Citation:

PANGAEA.973256

Name: Species level size-normalised weight data
Creator: Ruby Barrett
Published: 2025-01-13
License: https://creativecommons.org/licenses/by/4.0/
Keywords: planktic foraminifera; size-normalised weight

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Published: 2025-01-13 • DOI registered: 2025-01-14

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Abstract:

This dataset contains a compilation of published and new SNW data with corresponding sea surface (≤ 20 m) environmental data extracted from CMIP6 that are used in the species level Bayesian regression modelling.

Keyword(s):

planktic foraminifera; size-normalised weight

Source:

Barker, S (2002): Planktonic foraminiferal proxies for temperature and pCO2 [dissertation]. University of Cambridge

Béjard, Thibauld M; Rigual-Hernández, Andrés S; Flores, José Abel; Tarruella, Javier P; Durrieu de Madron, Xavier; Cacho, Isabel; Haghipour, Neghar; Hunter, Aidan; Sierro, Francisco Javier (2023): Calcification response of planktic foraminifera to environmental change in the western Mediterranean Sea during the industrial era. Biogeosciences, 20(7), 1505-1528, https://doi.org/10.5194/bg-20-1505-2023

Marr, Julene P; Baker, Joel A; Carter, Lionel; Allan, Adrian S R; Dunbar, Gavin B; Bostock, Helen C (2011): Ecological and temperature controls on Mg/Ca ratios of Globigerina bulloides from the southwest Pacific Ocean|. Paleoceanography, 26(2), PA2209, https://doi.org/10.1029/2010PA002059

Marshall, Brittney J; Thunell, Robert C; Henehan, Michael J; Astor, Yrene; Wejnert, Katherine (2013): Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series. Paleoceanography, 28(2), 363-376, https://doi.org/10.1002/palo.20034

Pallacks, Sven; Ziveri, Patrizia; Schiebel, Ralf; Vonhof, Hubert B; Rae, James W B; Littley, Eloise; Garcia-Orellana, Jordi; Langer, Gerald; Grelaud, Michaël; Martrat, Belen (2023): Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea. Communications Earth & Environment, 4(1), 301, https://doi.org/10.1038/s43247-023-00947-7

Qin, Bingbin; Li, Tiegang; Xiong, Zhifang; Algeo, Thomas J; Chang, Fengming (2017): Deepwater carbonate ion concentrations in the western tropical Pacific since 250 ka: Evidence for oceanic carbon storage and global climate influence. Paleoceanography, 32(4), 351-370, https://doi.org/10.1002/2016PA003039

Weinkauf, Manuel F G; Kunze, Jose G; Waniek, Joanna J; Kucera, Michal (2016): Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions. PLoS ONE, 11(2), https://doi.org/10.1371/journal.pone.0148363

References:

Aze, Tracy; Ezard, Thomas H G; Purvis, Andy; Coxall, Helen K; Stewart, Duncan R M; Wade, Bridget S; Pearson, Paul N (2011): A phylogeny of Cenozoic macroperforate planktonic foraminifera from fossil data. Biological Reviews, 86(4), 900-927, https://doi.org/10.1111/j.1469-185X.2011.00178.x

Jiang, Li-Qing; Dunne, John; Carter, Brendan R; Tjiputra, Jerry; Terhaar, Jens; Sharp, Jonathan D; Olsen, Are; Alin, Simone; Bakker, Dorothee C E; Feely, Richard A; Gattuso, Jean-Pierre; Hogan, Patrick; Ilyina, Tatiana; Lange, Nico; Lauvset, Siv K; Lewis, Ernie R; Lovato, Tomas; Palmieri, Julien; Santana-Falcón, Yeray; Schwinger, Jörg; Séférian, Roland; Strand, Gary; Swart, Neil; Tanhua, Toste; Tsujino, Hiroyuki; Wanninkhof, Rik; Watanabe, Michio; Yamamoto, Akitomo; Ziehn, Tilo (2023): Global Surface Ocean Acidification Indicators From 1750 to 2100. Journal of Advances in Modeling Earth Systems, 15(3), e2022MS003563, https://doi.org/10.1029/2022MS003563

