FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W83021425> ?p ?o ?g. }

• W83021425 endingPage "95" @default.
• W83021425 startingPage "63" @default.
• W83021425 abstract "Atrypids examined from the lower Genshaw Formation of the Middle Devonian (early middle Givetian) Traverse Group include a large assemblage of Pseudoatrypa bearing a rich fauna of episkeletobionts. We identified two species of Pseudoatrypa—Pseudoatrypa lineata and Pseudoatrypa sp. A based on ornamentation and shell shape. Qualitative examination suggested that the former had fine-medium size ribbing, narrow hinge line, widened anterior, gentle to steep mid-anterior fold, a more domal shaped dorsal valve, and an inflated ventral valve in contrast to the coarse ribbing, widened hinge line, narrow anterior, gentle mid-anterior fold, arched shape dorsal valve, and flat ventral valve of the latter. Geometric morphometric analysis supported two statistically different shapes (p < 0.01) for the two distinct species. This study further examined these atrypids to investigate the influence of morphology on episkeletobiont settlement on the two Pseudoatrypa species. Among the 343 atrypid hosts examined, nearly 50 % were encrusted by episkeletobionts. Common encrusters included microconchids, bryozoan sheets, and hederellids. Less common encrusters included auloporid corals, cornulitids, tabulate corals, Ascodictyon, craniid brachiopods, and fenestrate bryozoans. Hederellids, auloporid corals, cornulitids, and tabulate corals encrusted a few living Pseudoatrypa hosts, but determination of pre- or post-mortem encrustation by the majority of episkeletobionts is equivocal. In a very few cases, episkeletobionts crossed the commissure indicating the death of the host. Some episkeletobionts, microconchids and the sheet bryozoans, were more common on Pseudoatrypa lineata, which exhibited more dorsal–ventral convexity than Pseudoatrypa sp. A. Perhaps, P. lineata may have provided a larger surface area for episkeletobiont settlement relative to Pseudoatrypa sp. A. In both the host species, encrustation was heaviest on the convex dorsal valve. This suggests that most of the encrustation occurred in a reclining, dorsal-valve-up life orientation of both species, in which the convex dorsal valve was exposed in the water column and the ventral valve remained in contact with the substrate. However, life orientations of these atrypid species could not be confidently predicted simply from the location preferences of episkeletobionts alone, as the life orientation of the host would also have been a hydrodynamically stable orientation of the articulated shell after death. Most episkeletobionts encrusted the posterior region of both dorsal and ventral valves of the two species, which suggests that the inflated areas of these valves, when exposed, favored the settlement of most episkeletobiont larvae." @default.
• W83021425 created "2016-06-24" @default.
• W83021425 creator A5010219769 @default.
• W83021425 date "2012-08-11" @default.
• W83021425 modified "2023-09-23" @default.
• W83021425 title "Morphological Shape, Episkeletobiont Analysis, and Life Orientation Study in Pseudoatrypa cf. lineata (Brachiopoda) from the Lower Genshaw Formation of the Middle Devonian Traverse Group, Michigan: A Geometric Morphometric Approach" @default.
• W83021425 cites W150827314 @default.
• W83021425 cites W1534082527 @default.
• W83021425 cites W1971128319 @default.
• W83021425 cites W1974564817 @default.
• W83021425 cites W1980673435 @default.
• W83021425 cites W1995747400 @default.
• W83021425 cites W1998311295 @default.
• W83021425 cites W2003326213 @default.
• W83021425 cites W2009022303 @default.
• W83021425 cites W2012177884 @default.
• W83021425 cites W2017500758 @default.
• W83021425 cites W2036678731 @default.
• W83021425 cites W2037357509 @default.
• W83021425 cites W2041039669 @default.
• W83021425 cites W2043660038 @default.
• W83021425 cites W2050248172 @default.
• W83021425 cites W2054362864 @default.
• W83021425 cites W2060031786 @default.
• W83021425 cites W2060291415 @default.
• W83021425 cites W2064714311 @default.
• W83021425 cites W2065362851 @default.
• W83021425 cites W2070303252 @default.
• W83021425 cites W2093468349 @default.
• W83021425 cites W2104660898 @default.
• W83021425 cites W2111887141 @default.
• W83021425 cites W2117273089 @default.
• W83021425 cites W2128409098 @default.
• W83021425 cites W2134932757 @default.
• W83021425 cites W2158772026 @default.
• W83021425 cites W2176084209 @default.
• W83021425 cites W2179858212 @default.
• W83021425 cites W2198274674 @default.
• W83021425 cites W2199379386 @default.
• W83021425 cites W2216631694 @default.
• W83021425 cites W2332107979 @default.
• W83021425 cites W2332783403 @default.
• W83021425 cites W2336345527 @default.
• W83021425 cites W2339682779 @default.
• W83021425 cites W2399464414 @default.
• W83021425 cites W4241697258 @default.
• W83021425 cites W651572359 @default.
• W83021425 cites W7295105 @default.
• W83021425 doi "https://doi.org/10.1007/978-3-642-31721-7_4" @default.
• W83021425 hasPublicationYear "2012" @default.
• W83021425 type Work @default.
• W83021425 sameAs 83021425 @default.
• W83021425 citedByCount "0" @default.
• W83021425 crossrefType "book-chapter" @default.
• W83021425 hasAuthorship W83021425A5010219769 @default.
• W83021425 hasConcept C105702510 @default.
• W83021425 hasConcept C107832698 @default.
• W83021425 hasConcept C123719069 @default.
• W83021425 hasConcept C127313418 @default.
• W83021425 hasConcept C140530291 @default.
• W83021425 hasConcept C151730666 @default.
• W83021425 hasConcept C86803240 @default.
• W83021425 hasConceptScore W83021425C105702510 @default.
• W83021425 hasConceptScore W83021425C107832698 @default.
• W83021425 hasConceptScore W83021425C123719069 @default.
• W83021425 hasConceptScore W83021425C127313418 @default.
• W83021425 hasConceptScore W83021425C140530291 @default.
• W83021425 hasConceptScore W83021425C151730666 @default.
• W83021425 hasConceptScore W83021425C86803240 @default.
• W83021425 hasLocation W830214251 @default.
• W83021425 hasOpenAccess W83021425 @default.
• W83021425 hasPrimaryLocation W830214251 @default.
• W83021425 hasRelatedWork W1606027898 @default.
• W83021425 hasRelatedWork W1758396658 @default.
• W83021425 hasRelatedWork W1937777925 @default.
• W83021425 hasRelatedWork W1994180156 @default.
• W83021425 hasRelatedWork W2074517757 @default.
• W83021425 hasRelatedWork W2095757660 @default.
• W83021425 hasRelatedWork W2121770134 @default.
• W83021425 hasRelatedWork W2186445416 @default.
• W83021425 hasRelatedWork W2273013737 @default.
• W83021425 hasRelatedWork W2328269999 @default.
• W83021425 isParatext "false" @default.
• W83021425 isRetracted "false" @default.
• W83021425 magId "83021425" @default.
• W83021425 workType "book-chapter" @default.