FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3097849407> ?p ?o ?g. }

• W3097849407 endingPage "201" @default.
• W3097849407 startingPage "189" @default.
• W3097849407 abstract "Abstract Bitterling fishes (Subfamily: Acheilognathinae) spawn in the gills of living freshwater mussels and obligately depend on the mussels for reproduction. On the Matsuyama Plain, Japan, populations of unionid mussels— Pronodularia japanensis , Nodularia douglasiae , and Sinanodonta lauta— have decreased rapidly over the past 30 years. Simultaneously, the population of a native bitterling fish, Tanakia lanceolata , which depends on the three unionids as a breeding substrate, has decreased. Furthermore, a congeneric bitterling, Tanakia limbata , has been artificially introduced, and hybridisation and genetic introgression occur between them. Here, we hypothesised that decline of the unionids has enhanced this invasive hybridisation through competition for the breeding substrate. Three study sites were set in three streams on the Matsuyama Plain. We collected adult bitterling fishes (native T. lanceolata , introduced T. limbata , and foreign Rhodeus ocellatus ocellatus ) once a week from April to October 2013 to measure their densities in streams and to examine seasonal differences in female ovipositor length, which elongates in the breeding season. Simultaneously, we set quadrats and captured unionids and measured environmental conditions. Each unionid individual was kept separately in its own aquarium to collect ejected bitterling eggs/larvae. Tanakia eggs and larvae were genotyped using six microsatellite markers and the mitochondrial cytochrome b gene. Introduced T. limbata was more abundant, had a longer breeding period, and produced more juveniles than native T. lanceolata . Hybrids between the two species occurred at all sites, and in total 101 of the 837 juveniles genotyped were hybrids. The density of P. japanensis was low, at most 0.42 individuals/m 2 . Nodularia douglasiae and S. lauta have nearly or totally disappeared from these sites. Hybrid clutches of Tanakia species occurred more frequently where the local density of P. japanensis was low. Mussels were apparently overused and used simultaneously by three species of bitterlings. Decline of freshwater unionid populations has enhanced hybridisation of native and invasive bitterling fishes through increasing competition for breeding substrate. We showed that rapid decline of host mussel species and introduction of an invasive congener have interacted to cause a rapid decline of native bitterling fish. Degradation of habitat and the introduction of invasive species interact to cause a cascade of extinctions in native species. In our study, obligate parasite species are threatened because the host species are disappearing, which means there is a serious threat of coextinction." @default.
• W3097849407 created "2020-11-09" @default.
• W3097849407 creator A5028306833 @default.
• W3097849407 creator A5078630967 @default.
• W3097849407 creator A5090543802 @default.
• W3097849407 date "2020-10-15" @default.
• W3097849407 modified "2023-10-18" @default.
• W3097849407 title "Decline of unionid mussels enhances hybridisation of native and introduced bitterling fish species through competition for breeding substrate" @default.
• W3097849407 cites W1831581354 @default.
• W3097849407 cites W1967287240 @default.
• W3097849407 cites W1973062077 @default.
• W3097849407 cites W1976720677 @default.
• W3097849407 cites W2004639034 @default.
• W3097849407 cites W2012548417 @default.
• W3097849407 cites W2017217216 @default.
• W3097849407 cites W2027128450 @default.
• W3097849407 cites W2035839217 @default.
• W3097849407 cites W2038181577 @default.
• W3097849407 cites W2038546883 @default.
• W3097849407 cites W2043193652 @default.
• W3097849407 cites W2045258610 @default.
• W3097849407 cites W2047417387 @default.
• W3097849407 cites W2053674483 @default.
• W3097849407 cites W2055096434 @default.
• W3097849407 cites W2066801433 @default.
• W3097849407 cites W2070975929 @default.
• W3097849407 cites W2078636154 @default.
• W3097849407 cites W2087916588 @default.
• W3097849407 cites W2088788811 @default.
• W3097849407 cites W2091854316 @default.
• W3097849407 cites W2093702107 @default.
• W3097849407 cites W2094438125 @default.
• W3097849407 cites W2094856983 @default.
• W3097849407 cites W2098126593 @default.
• W3097849407 cites W2104777953 @default.
• W3097849407 cites W2105060931 @default.
• W3097849407 cites W2108635797 @default.
• W3097849407 cites W2110233431 @default.
• W3097849407 cites W2110933669 @default.
• W3097849407 cites W2121731511 @default.
• W3097849407 cites W2125841014 @default.
• W3097849407 cites W2126800374 @default.
• W3097849407 cites W2129768926 @default.
• W3097849407 cites W2139718698 @default.
• W3097849407 cites W2144826390 @default.
• W3097849407 cites W2144997256 @default.
• W3097849407 cites W2148446728 @default.
• W3097849407 cites W2155658253 @default.
• W3097849407 cites W2159400585 @default.
• W3097849407 cites W2170841283 @default.
• W3097849407 cites W2204796789 @default.
• W3097849407 cites W2253414912 @default.
• W3097849407 cites W2287803853 @default.
• W3097849407 cites W2319322805 @default.
• W3097849407 cites W2586387299 @default.
• W3097849407 cites W2775781354 @default.
• W3097849407 cites W2891318986 @default.
• W3097849407 cites W2913410808 @default.
• W3097849407 cites W2981829267 @default.
• W3097849407 cites W300284839 @default.
• W3097849407 cites W3004672995 @default.
• W3097849407 cites W4231168516 @default.
• W3097849407 doi "https://doi.org/10.1111/fwb.13629" @default.
• W3097849407 hasPublicationYear "2020" @default.
• W3097849407 type Work @default.
• W3097849407 sameAs 3097849407 @default.
• W3097849407 citedByCount "2" @default.
• W3097849407 countsByYear W30978494072022 @default.
• W3097849407 countsByYear W30978494072023 @default.
• W3097849407 crossrefType "journal-article" @default.
• W3097849407 hasAuthorship W3097849407A5028306833 @default.
• W3097849407 hasAuthorship W3097849407A5078630967 @default.
• W3097849407 hasAuthorship W3097849407A5090543802 @default.
• W3097849407 hasConcept C144024400 @default.
• W3097849407 hasConcept C149923435 @default.
• W3097849407 hasConcept C18903297 @default.
• W3097849407 hasConcept C2776249982 @default.
• W3097849407 hasConcept C2776366380 @default.
• W3097849407 hasConcept C2779586492 @default.
• W3097849407 hasConcept C2908647359 @default.
• W3097849407 hasConcept C86803240 @default.
• W3097849407 hasConcept C90856448 @default.
• W3097849407 hasConceptScore W3097849407C144024400 @default.
• W3097849407 hasConceptScore W3097849407C149923435 @default.
• W3097849407 hasConceptScore W3097849407C18903297 @default.
• W3097849407 hasConceptScore W3097849407C2776249982 @default.
• W3097849407 hasConceptScore W3097849407C2776366380 @default.
• W3097849407 hasConceptScore W3097849407C2779586492 @default.
• W3097849407 hasConceptScore W3097849407C2908647359 @default.
• W3097849407 hasConceptScore W3097849407C86803240 @default.
• W3097849407 hasConceptScore W3097849407C90856448 @default.
• W3097849407 hasFunder F4320334764 @default.
• W3097849407 hasIssue "1" @default.
• W3097849407 hasLocation W30978494071 @default.
• W3097849407 hasOpenAccess W3097849407 @default.
• W3097849407 hasPrimaryLocation W30978494071 @default.
• W3097849407 hasRelatedWork W1995175941 @default.
• W3097849407 hasRelatedWork W2046971378 @default.

• next