Funding:

Natural Environment Research Council (NERC), grant/award no. NE/S007504/1 : NERC GW4+ DTP2 - a Great Western Alliance Doctoral Training Partnership

Coverage:

Median Latitude: 38.324119 * Median Longitude: 1.348481 * South-bound Latitude: -53.630000 * West-bound Longitude: -174.000000 * North-bound Latitude: 78.400000 * East-bound Longitude: 180.000000

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Author(s)	Author(s)		Barrett, Ruby
2	Reference/source	Reference		Barrett, Ruby
3	Sample ID	Sample ID		Barrett, Ruby
4	Data type	Data type		Barrett, Ruby
5	ELEVATION	Elevation	m a.s.l.	Barrett, Ruby		Geocode
6	DEPTH, sediment/rock	Depth sed	m	Barrett, Ruby		Geocode – mbsf
7	DEPTH, water	Depth water	m	Barrett, Ruby		Geocode – maximum
8	DEPTH, water	Depth water	m	Barrett, Ruby		Geocode – minimum
9	LATITUDE	Latitude		Barrett, Ruby		Geocode
10	LONGITUDE	Longitude		Barrett, Ruby		Geocode
11	Species, unique identification	Species UID		Barrett, Ruby
12	Size fraction	Size fraction		Barrett, Ruby		The size of the sieves used to filter foraminifers for their weight measurements [µm]
13	Size normalized weight	SNW	µg	Barrett, Ruby	Measurement based weight approach (MBW)
14	Ecogroup	Ecogroup		Barrett, Ruby	According to Aze et al. (2011)
15	Carbonate ion	[CO3]2-	µmol/kg	Barrett, Ruby	Extracted from models in the CMIP6 suite and Jiang et al. (2023)
16	Salinity	Sal		Barrett, Ruby	Extracted from models in the CMIP6 suite and Jiang et al. (2023)	PSS-78
17	Sea surface temperature	SST	°C	Barrett, Ruby	Extracted from models in the CMIP6 suite and Jiang et al. (2023)
18	Phosphate	[PO4]3-	µmol/kg	Barrett, Ruby	Extracted from models in the CMIP6 suite and Jiang et al. (2023)
19	Primary productivity as carbon, integrated	PP C int	mol/m²/a	Barrett, Ruby	Extracted from models in the CMIP6 suite and Jiang et al. (2023)
20	Basin	Basin		Barrett, Ruby		Ocean basin

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0)

Status:

Curation Level: Basic curation (CurationLevelB)

Size:

10780 data points

Data

Download dataset as tab-delimited text — use the following character encoding:

