 countsByYear W21014913722016 @default.
• W2101491372 countsByYear W21014913722017 @default.
• W2101491372 countsByYear W21014913722018 @default.
• W2101491372 countsByYear W21014913722019 @default.
• W2101491372 countsByYear W21014913722020 @default.
• W2101491372 countsByYear W21014913722021 @default.
• W2101491372 countsByYear W21014913722022 @default.
• W2101491372 countsByYear W21014913722023 @default.
• W2101491372 crossrefType "journal-article" @default.
• W2101491372 hasAuthorship W2101491372A5001414294 @default.
• W2101491372 hasAuthorship W2101491372A5009032476 @default.
• W2101491372 hasAuthorship W2101491372A5018591830 @default.
• W2101491372 hasAuthorship W2101491372A5057166083 @default.
• W2101491372 hasConcept C103278499 @default.
• W2101491372 hasConcept C115961682 @default.
• W2101491372 hasConcept C136020623 @default.
• W2101491372 hasConcept C144024400 @default.
• W2101491372 hasConcept C149923435 @default.
• W2101491372 hasConcept C152491559 @default.
• W2101491372 hasConcept C153180895 @default.
• W2101491372 hasConcept C154945302 @default.
• W2101491372 hasConcept C158709400 @default.

• next