/* DATA DESCRIPTION: Citation: Grelaud, Michaël; Marino, Gianluca; Ziveri, Patrizia; Rohling, Eelco J (2012): Relative abundances of Florisphaera profunda and Helicosphaera carteri during the sapropel S5 of sediment core MD81-LC21. PANGAEA, https://doi.org/10.1594/PANGAEA.805357, In supplement to: Grelaud, M et al. (2012): Abrupt shoaling of the nutricline in response to massive freshwater flooding at the onset of the last interglacial sapropel event. Paleoceanography, 27, PA3208, https://doi.org/10.1029/2012PA002288 Project(s): Mediterranean Sea Acidification in a Changing Climate (MedSeA) (URI: http://medsea-project.eu/) Funding: Seventh Framework Programme (FP7), grant/award no. 265103: Mediterranean Sea Acidification in a Changing Climate (URI: https://cordis.europa.eu/project/id/265103) Coverage: LATITUDE: 35.660000 * LONGITUDE: 26.580000 DATE/TIME START: 1995-01-17T00:00:00 * DATE/TIME END: 1995-01-17T00:00:00 MINIMUM DEPTH, sediment/rock: 8.36 m * MAXIMUM DEPTH, sediment/rock: 10.44 m Event(s): MD81-LC21 (LC21, LC-21) * LATITUDE: 35.660000 * LONGITUDE: 26.580000 * DATE/TIME: 1995-01-17T00:00:00 * ELEVATION: -1522.0 m * Recovery: 16.49 m * LOCATION: Mediterranean Sea * CAMPAIGN: MD81 (PALAEOFLUX) (URI: https://doi.org/10.17600/95200090) * BASIS: Marion Dufresne (1995) (URI: https://en.wikipedia.org/wiki/Marion_Dufresne_(1994)) * METHOD/DEVICE: Calypso Corer (CALYPSO) Comment: The sampling was achieved between 836.00 and 1044.00 cm every 2 cm in core LC21. Smear slides were prepared for each samples and the relative abundances of coccolithophore species Florisphaera profunda and Helicosphare carteri were determined using a light microscope. Parameter(s): Sample code/label (Sample label) * PI: Grelaud, Michaël (https://orcid.org/0000-0001-8649-9743, michael.grelaud@uab.cat) DEPTH, sediment/rock [m] (Depth sed) * GEOCODE Florisphaera profunda [%] (F. profunda) * PI: Grelaud, Michaël (https://orcid.org/0000-0001-8649-9743, michael.grelaud@uab.cat) * METHOD/DEVICE: Smear slide analysis Helicosphaera carteri [%] (H. carteri) * PI: Grelaud, Michaël (https://orcid.org/0000-0001-8649-9743, michael.grelaud@uab.cat) * METHOD/DEVICE: Smear slide analysis License: Creative Commons Attribution 3.0 Unported (CC-BY-3.0) (URI: https://creativecommons.org/licenses/by/3.0/) Size: 306 data points */ Sample label Depth sed [m] F. profunda [%] H. carteri [%] LC-21/6_#1 8.36 8.98 0.62 LC-21/6_#3 8.38 4.49 0.00 LC-21/6_#5 8.40 8.64 0.45 LC-21/6_#7 8.42 7.59 0.46 LC-21/6_#9 8.44 8.46 0.00 LC-21/6_#11 8.46 12.12 0.00 LC-21/6_#13 8.48 15.17 0.00 LC-21/6_#15 8.50 11.75 0.26 LC-21/6_#17 8.52 12.74 0.00 LC-21/6_#19 8.54 13.28 