1 Author(s)	2 Reference	3 Sample ID	4 Data type	5 Elevation [m a.s.l.]	6 Depth sed [m] (mbsf)	7 Depth water [m] (maximum)	8 Depth water [m] (minimum)	9 Latitude	10 Longitude	11 Species UID	12 Size fraction (The size of the sieves used t...)	13 SNW [µg] (Measurement based weight appr...)	14 Ecogroup (According to Aze et al. (2011))	15 [CO3]2- [µmol/kg] (Extracted from models in the ...)	16 Sal (PSS-78, Extracted from models...)	17 SST [°C] (Extracted from models in the ...)	18 [PO4]3- [µmol/kg] (Extracted from models in the ...)	19 PP C int [mol/m²/a] (Extracted from models in the ...)	20 Basin (Ocean basin)
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 11B	Coretop	-2220.0	0.0			35.6	-32.6	Globigerina bulloides	300-350	11.17645923	Non-Symbiont Spinose	261.0	36.288	20.692	0.13029598	11.19352174	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 15B	Coretop	-2585.0	0.0			38.6	-25.0	Globigerina bulloides	300-350	17.16153116	Non-Symbiont Spinose	244.0	36.051	18.187	0.17618181	13.68781733	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 15aB	Coretop	-2738.0	0.0			38.9	-25.0	Globigerina bulloides	300-350	18.8312159	Non-Symbiont Spinose	244.0	35.99	18.187	0.17618181	13.68781733	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 14B	Coretop	-2858.0	0.0			40.4	-25.8	Globigerina bulloides	300-350	18.89876425	Non-Symbiont Spinose	234.0	35.869	17.265	0.20152946	14.4711826	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 9B	Coretop	-2026.0	0.0			40.8	-27.5	Globigerina bulloides	300-350	18.77589295	Non-Symbiont Spinose	237.0	35.945	17.915	0.23714916	14.75367931	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 8B	Coretop	-3232.0	0.0			42.3	-25.7	Globigerina bulloides	300-350	17.64127358	Non-Symbiont Spinose	231.0	35.941	16.38	0.24253952	14.57241899	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 13B	Coretop	-3133.0	0.0			42.9	-25.3	Globigerina bulloides	300-350	19.20108102	Non-Symbiont Spinose	231.0	35.856	16.38	0.24022223	14.37514414	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 7B	Coretop	-2664.0	0.0			43.9	-25.0	Globigerina bulloides	300-350	14.24234958	Non-Symbiont Spinose	230.0	35.709	16.338	0.25796133	14.19485922	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 12B	Coretop	-3052.0	0.0			44.1	-24.9	Globigerina bulloides	300-350	16.65123685	Non-Symbiont Spinose	215.0	35.657	14.505	0.25796133	14.19485922	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 11B	Coretop	-3208.0	0.0			45.0	-24.66	Globigerina bulloides	300-350	15.73458885	Non-Symbiont Spinose	231.0	35.863	16.175	0.29858894	13.85012844	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 11B	Coretop	-2741.0	0.0			45.4	-25.4	Globigerina bulloides	300-350	13.89155712	Non-Symbiont Spinose	236.0	35.92	16.872	0.29858894	13.85012844	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 5B	Coretop	-3069.0	0.0			46.0	-23.848	Globigerina bulloides	300-350	12.90803389	Non-Symbiont Spinose	224.0	35.731	14.974	0.32388736	13.43295588	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 8B	Coretop	-3393.0	0.0			46.2	-23.715	Globigerina bulloides	300-350	13.84546959	Non-Symbiont Spinose	224.0	35.682	14.974	0.32388736	13.43295588	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 5B	Coretop	-3121.0	0.0			46.9	-25.4	Globigerina bulloides	300-350	11.34036385	Non-Symbiont Spinose	227.0	35.768	15.731	0.34558492	12.43581229	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 9B	Coretop	-3074.0	0.0			48.4	-25.1	Globigerina bulloides	300-350	13.91376548	Non-Symbiont Spinose	216.0	35.579	13.496	0.35420919	11.76409828	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 3B	Coretop	-3113.0	0.0			50.2	-27.0	Globigerina bulloides	300-350	13.38103847	Non-Symbiont Spinose	211.0	35.012	13.845	0.32729929	10.64878986	