Matches in SemOpenAlex for { <https://semopenalex.org/work/W1483775958> ?p ?o ?g. }
- W1483775958 endingPage "n/a" @default.
- W1483775958 startingPage "n/a" @default.
- W1483775958 abstract "[1] Laser ablation inductively coupled plasma mass spectrometry was used to analyze the individual chambers from tests of foraminiferal fossil and plankton tow Globigerinoides ruber from the southwest Pacific Ocean, from latitudes 3°S to 42°S. The variability of Mg/Ca between chambers of an individual (intraindividual) and individuals of the same population (interindividual), is such that when converted to temperature, the extent of intra-individual and interindividual variability appears to exceed that attributable to either calcification or seasonal temperature variability. The pooled mean chamber Mg/Ca from each core top and plankton tow site demonstrates a significant (p < 0.05) positive correlation with temperature. We derive chamber-specific calibrations where Mg/CaCh_F-2 = 0.798 exp0.070 T, Mg/CaCh_F-1 = 0.891 exp0.067 T and Mg/CaCh_F = 0.590 exp0.072 T. We do not observe any bias between the two morphotypes Gs. ruber ruber and Gs. ruber pyramidalis. The chamber-specific calibrations potentially offset Mg/Ca-based temperature reconstructions if used on bulk (whole) test Mg/Ca or applied to misidentified chambers. Nevertheless, these calibrations can be used to reliably estimate sea surface temperature. Although there is a general overriding temperature control on Mg/Ca, we show that removal of the effect of temperature at each site reveals a lognormal Mg/Ca distribution. This suggests that Mg/Ca variability at each site is also affected by biological mechanism(s) that may control the distribution of interindividual Mg/Ca. In addition, other TE/Ca data (Al/Ca and Mn/Ca) from laser ablation trace element depth profiles can be used to identify detrital or diagenetic phases that may bias the trace element/Ca signal." @default.
- W1483775958 created "2016-06-24" @default.
- W1483775958 creator A5026078520 @default.
- W1483775958 creator A5028873892 @default.
- W1483775958 creator A5062405434 @default.
- W1483775958 creator A5066208386 @default.
- W1483775958 creator A5075110863 @default.
- W1483775958 creator A5079243112 @default.
- W1483775958 date "2011-06-01" @default.
- W1483775958 modified "2023-10-18" @default.
- W1483775958 title "Environmental versus biological controls on Mg/Ca variability in<i>Globigerinoides ruber</i>(white) from core top and plankton tow samples in the southwest Pacific Ocean" @default.
- W1483775958 cites W1481860360 @default.
- W1483775958 cites W1487040053 @default.
- W1483775958 cites W1527038167 @default.
- W1483775958 cites W1598145992 @default.
- W1483775958 cites W1601973738 @default.
- W1483775958 cites W1606240890 @default.
- W1483775958 cites W1625329436 @default.
- W1483775958 cites W1637979207 @default.
- W1483775958 cites W1639028431 @default.
- W1483775958 cites W1668283383 @default.
- W1483775958 cites W1670588080 @default.
- W1483775958 cites W1862796929 @default.
- W1483775958 cites W1867451503 @default.
- W1483775958 cites W1900661561 @default.
- W1483775958 cites W1919029059 @default.
- W1483775958 cites W1933408006 @default.
- W1483775958 cites W1964474941 @default.
- W1483775958 cites W1974157284 @default.
- W1483775958 cites W1974258219 @default.
- W1483775958 cites W1975370801 @default.
- W1483775958 cites W1976474576 @default.
- W1483775958 cites W1977878384 @default.
- W1483775958 cites W1981541158 @default.
- W1483775958 cites W1986296137 @default.
- W1483775958 cites W1992161729 @default.
- W1483775958 cites W1993235151 @default.
- W1483775958 cites W2007818656 @default.
- W1483775958 cites W2012242404 @default.
- W1483775958 cites W2014253435 @default.
- W1483775958 cites W2016623230 @default.
- W1483775958 cites W2018020377 @default.
- W1483775958 cites W2019301109 @default.
- W1483775958 cites W2023235007 @default.
- W1483775958 cites W2023238257 @default.
- W1483775958 cites W2024436619 @default.
- W1483775958 cites W2027259272 @default.
- W1483775958 cites W2031969132 @default.
- W1483775958 cites W2040993138 @default.
- W1483775958 cites W2041293478 @default.
- W1483775958 cites W2043460413 @default.
- W1483775958 cites W2044599190 @default.
- W1483775958 cites W2050163086 @default.
- W1483775958 cites W2068375361 @default.
- W1483775958 cites W2069829269 @default.
- W1483775958 cites W2070171695 @default.
- W1483775958 cites W2072151199 @default.
- W1483775958 cites W2074970508 @default.
- W1483775958 cites W2086782132 @default.
- W1483775958 cites W2088899781 @default.
- W1483775958 cites W2089505814 @default.
- W1483775958 cites W2091421204 @default.
- W1483775958 cites W2092696165 @default.
- W1483775958 cites W2094670981 @default.
- W1483775958 cites W2095053837 @default.
- W1483775958 cites W2097852704 @default.
- W1483775958 cites W2099917445 @default.
- W1483775958 cites W2118108326 @default.
- W1483775958 cites W2118776626 @default.
- W1483775958 cites W2120537950 @default.
- W1483775958 cites W2123900986 @default.
- W1483775958 cites W2139382400 @default.
- W1483775958 cites W2142857535 @default.
- W1483775958 cites W2145023999 @default.
- W1483775958 cites W2147028570 @default.
- W1483775958 cites W2147346611 @default.
- W1483775958 cites W2149009137 @default.
- W1483775958 cites W2149867869 @default.
- W1483775958 cites W2151686568 @default.
- W1483775958 cites W2154128128 @default.
- W1483775958 cites W2166276153 @default.
- W1483775958 cites W2168237454 @default.
- W1483775958 cites W224545801 @default.
- W1483775958 cites W2314536094 @default.
- W1483775958 cites W2318894851 @default.
- W1483775958 cites W2326288470 @default.
- W1483775958 cites W4300141286 @default.
- W1483775958 doi "https://doi.org/10.1029/2010pa001924" @default.
- W1483775958 hasPublicationYear "2011" @default.
- W1483775958 type Work @default.
- W1483775958 sameAs 1483775958 @default.
- W1483775958 citedByCount "22" @default.
- W1483775958 countsByYear W14837759582012 @default.
- W1483775958 countsByYear W14837759582013 @default.
- W1483775958 countsByYear W14837759582014 @default.
- W1483775958 countsByYear W14837759582015 @default.
- W1483775958 countsByYear W14837759582016 @default.
- W1483775958 countsByYear W14837759582017 @default.