FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2010124337> ?p ?o ?g. }

• W2010124337 endingPage "24" @default.
• W2010124337 startingPage "24" @default.
• W2010124337 abstract "An increasing number of studies demonstrate that genetic differentiation and speciation in the sea occur over much smaller spatial scales than previously appreciated given the wide distribution range of many morphologically defined coral reef invertebrate species and the presumed dispersal-enhancing qualities of ocean currents. However, knowledge about the processes that lead to population divergence and speciation is often lacking despite being essential for the understanding, conservation, and management of marine biodiversity. Sponges, a highly diverse, ecologically and economically important reef-invertebrate taxon, exhibit spatial trends in the Indo-West Pacific that are not universally reflected in other marine phyla. So far, however, processes generating those unexpected patterns are not understood.We unraveled the phylogeographic structure of the widespread Indo-Pacific coral reef sponge Leucetta chagosensis across its known geographic range using two nuclear markers: the rDNA internal transcribed spacers (ITS 1&2) and a fragment of the 28S gene, as well as the second intron of the ATP synthetase beta subunit-gene (ATPSb-iII). This enabled the detection of several deeply divergent clades congruent over both loci, one containing specimens from the Indian Ocean (Red Sea and Maldives), another one from the Philippines, and two other large and substructured NW Pacific and SW Pacific clades with an area of overlap in the Great Barrier Reef/Coral Sea. Reciprocally monophyletic populations were observed from the Philippines, Red Sea, Maldives, Japan, Samoa, and Polynesia, demonstrating long-standing isolation. Populations along the South Equatorial Current in the south-western Pacific showed isolation-by-distance effects. Overall, the results pointed towards stepping-stone dispersal with some putative long-distance exchange, consistent with expectations from low dispersal capabilities.We argue that both founder and vicariance events during the late Pliocene and Pleistocene were responsible to varying degrees for generating the deep phylogeographic structure. This structure was perpetuated largely as a result of the life history of L. chagosensis, resulting in high levels of regional isolation. Reciprocally monophyletic populations constitute putative sibling (cryptic) species, while population para- and polyphyly may indicate incipient speciation processes. The genetic diversity and biodiversity of tropical Indo-Pacific sponges appears to be substantially underestimated since the high level of genetic divergence is not necessarily manifested at the morphological level." @default.
• W2010124337 created "2016-06-24" @default.
• W2010124337 creator A5008686323 @default.
• W2010124337 creator A5075252481 @default.
• W2010124337 creator A5088947363 @default.
• W2010124337 date "2008-01-01" @default.
• W2010124337 modified "2023-10-06" @default.
• W2010124337 title "Deep genetic divergences among Indo-Pacific populations of the coral reef sponge Leucetta chagosensis (Leucettidae): Founder effects, vicariance, or both?" @default.
• W2010124337 cites W1498929693 @default.
• W2010124337 cites W1516692825 @default.
• W2010124337 cites W1555476426 @default.
• W2010124337 cites W1586983888 @default.
• W2010124337 cites W1591942288 @default.
• W2010124337 cites W1851255572 @default.
• W2010124337 cites W1901627773 @default.
• W2010124337 cites W1919772617 @default.
• W2010124337 cites W1939346899 @default.
• W2010124337 cites W196893219 @default.
• W2010124337 cites W1973126999 @default.
• W2010124337 cites W1974744321 @default.
• W2010124337 cites W1976542492 @default.
• W2010124337 cites W1977180944 @default.
• W2010124337 cites W1979821280 @default.
• W2010124337 cites W1988491399 @default.
• W2010124337 cites W1990922132 @default.
• W2010124337 cites W1997252211 @default.
• W2010124337 cites W2001657465 @default.
• W2010124337 cites W2009203783 @default.
• W2010124337 cites W2012018966 @default.
• W2010124337 cites W2023822819 @default.
• W2010124337 cites W2031087315 @default.
• W2010124337 cites W2031115526 @default.
• W2010124337 cites W2033100612 @default.
• W2010124337 cites W2034254870 @default.
• W2010124337 cites W2034901025 @default.
• W2010124337 cites W2045518901 @default.
• W2010124337 cites W2047100531 @default.
• W2010124337 cites W2050936290 @default.
• W2010124337 cites W2054478355 @default.
• W2010124337 cites W2055298722 @default.
• W2010124337 cites W2068852822 @default.
• W2010124337 cites W2072068769 @default.
• W2010124337 cites W2072741609 @default.
• W2010124337 cites W2076053744 @default.
• W2010124337 cites W2082928585 @default.
• W2010124337 cites W2083245751 @default.
• W2010124337 cites W2084343158 @default.
• W2010124337 cites W2087757015 @default.
• W2010124337 cites W2093134938 @default.
• W2010124337 cites W2093441762 @default.
• W2010124337 cites W2097712487 @default.
• W2010124337 cites W2100152398 @default.
• W2010124337 cites W2101846955 @default.
• W2010124337 cites W2102234847 @default.
• W2010124337 cites W2103088017 @default.
• W2010124337 cites W2105950028 @default.
• W2010124337 cites W2106549255 @default.
• W2010124337 cites W2106882534 @default.
• W2010124337 cites W2107492930 @default.
• W2010124337 cites W2109119231 @default.
• W2010124337 cites W2109347434 @default.
• W2010124337 cites W2114415740 @default.
• W2010124337 cites W2115915830 @default.
• W2010124337 cites W2117443107 @default.
• W2010124337 cites W2117916566 @default.
• W2010124337 cites W2119564033 @default.
• W2010124337 cites W2119799171 @default.
• W2010124337 cites W2126160190 @default.
• W2010124337 cites W2128841626 @default.
• W2010124337 cites W2136380187 @default.
• W2010124337 cites W2138850128 @default.
• W2010124337 cites W2140784970 @default.
• W2010124337 cites W2143427197 @default.
• W2010124337 cites W2143978078 @default.
• W2010124337 cites W2145008554 @default.
• W2010124337 cites W2146058063 @default.
• W2010124337 cites W2146442942 @default.
• W2010124337 cites W2147379272 @default.
• W2010124337 cites W2157656446 @default.
• W2010124337 cites W2161890892 @default.
• W2010124337 cites W2164418313 @default.
• W2010124337 cites W2167661513 @default.
• W2010124337 cites W2168246189 @default.
• W2010124337 cites W2170975291 @default.
• W2010124337 cites W2180039423 @default.
• W2010124337 cites W2182554718 @default.
• W2010124337 cites W24039824 @default.
• W2010124337 cites W2613994003 @default.
• W2010124337 cites W585425338 @default.
• W2010124337 cites W611705220 @default.
• W2010124337 cites W641398428 @default.
• W2010124337 doi "https://doi.org/10.1186/1471-2148-8-24" @default.
• W2010124337 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/2267160" @default.
• W2010124337 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/18221552" @default.
• W2010124337 hasPublicationYear "2008" @default.
• W2010124337 type Work @default.
• W2010124337 sameAs 2010124337 @default.
• W2010124337 citedByCount "81" @default.

• next