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 7B	Coretop	-3013.0	0.0			50.5	-26.5	Globigerina bulloides	300-350	13.0568807	Non-Symbiont Spinose	210.0	34.962	13.561	0.35298834	10.53125999	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 6B	Coretop	-3381.0	0.0			51.4	-25.8	Globigerina bulloides	300-350	11.94848146	Non-Symbiont Spinose	188.0	35.194	11.187	0.35698403	10.60658247	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 2B	Coretop	-2731.0	0.0			53.1	-20.798	Globigerina bulloides	300-350	12.65806764	Non-Symbiont Spinose	214.0	35.345	13.255	0.43018857	10.8645545	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 1B	Coretop	-2580.0	0.0			53.4	-27.5	Globigerina bulloides	300-350	12.55077308	Non-Symbiont Spinose	199.0	34.79	11.449	0.45058216	10.50154811	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 5B	Coretop	-2812.0	0.0			53.6	-27.1	Globigerina bulloides	300-350	12.65943261	Non-Symbiont Spinose	199.0	34.757	11.449	0.46918559	10.69622741	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 4B	Coretop	-2821.0	0.0			55.0	-28.3	Globigerina bulloides	300-350	12.72121838	Non-Symbiont Spinose	175.0	34.921	9.688	0.5071466	10.91926445	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 3B	Coretop	-2819.0	0.0			56.4	-27.8	Globigerina bulloides	300-350	11.49438575	Non-Symbiont Spinose	166.0	35.039	8.639	0.53353757	11.11399203	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 2B	Coretop	-2767.0	0.0			57.9	-26.0	Globigerina bulloides	300-350	11.72351317	Non-Symbiont Spinose	176.0	34.977	9.698	0.57675681	11.97909612	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 1B	Coretop	-2911.0	0.0			58.5	-20.493	Globigerina bulloides	300-350	11.81072925	Non-Symbiont Spinose	176.0	35.24	9.452	0.58786587	12.3979585	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 1B	Coretop	-2010.0	0.0			59.7	-27.4	Globigerina bulloides	300-350	13.22920933	Non-Symbiont Spinose	171.0	35.052	8.57	0.65484188	11.77028595	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 15B	Coretop	-3271.0	0.0			30.5	-36.95	Globigerina inflata	300-350	35.02201623	Non-Symbiont Non-Spinose	271.0	36.558	21.069	0.05398491	7.29490915	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 13B	Coretop	-2992.0	0.0			32.8	-34.7	Globigerina inflata	300-350	31.95625419	Non-Symbiont Non-Spinose	266.0	36.471	20.301	0.07400047	9.62155778	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 17B	Coretop	-2934.0	0.0			35.4	-29.4	Globigerina inflata	300-350	29.0092147	Non-Symbiont Non-Spinose	256.0	36.221	19.435	0.10293545	9.52483931	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 11B	Coretop	-2220.0	0.0			35.6	-32.6	Globigerina inflata	300-350	32.82892957	Non-Symbiont Non-Spinose	261.0	36.288	20.692	0.13029598	11.19352174	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 15B	Coretop	-2585.0	0.0			38.6	-25.0	Globigerina inflata	300-350	31.0843826	Non-Symbiont Non-Spinose	244.0	36.051	18.187	0.17618181	13.68781733	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 15aB	Coretop	-2738.0	0.0			38.9	-25.0	Globigerina inflata	300-350	32.12091333	Non-Symbiont Non-Spinose	244.0	35.99	18.187	0.17618181	13.68781733	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 14B	Coretop	-2858.0	0.0			40.4	-25.8	Globigerina inflata	300-350	32.21452327	Non-Symbiont Non-Spinose	234.0	35.869	17.265	0.20152946	14.4711826	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 9B	Coretop	-2026.0	0.0			40.8	-27.5	Globigerina inflata	300-350	31.64195104	Non-Symbiont Non-Spinose	237.0	35.945	17.915	0.23714916	14.75367931	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 8B	Coretop	-3232.0	0.0			42.3	-25.7	Globigerina inflata	300-350	31.52454747	Non-Symbiont Non-Spinose	231.0	35.941	16.38	0.24253952	14.57241899	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 13B	