FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1698206874> ?p ?o ?g. }

• W1698206874 endingPage "7222" @default.
• W1698206874 startingPage "7209" @default.
• W1698206874 abstract "Abstract. Ancient lakes represent key ecosystems for endemic freshwater species. This high endemic biodiversity has been shown to be mainly the result of intra-lacustrine diversification. Whereas the principle role of this mode of diversification is generally acknowledged, actual diversification rates in ancient lakes remain little understood. At least four types are conceivable. Diversification rates may be constant over time, they may fluctuate, rates may be higher in the initial phase of diversification, or there may be a pronounced lag phase between colonization and subsequent diversification. As understanding the tempo of diversification in ancient lake environments may help reveal the underlying processes that drive speciation and extinction, we here use the Balkan Lake Ohrid as a model system and the largest species flock in the lake, the non-pyrgulinid Hydrobiidae, as a model taxon to study changes in diversification rates over time together with the respective drivers. Based on phylogenetic, molecular-clock, lineage-through-time plot, and diversification-rate analyses we found that this potentially monophyletic group is comparatively old and that it most likely evolved with a constant diversification rate. Preliminary data of the SCOPSCO (Scientific Collaboration On Past Speciation Conditions in Lake Ohrid) deep-drilling program do indicate signatures of severe environmental/climatic perturbations in Lake Ohrid. However, so far there is no evidence for the occurrence of catastrophic environmental events. We therefore propose that the constant diversification rate observed in endemic gastropods has been caused by two factors: (i) a potential lack of catastrophic environmental events in Lake Ohrid and/or (ii) a probably high ecosystem resilience, buffering environmental changes. Parameters potentially contributing to the lake's high ecosystem resilience are its distinct bathymetry, ongoing tectonic activities, and karst hydrology. The current study not only contributes to one of the overall goals of the SCOPSCO deep-drilling program – inferring the driving forces for biotic evolution in Lake Ohrid. It might also enhance our understanding of how ecosystem resilience, in general, may promote relatively constant diversification rates in isolated ecosystems. However, we encourage future studies testing hypotheses about the lack of catastrophic events in Lake Ohrid. These studies should be based on high-resolution data for the entire geological history of the lake, and they should potentially involve information from the sediment fossil record, not only for gastropods but also for other groups with a high share of endemic taxa." @default.
• W1698206874 created "2016-06-24" @default.
• W1698206874 creator A5010635372 @default.
• W1698206874 creator A5077507826 @default.
• W1698206874 creator A5078419291 @default.
• W1698206874 creator A5084744032 @default.
• W1698206874 creator A5084941812 @default.
• W1698206874 date "2015-12-10" @default.
• W1698206874 modified "2023-09-30" @default.
• W1698206874 title "Constant diversification rates of endemic gastropods in ancient Lake Ohrid: ecosystem resilience likely buffers environmental fluctuations" @default.
• W1698206874 cites W1479976377 @default.
• W1698206874 cites W1494346011 @default.
• W1698206874 cites W1519251643 @default.
• W1698206874 cites W1595517310 @default.
• W1698206874 cites W1605984840 @default.
• W1698206874 cites W1638753340 @default.
• W1698206874 cites W1642823516 @default.
• W1698206874 cites W1854335913 @default.
• W1698206874 cites W1966483353 @default.
• W1698206874 cites W1986740368 @default.
• W1698206874 cites W1989807952 @default.
• W1698206874 cites W1989998821 @default.
• W1698206874 cites W1990328165 @default.
• W1698206874 cites W2000314863 @default.
• W1698206874 cites W2011020453 @default.
• W1698206874 cites W2024408625 @default.
• W1698206874 cites W2025312255 @default.
• W1698206874 cites W2025374204 @default.
• W1698206874 cites W2025468125 @default.
• W1698206874 cites W2028802669 @default.
• W1698206874 cites W2035388065 @default.
• W1698206874 cites W2037109844 @default.
• W1698206874 cites W2044221141 @default.
• W1698206874 cites W2055167155 @default.
• W1698206874 cites W2055666215 @default.
• W1698206874 cites W2058813639 @default.
• W1698206874 cites W2059717067 @default.
• W1698206874 cites W2064171319 @default.
• W1698206874 cites W2064969073 @default.
• W1698206874 cites W2068352708 @default.
• W1698206874 cites W2069976652 @default.
• W1698206874 cites W2071714749 @default.
• W1698206874 cites W2073935824 @default.
• W1698206874 cites W2080786970 @default.
• W1698206874 cites W2084776020 @default.
• W1698206874 cites W2088122249 @default.
• W1698206874 cites W2094206246 @default.
• W1698206874 cites W2094569634 @default.
• W1698206874 cites W2095542527 @default.
• W1698206874 cites W2095902367 @default.
• W1698206874 cites W2097463002 @default.
• W1698206874 cites W2098298759 @default.
• W1698206874 cites W2098638364 @default.
• W1698206874 cites W2103948957 @default.
• W1698206874 cites W2108252494 @default.
• W1698206874 cites W2110103266 @default.
• W1698206874 cites W2110835349 @default.
• W1698206874 cites W2113782237 @default.
• W1698206874 cites W2114012655 @default.
• W1698206874 cites W2114525641 @default.
• W1698206874 cites W2120611093 @default.
• W1698206874 cites W2121143499 @default.
• W1698206874 cites W2124647012 @default.
• W1698206874 cites W2132106341 @default.
• W1698206874 cites W2147871948 @default.
• W1698206874 cites W2151409320 @default.
• W1698206874 cites W2155852547 @default.
• W1698206874 cites W2159196597 @default.
• W1698206874 cites W2163377164 @default.
• W1698206874 cites W2164890682 @default.
• W1698206874 cites W2169715400 @default.
• W1698206874 cites W2182363858 @default.
• W1698206874 cites W2213033577 @default.
• W1698206874 cites W4231913009 @default.
• W1698206874 cites W4234591623 @default.
• W1698206874 cites W4248320466 @default.
• W1698206874 cites W4251929681 @default.
• W1698206874 cites W4252020521 @default.
• W1698206874 cites W4367161079 @default.
• W1698206874 doi "https://doi.org/10.5194/bg-12-7209-2015" @default.
• W1698206874 hasPublicationYear "2015" @default.
• W1698206874 type Work @default.
• W1698206874 sameAs 1698206874 @default.
• W1698206874 citedByCount "28" @default.
• W1698206874 countsByYear W16982068742015 @default.
• W1698206874 countsByYear W16982068742016 @default.
• W1698206874 countsByYear W16982068742017 @default.
• W1698206874 countsByYear W16982068742018 @default.
• W1698206874 countsByYear W16982068742019 @default.
• W1698206874 countsByYear W16982068742020 @default.
• W1698206874 countsByYear W16982068742022 @default.
• W1698206874 countsByYear W16982068742023 @default.
• W1698206874 crossrefType "journal-article" @default.
• W1698206874 hasAuthorship W1698206874A5010635372 @default.
• W1698206874 hasAuthorship W1698206874A5077507826 @default.
• W1698206874 hasAuthorship W1698206874A5078419291 @default.
• W1698206874 hasAuthorship W1698206874A5084744032 @default.
• W1698206874 hasAuthorship W1698206874A5084941812 @default.

• next