FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4319265588> ?p ?o ?g. }

• W4319265588 endingPage "103864" @default.
• W4319265588 startingPage "103864" @default.
• W4319265588 abstract "Despite being structurally limited due to their latitudinal distribution and local climatic conditions, mangroves of the southwest Gulf of California present productivity and carbon storage rates similar or higher than that of tropical mangroves. Despite the importance of their contribution to marine and atmospheric dynamics, few studies exist focused on food web structures in such ecosystems. In order to analyze trophic structure and dynamics of a mangrove system in the Gulf of California, the isotopic composition, trophic position, isotopic niche, and trophic pathways were studied using the statistical packages TrophicPosition (TP), SIBER, and Simmr. Isotopic values of C and N were obtained for 244 samples of carbon sources and invertebrate consumers which were classified into six trophic guilds. The δ13C values of carbon sources varied from −30.7 (Rhizophora mangle) to −15.6‰ (Caulerpa sertularioides) and for consumers varied from −22.3‰ (Aratus sp) to −13.2 (Callinectes arcuatus). Herbivores generally had depleted 13C values related to those of the other trophic guilds. The macroinvertebrate communities' mean TP values (2.6: 2.0–3.5) indicate a composition of primary and secondary consumers, exhibiting a clear separation between trophic guilds. Isotopic niche width (TA) of the community (14.1) suggests niche segregation, specially between herbivores and deposit feeders. Those trophic guilds are the first consumers and intermediaries for two distinct trophic pathways, one derived from detritus and mangroves and the other from microphytobenthos (MPB). Three groups of primary sources were identified contributing >70% of carbon, representing the primary base of several trophic pathways that sustain different consumer guilds: (1) mangrove-detritus, herbivorous crabs, (2) MPB-Sedimentary organic carbon, supporting mainly deposit feeders and filter feeders, and (3) Seston-MPB, supporting mainly omnivorous shrimp. Overall, the identified pathways potentially sustain fish communities, which due to their movement export energy from mangroves to coastal food webs." @default.
• W4319265588 created "2023-02-06" @default.
• W4319265588 creator A5053649668 @default.
• W4319265588 creator A5056477616 @default.
• W4319265588 creator A5070788637 @default.
• W4319265588 date "2023-05-01" @default.
• W4319265588 modified "2023-09-29" @default.
• W4319265588 title "Macroinvertebrates food web and trophic relations of a peri urban mangrove system in a semi-arid region, Gulf of California, México" @default.
• W4319265588 cites W1580043097 @default.
• W4319265588 cites W1929181818 @default.
• W4319265588 cites W1970473680 @default.
• W4319265588 cites W1986776997 @default.
• W4319265588 cites W1988558671 @default.
• W4319265588 cites W1989268474 @default.
• W4319265588 cites W1989760415 @default.
• W4319265588 cites W2008722200 @default.
• W4319265588 cites W2023956107 @default.
• W4319265588 cites W2031654711 @default.
• W4319265588 cites W2040520682 @default.
• W4319265588 cites W2045386612 @default.
• W4319265588 cites W2047281302 @default.
• W4319265588 cites W2049788273 @default.
• W4319265588 cites W2052057317 @default.
• W4319265588 cites W2076415791 @default.
• W4319265588 cites W2076858039 @default.
• W4319265588 cites W2093061792 @default.
• W4319265588 cites W2094722794 @default.
• W4319265588 cites W2096011190 @default.
• W4319265588 cites W2104354220 @default.
• W4319265588 cites W2104463360 @default.
• W4319265588 cites W2112354418 @default.
• W4319265588 cites W2113263681 @default.
• W4319265588 cites W2120311483 @default.
• W4319265588 cites W2141899433 @default.
• W4319265588 cites W2155009193 @default.
• W4319265588 cites W2155621676 @default.
• W4319265588 cites W2157603235 @default.
• W4319265588 cites W2170904307 @default.
• W4319265588 cites W2259048862 @default.
• W4319265588 cites W2463696916 @default.
• W4319265588 cites W2522459882 @default.
• W4319265588 cites W2593454943 @default.
• W4319265588 cites W2625598210 @default.
• W4319265588 cites W2736280613 @default.
• W4319265588 cites W2736582396 @default.
• W4319265588 cites W2767895192 @default.
• W4319265588 cites W2774518980 @default.
• W4319265588 cites W2801575020 @default.
• W4319265588 cites W2890594324 @default.
• W4319265588 cites W2963026150 @default.
• W4319265588 cites W2975090306 @default.
• W4319265588 cites W3027425362 @default.
• W4319265588 cites W3036208083 @default.
• W4319265588 cites W3148866287 @default.
• W4319265588 cites W3155522481 @default.
• W4319265588 cites W3156743088 @default.
• W4319265588 cites W4205827816 @default.
• W4319265588 cites W4249399139 @default.
• W4319265588 doi "https://doi.org/10.1016/j.jmarsys.2023.103864" @default.
• W4319265588 hasPublicationYear "2023" @default.
• W4319265588 type Work @default.
• W4319265588 citedByCount "0" @default.
• W4319265588 crossrefType "journal-article" @default.
• W4319265588 hasAuthorship W4319265588A5053649668 @default.
• W4319265588 hasAuthorship W4319265588A5056477616 @default.
• W4319265588 hasAuthorship W4319265588A5070788637 @default.
• W4319265588 hasConcept C109931610 @default.
• W4319265588 hasConcept C110872660 @default.
• W4319265588 hasConcept C142796444 @default.
• W4319265588 hasConcept C170859357 @default.
• W4319265588 hasConcept C18903297 @default.
• W4319265588 hasConcept C2780892065 @default.
• W4319265588 hasConcept C39432304 @default.
• W4319265588 hasConcept C46325548 @default.
• W4319265588 hasConcept C51813073 @default.
• W4319265588 hasConcept C68874143 @default.
• W4319265588 hasConcept C72958200 @default.
• W4319265588 hasConcept C86803240 @default.
• W4319265588 hasConceptScore W4319265588C109931610 @default.
• W4319265588 hasConceptScore W4319265588C110872660 @default.
• W4319265588 hasConceptScore W4319265588C142796444 @default.
• W4319265588 hasConceptScore W4319265588C170859357 @default.
• W4319265588 hasConceptScore W4319265588C18903297 @default.
• W4319265588 hasConceptScore W4319265588C2780892065 @default.
• W4319265588 hasConceptScore W4319265588C39432304 @default.
• W4319265588 hasConceptScore W4319265588C46325548 @default.
• W4319265588 hasConceptScore W4319265588C51813073 @default.
• W4319265588 hasConceptScore W4319265588C68874143 @default.
• W4319265588 hasConceptScore W4319265588C72958200 @default.
• W4319265588 hasConceptScore W4319265588C86803240 @default.
• W4319265588 hasLocation W43192655881 @default.
• W4319265588 hasOpenAccess W4319265588 @default.
• W4319265588 hasPrimaryLocation W43192655881 @default.
• W4319265588 hasRelatedWork W1876607449 @default.
• W4319265588 hasRelatedWork W1974516721 @default.
• W4319265588 hasRelatedWork W2008722200 @default.
• W4319265588 hasRelatedWork W203773560 @default.
• W4319265588 hasRelatedWork W2045386612 @default.

• next