Coretop	-3133.0	0.0			42.9	-25.3	Globigerina inflata	300-350	31.30100159	Non-Symbiont Non-Spinose	231.0	35.856	16.38	0.24022223	14.37514414	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 7B	Coretop	-2664.0	0.0			43.9	-25.0	Globigerina inflata	300-350	30.19834986	Non-Symbiont Non-Spinose	230.0	35.709	16.338	0.25796133	14.19485922	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 12B	Coretop	-3052.0	0.0			44.1	-24.9	Globigerina inflata	300-350	30.92188458	Non-Symbiont Non-Spinose	215.0	35.657	14.505	0.25796133	14.19485922	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 11B	Coretop	-3208.0	0.0			45.0	-24.66	Globigerina inflata	300-350	29.29729485	Non-Symbiont Non-Spinose	231.0	35.863	16.175	0.29858894	13.85012844	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 11B	Coretop	-2741.0	0.0			45.4	-25.4	Globigerina inflata	300-350	28.14296448	Non-Symbiont Non-Spinose	236.0	35.92	16.872	0.29858894	13.85012844	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 5B	Coretop	-3069.0	0.0			46.0	-23.848	Globigerina inflata	300-350	29.97450967	Non-Symbiont Non-Spinose	224.0	35.731	14.974	0.32388736	13.43295588	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 8B	Coretop	-3393.0	0.0			46.2	-23.715	Globigerina inflata	300-350	31.59870488	Non-Symbiont Non-Spinose	224.0	35.682	14.974	0.32388736	13.43295588	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 5B	Coretop	-3121.0	0.0			46.9	-25.4	Globigerina inflata	300-350	25.77812753	Non-Symbiont Non-Spinose	227.0	35.768	15.731	0.34558492	12.43581229	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 9B	Coretop	-3074.0	0.0			48.4	-25.1	Globigerina inflata	300-350	27.72564385	Non-Symbiont Non-Spinose	216.0	35.579	13.496	0.35420919	11.76409828	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 3B	Coretop	-3113.0	0.0			50.2	-27.0	Globigerina inflata	300-350	26.06885195	Non-Symbiont Non-Spinose	211.0	35.012	13.845	0.32729929	10.64878986	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 7B	Coretop	-3013.0	0.0			50.5	-26.5	Globigerina inflata	300-350	28.778226	Non-Symbiont Non-Spinose	210.0	34.962	13.561	0.35298834	10.53125999	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 6B	Coretop	-3381.0	0.0			51.4	-25.8	Globigerina inflata	300-350	24.15430403	Non-Symbiont Non-Spinose	188.0	35.194	11.187	0.35698403	10.60658247	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 2B	Coretop	-2731.0	0.0			53.1	-20.798	Globigerina inflata	300-350	24.50883041	Non-Symbiont Non-Spinose	214.0	35.345	13.255	0.43018857	10.8645545	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 1B	Coretop	-2580.0	0.0			53.4	-27.5	Globigerina inflata	300-350	24.34175504	Non-Symbiont Non-Spinose	199.0	34.79	11.449	0.45058216	10.50154811	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 5B	Coretop	-2812.0	0.0			53.6	-27.1	Globigerina inflata	300-350	25.24015208	Non-Symbiont Non-Spinose	199.0	34.757	11.449	0.46918559	10.69622741	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 4B	Coretop	-2821.0	0.0			55.0	-28.3	Globigerina inflata	300-350	21.77035755	Non-Symbiont Non-Spinose	175.0	34.921	9.688	0.5071466	10.91926445	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 3B	Coretop	-2819.0	0.0			56.4	-27.8	Globigerina inflata	300-350	19.43806847	Non-Symbiont Non-Spinose	166.0	35.039	8.639	0.53353757	11.11399203	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 2B	Coretop	-2767.0	0.0			57.9	-26.0	Globigerina inflata	300-350	23.18836228	Non-Symbiont Non-Spinose	176.0	34.977	9.698	0.57675681	11.97909612	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 1B	Coretop	-2911.0	0.0			58.5	-20.493	Globigerina inflata	300-350	20.7565368	Non-Symbiont Non-Spinose	176.0	35.24	9.452	0.58786587	12.3979585	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 15B	Coretop	-2585.0	