FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W639124143> ?p ?o ?g. }

• W639124143 endingPage "24" @default.
• W639124143 startingPage "14" @default.
• W639124143 abstract "In the study of food webs, the existence and explanation of recurring patterns, such as the scale invariance of linkage density, predator–prey ratios and mean chain length, constitute long-standing issues. Our study focused on litter-associated food webs and explored the influence of detritivore and predator niche width (as δ13C range) on web topological structure. To compare patterns within and between aquatic and terrestrial ecosystems and take account of intra-habitat variability, we constructed 42 macroinvertebrate patch-scale webs in four different habitats (lake, lagoon, beech forest and cornfield), using an experimental approach with litterbags. The results suggest that although web differences exist between ecosystems, patterns are more similar within than between aquatic and terrestrial web types. In accordance with optimal foraging theory, we found that the niche width of predators and prey increased with the number of predators and prey taxa as a proportion of total taxa in the community. The tendency was more marked in terrestrial ecosystems and can be explained by a lower per capita food level than in aquatic ecosystems, particularly evident for predators. In accordance with these results, the number of links increased with the number of species but with a significantly sharper regression slope for terrestrial ecosystems. As a consequence, linkage density, which was found to be directly correlated to niche width, increased with the total number of species in terrestrial webs, whereas it did not change significantly in aquatic ones, where connectance scaled negatively with the total number of species. In both types of ecosystem, web robustness to rare species removal increased with connectance and the niche width of predators. In conclusion, although limited to litter-associated macroinvertebrate assemblages, this study highlights structural differences and similarities between aquatic and terrestrial detrital webs, providing field evidence of the central role of niche width in determining the structure of detritus-based food webs and posing foraging optimisation constraints as a general mechanistic explanation of food web complexity differences within and between ecosystem types." @default.
• W639124143 created "2016-06-24" @default.
• W639124143 creator A5000764898 @default.
• W639124143 creator A5003547642 @default.
• W639124143 creator A5014887648 @default.
• W639124143 creator A5050433994 @default.
• W639124143 creator A5078960039 @default.
• W639124143 date "2015-09-01" @default.
• W639124143 modified "2023-10-12" @default.
• W639124143 title "Predator and detritivore niche width helps to explain biocomplexity of experimental detritus-based food webs in four aquatic and terrestrial ecosystems" @default.
• W639124143 cites W129831482 @default.
• W639124143 cites W1487678787 @default.
• W639124143 cites W1494200928 @default.
• W639124143 cites W1534447835 @default.
• W639124143 cites W1580043097 @default.
• W639124143 cites W1589085526 @default.
• W639124143 cites W1598363147 @default.
• W639124143 cites W1616094067 @default.
• W639124143 cites W1644224081 @default.
• W639124143 cites W1964840219 @default.
• W639124143 cites W1965208039 @default.
• W639124143 cites W1966211496 @default.
• W639124143 cites W1966605318 @default.
• W639124143 cites W1970892113 @default.
• W639124143 cites W1970894083 @default.
• W639124143 cites W1972606930 @default.
• W639124143 cites W1972778861 @default.
• W639124143 cites W1973432171 @default.
• W639124143 cites W1975626823 @default.
• W639124143 cites W1975998971 @default.
• W639124143 cites W1984536698 @default.
• W639124143 cites W1985416614 @default.
• W639124143 cites W1988633797 @default.
• W639124143 cites W1988675666 @default.
• W639124143 cites W1991738767 @default.
• W639124143 cites W2003740559 @default.
• W639124143 cites W2004391258 @default.
• W639124143 cites W2007273914 @default.
• W639124143 cites W2018943505 @default.
• W639124143 cites W2020101949 @default.
• W639124143 cites W2021677512 @default.
• W639124143 cites W2022341533 @default.
• W639124143 cites W2028424740 @default.
• W639124143 cites W2032312388 @default.
• W639124143 cites W2039435258 @default.
• W639124143 cites W2050843169 @default.
• W639124143 cites W2051046829 @default.
• W639124143 cites W2051901574 @default.
• W639124143 cites W2058172544 @default.
• W639124143 cites W2058667462 @default.
• W639124143 cites W2059393096 @default.
• W639124143 cites W2064002604 @default.
• W639124143 cites W2066135384 @default.
• W639124143 cites W2066230046 @default.
• W639124143 cites W2068002500 @default.
• W639124143 cites W2068757102 @default.
• W639124143 cites W2071754162 @default.
• W639124143 cites W2077353305 @default.
• W639124143 cites W2080767022 @default.
• W639124143 cites W2080769770 @default.
• W639124143 cites W2082246629 @default.
• W639124143 cites W2087369095 @default.
• W639124143 cites W2090166751 @default.
• W639124143 cites W2091298675 @default.
• W639124143 cites W2094782197 @default.
• W639124143 cites W2098057541 @default.
• W639124143 cites W2098164551 @default.
• W639124143 cites W2101108050 @default.
• W639124143 cites W2103155837 @default.
• W639124143 cites W2103779515 @default.
• W639124143 cites W2104300850 @default.
• W639124143 cites W2104385328 @default.
• W639124143 cites W2105283073 @default.
• W639124143 cites W2110913876 @default.
• W639124143 cites W2113023092 @default.
• W639124143 cites W2113166789 @default.
• W639124143 cites W2120321118 @default.
• W639124143 cites W2122903885 @default.
• W639124143 cites W2132453181 @default.
• W639124143 cites W2139633571 @default.
• W639124143 cites W2141079829 @default.
• W639124143 cites W2151402778 @default.
• W639124143 cites W2152675785 @default.
• W639124143 cites W2155595823 @default.
• W639124143 cites W2160699691 @default.
• W639124143 cites W2160793456 @default.
• W639124143 cites W2163759631 @default.
• W639124143 cites W2165927934 @default.
• W639124143 cites W2171915379 @default.
• W639124143 cites W2326476313 @default.
• W639124143 cites W2616784727 @default.
• W639124143 doi "https://doi.org/10.1016/j.ecocom.2015.04.005" @default.
• W639124143 hasPublicationYear "2015" @default.
• W639124143 type Work @default.
• W639124143 sameAs 639124143 @default.
• W639124143 citedByCount "38" @default.
• W639124143 countsByYear W6391241432015 @default.
• W639124143 countsByYear W6391241432016 @default.

• next