Matches in SemOpenAlex for { <https://semopenalex.org/work/W3149736076> ?p ?o ?g. }
- W3149736076 endingPage "1198" @default.
- W3149736076 startingPage "1181" @default.
- W3149736076 abstract "Abstract The Late Pleistocene littoral ridges of southern South America, especially those of the north of Argentinean Patagonia, contain remains of mollusk shells with bioerosion traces. Eleven sites from marine isotope stages (2 from MIS 7, 4 from MIS 5e) and five sites from modern beaches from northern Río Negro Province, with 40 taxa (17 bivalves and 23 gastropods) were analyzed, in the area between west of Baliza San Matías and Las Grutas (41°S). Three ichnogenera were identified in deposits of MIS 7: Entobia, Gastrochaenolites (Domichnia) and Oichnus (Praedichnia) with one ichnospecies ( G. torpedo ). Six ichnogenera were identified in deposits of MIS 5e: Entobia, Meandropolydora, Pinaceocladichnus, Iramena, Caulostrepsis and Oichnus with one ichnospecies ( O. simplex ). Seven ichnogenera were identified from modern beaches: Entobia, Meandropolydora, Iramena, Caulostrepsis, Pinaceocladichnus, Gastrochaenolites (Domichnia) and Oichnus (Praedicnia), with two ichnospecies ( O. simplex and O. paraboloides ). On this basis, it is inferred that Pleistocene benthic communities were constituted from cheilostome bryzoans and polychaete annelids, together with drilling bivalves, predatory gastropods and overall warm‐water species of mollusks. Of these, Chama iudicai was found on Plicatula gibbosa from MIS 7 and MIS 5e. The record of warm temperature species suggests a higher sea surface temperature (SST) than the present one and/or the influence of the warm southward Brazilian Current affecting the waters of Golfo San Matías. On the modern beaches surveyed, there is an increase in polychaete annelids, cheilostome bryzoans, temperate‐cold species and drilling bivalves, as well as sandy substrate species, which together with an increase of Gastrochaenolites and Caulostrepsis , suggest a colder climate due to the greater influence of the Malvinas Current during the Holocene." @default.
- W3149736076 created "2021-04-13" @default.
- W3149736076 creator A5021491018 @default.
- W3149736076 creator A5041778329 @default.
- W3149736076 creator A5050573794 @default.
- W3149736076 creator A5068415936 @default.
- W3149736076 date "2022-08-01" @default.
- W3149736076 modified "2023-10-05" @default.
- W3149736076 title "Bioerosion on Late Pleistocene Marine Mollusks: A Paleoclimatological and Paleoecological Comparison of MIS 7 and MIS 5e with Modern Beaches (Río Negro, Argentina)" @default.
- W3149736076 cites W1225552926 @default.
- W3149736076 cites W1495694403 @default.
- W3149736076 cites W1918241103 @default.
- W3149736076 cites W19343185 @default.
- W3149736076 cites W1967640136 @default.
- W3149736076 cites W1970320017 @default.
- W3149736076 cites W1971567385 @default.
- W3149736076 cites W1973796837 @default.
- W3149736076 cites W1976766572 @default.
- W3149736076 cites W1979049000 @default.
- W3149736076 cites W1983517317 @default.
- W3149736076 cites W1988226485 @default.
- W3149736076 cites W1988860767 @default.
- W3149736076 cites W1989772980 @default.
- W3149736076 cites W1995767393 @default.
- W3149736076 cites W1995932169 @default.
- W3149736076 cites W2009939823 @default.
- W3149736076 cites W2020433385 @default.
- W3149736076 cites W2023975766 @default.
- W3149736076 cites W2026754308 @default.
- W3149736076 cites W2029230051 @default.
- W3149736076 cites W2039753654 @default.
- W3149736076 cites W2040229939 @default.
- W3149736076 cites W2040245551 @default.
- W3149736076 cites W2041113214 @default.
- W3149736076 cites W2042706297 @default.
- W3149736076 cites W2049462439 @default.
- W3149736076 cites W2055703649 @default.
- W3149736076 cites W2058977709 @default.
- W3149736076 cites W2060386332 @default.
- W3149736076 cites W2062673925 @default.
- W3149736076 cites W2064753511 @default.
- W3149736076 cites W2079403436 @default.
- W3149736076 cites W2083033755 @default.
- W3149736076 cites W2086470143 @default.
- W3149736076 cites W2087543690 @default.
- W3149736076 cites W2087557285 @default.
- W3149736076 cites W2088670375 @default.
- W3149736076 cites W2088919365 @default.
- W3149736076 cites W2092627168 @default.
- W3149736076 cites W2093275789 @default.
- W3149736076 cites W2095335468 @default.
- W3149736076 cites W2099826005 @default.
- W3149736076 cites W2101329000 @default.
- W3149736076 cites W2104144200 @default.
- W3149736076 cites W2104156697 @default.
- W3149736076 cites W2106398178 @default.
- W3149736076 cites W2108066921 @default.
- W3149736076 cites W2110296838 @default.
- W3149736076 cites W2110722113 @default.
- W3149736076 cites W2114200946 @default.
- W3149736076 cites W2118821165 @default.
- W3149736076 cites W2120128524 @default.
- W3149736076 cites W2120287846 @default.
- W3149736076 cites W2121820020 @default.
- W3149736076 cites W2128686994 @default.
- W3149736076 cites W2132037307 @default.
- W3149736076 cites W2138367558 @default.
- W3149736076 cites W2146032790 @default.
- W3149736076 cites W2149387037 @default.
- W3149736076 cites W2152279220 @default.
- W3149736076 cites W2159510032 @default.
- W3149736076 cites W2160570902 @default.
- W3149736076 cites W2162754094 @default.
- W3149736076 cites W2163668585 @default.
- W3149736076 cites W2172078713 @default.
- W3149736076 cites W2174135208 @default.
- W3149736076 cites W2175876102 @default.
- W3149736076 cites W2203704188 @default.
- W3149736076 cites W2312688231 @default.
- W3149736076 cites W2321998458 @default.
- W3149736076 cites W2331477018 @default.
- W3149736076 cites W2396950687 @default.
- W3149736076 cites W2484004991 @default.
- W3149736076 cites W2591937237 @default.
- W3149736076 cites W2741843207 @default.
- W3149736076 cites W2752254831 @default.
- W3149736076 cites W3157058891 @default.
- W3149736076 cites W418233525 @default.
- W3149736076 cites W4206348373 @default.
- W3149736076 cites W4243579108 @default.
- W3149736076 cites W4253792876 @default.
- W3149736076 cites W802795509 @default.
- W3149736076 doi "https://doi.org/10.1111/1755-6724.14692" @default.
- W3149736076 hasPublicationYear "2022" @default.
- W3149736076 type Work @default.
- W3149736076 sameAs 3149736076 @default.
- W3149736076 citedByCount "0" @default.
- W3149736076 crossrefType "journal-article" @default.