0.00 LC-21/6_#21 8.56 12.02 1.17 LC-21/6_#23 8.58 12.24 0.23 LC-21/6_#25 8.60 14.71 0.00 LC-21/6_#27 8.62 14.11 0.76 LC-21/6_#29 8.64 17.85 0.28 LC-21/6_#31 8.66 11.30 0.00 LC-21/6_#33 8.68 14.18 0.52 LC-21/6_#35 8.70 11.76 0.27 LC-21/6_#37 8.72 13.33 0.58 LC-21/6_#39 8.74 13.44 1.61 LC-21/6_#41 8.76 14.94 0.76 LC-21/6_#43 8.78 22.29 0.00 LC-21/6_#45 8.80 13.33 0.58 LC-21/6_#47 8.82 17.20 0.26 LC-21/6_#49 8.84 15.34 1.37 LC-21/6_#51 8.86 20.06 3.34 LC-21/6_#53 8.88 28.32 3.54 LC-21/6_#55 8.90 24.59 3.59 LC-21/6_#57 8.92 26.14 1.22 LC-21/6_#59 8.94 36.78 0.91 LC-21/6_#61 8.96 24.62 0.31 LC-21/6_#63 8.98 25.48 1.92 LC-21/6_#65 9.00 30.12 1.55 LC-21/6_#67 9.02 29.52 1.20 LC-21/6_#69 9.04 33.22 1.38 LC-21/6_#71 9.06 23.81 1.59 LC-21/6_#73 9.08 28.14 0.68 LC-21/6_#75 9.10 32.82 0.93 LC-21/6_#77 9.12 31.80 3.06 LC-21/6_#79 9.14 34.13 1.02 LC-21/6_#81 9.16 23.40 3.04 LC-21/6_#83 9.18 27.12 1.63 LC-21/6_#85 9.20 24.77 1.83 LC-21/6_#87 9.22 25.78 1.13 LC-21/6_#89 9.24 24.15 3.41 LC-21/6_#91 9.26 28.08 3.15 LC-21/6_#93 9.28 32.46 4.06 LC-21/6_#95 9.30 25.41 2.93 LC-21/6_#97 9.32 25.80 1.74 LC-21/6_#99 9.34 27.81 0.94 LC-21/5_#101 9.36 24.50 1.68 LC-21/5_#103 9.38 23.45 0.98 LC-21/5_#105 9.40 25.38 2.11 LC-21/5_#107 9.42 23.56 3.16 LC-21/5_#109 9.44 30.56 2.08 LC-21/5_#111 9.46 24.31 1.38 LC-21/5_#113 9.48 19.77 2.01 LC-21/5_#115 9.50 26.04 2.07 LC-21/5_#117 9.52 36.39 1.67 LC-21/5_#119 9.54 31.47 0.80 LC-21/5_#121 9.56 26.38 3.77 LC-21/5_#125 9.60 31.76 4.39 LC-21/5_#127 9.62 38.21 2.05 LC-21/5_#129 9.64 31.87 1.46 LC-21/5_#131 9.66 26.34 5.91 LC-21/5_#133 9.68 22.10 3.68 LC-21/5_#135 9.70 23.16 5.18 LC-21/5_#137 9.72 23.30 2.65 LC-21/5_#139 9.74 25.72 4.05 LC-21/5_#141 9.76 21.84 2.87 LC-21/5_#143 9.78 23.21 2.87 LC-21/5_#145 9.80 23.62 2.33 LC-21/5_#147 9.82 20.45 3.57 LC-21/5_#149 9.84 22.91 2.79 LC-21/5_#151 9.86 27.93 3.91 LC-21/5_#153 9.88 22.48 2.61 LC-21/5_#157 9.92 17.76 4.10 LC-21/5_#159 9.94 39.01 0.93 LC-21/5_#161 9.96 45.07 3.66 LC-21/5_#163 9.98 48.43 3.93 LC-21/5_#167 10.02 58.08 2.40 LC-21/5_#169 10.04 51.68 2.14 LC-21/5_#171 10.06 35.48 1.11 LC-21/5_#173 10.08 26.50 0.27 LC-21/5_#175 10.10 13.27 0.88 LC-21/5_#177 10.12 17.31 0.21 LC-21/5_#179 10.14 14.21 0.56 LC-21/5_#181 10.16 11.14 0.27 LC-21/5_#183 10.18 12.12 0.70 LC-21/5_#185 10.20 12.43 0.00 LC-21/5_#187 10.22 10.20 0.58 LC-21/5_#189 10.24 10.00 0.00 LC-21/5_#191 10.26 11.32 1.32 LC-21/5_#193 10.28 11.41 0.54 LC-21/5_#195 10.30 9.83 0.28 LC-21/5_#197 10.32 10.44 1.04 LC-21/5_#199 10.34 3.74 1.10 LC-21/5_#201 10.36 13.13 0.76 LC-21/5_#203 10.38 8.22 0.53 LC-21/5_#205 10.40 6.72 1.34 LC-21/5_#207 10.42 9.02 1.29 LC-21/5_#209 10.44 11.33 0.67