0.0			38.6	-25.0	Neogloboquadrina pachyderma	250-300	10.04634956	Non-Symbiont Non-Spinose	244.0	36.051	18.187	0.17618181	13.68781733	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 15aB	Coretop	-2738.0	0.0			38.9	-25.0	Neogloboquadrina pachyderma	250-300	10.33217461	Non-Symbiont Non-Spinose	244.0	35.99	18.187	0.17618181	13.68781733	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 14B	Coretop	-2858.0	0.0			40.4	-25.8	Neogloboquadrina pachyderma	250-300	11.97738122	Non-Symbiont Non-Spinose	234.0	35.869	17.265	0.20152946	14.4711826	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 12B	Coretop	-4085.0	0.0			40.6	-20.118	Neogloboquadrina pachyderma	250-300	7.50112816	Non-Symbiont Non-Spinose	237.0	35.92	17.796	0.18828798	14.23368554	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 9B	Coretop	-2026.0	0.0			40.8	-27.5	Neogloboquadrina pachyderma	250-300	11.41381598	Non-Symbiont Non-Spinose	237.0	35.945	17.915	0.23714916	14.75367931	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 8B	Coretop	-3232.0	0.0			42.3	-25.7	Neogloboquadrina pachyderma	250-300	12.51207398	Non-Symbiont Non-Spinose	231.0	35.941	16.38	0.24253952	14.57241899	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 13B	Coretop	-3133.0	0.0			42.9	-25.3	Neogloboquadrina pachyderma	250-300	10.26959012	Non-Symbiont Non-Spinose	231.0	35.856	16.38	0.24022223	14.37514414	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 7B	Coretop	-2664.0	0.0			43.9	-25.0	Neogloboquadrina pachyderma	250-300	10.37907556	Non-Symbiont Non-Spinose	230.0	35.709	16.338	0.25796133	14.19485922	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 13B	Coretop	-4016.0	0.0			44.0	-20.017	Neogloboquadrina pachyderma	250-300	8.63369751	Non-Symbiont Non-Spinose	224.0	35.721	15.345	0.25662878	14.73507213	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 12B	Coretop	-3052.0	0.0			44.1	-24.9	Neogloboquadrina pachyderma	250-300	10.71378573	Non-Symbiont Non-Spinose	215.0	35.657	14.505	0.25796133	14.19485922	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 11B	Coretop	-3208.0	0.0			45.0	-24.66	Neogloboquadrina pachyderma	250-300	10.1422331	Non-Symbiont Non-Spinose	231.0	35.863	16.175	0.29858894	13.85012844	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 11B	Coretop	-2741.0	0.0			45.4	-25.4	Neogloboquadrina pachyderma	250-300	9.61669549	Non-Symbiont Non-Spinose	236.0	35.92	16.872	0.29858894	13.85012844	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 5B	Coretop	-3069.0	0.0			46.0	-23.848	Neogloboquadrina pachyderma	250-300	11.11717969	Non-Symbiont Non-Spinose	224.0	35.731	14.974	0.32388736	13.43295588	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 8B	Coretop	-3393.0	0.0			46.2	-23.715	Neogloboquadrina pachyderma	250-300	9.79436278	Non-Symbiont Non-Spinose	224.0	35.682	14.974	0.32388736	13.43295588	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 5B	Coretop	-3121.0	0.0			46.9	-25.4	Neogloboquadrina pachyderma	250-300	9.67390565	Non-Symbiont Non-Spinose	227.0	35.768	15.731	0.34558492	12.43581229	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 4B	Coretop	-3945.0	0.0			47.2	-21.387	Neogloboquadrina pachyderma	250-300	8.78783652	Non-Symbiont Non-Spinose	225.0	35.577	15.47	0.34217356	13.51080798	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 15B	Coretop	-4177.0	0.0			47.6	-20.922	Neogloboquadrina pachyderma	250-300	9.13746447	Non-Symbiont Non-Spinose	223.0	35.543	15.524	0.36197874	12.70011472	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 3B	Coretop	-4479.0	0.0			47.7	-20.808	Neogloboquadrina pachyderma	250-300	8.21690297	Non-Symbiont Non-Spinose	223.0	35.518	15.524	0.36197874	12.70011472	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 9B	Coretop	-3074.0	0.0			48.4	-25.1	Neogloboquadrina pachyderma	250-300	9.5662173	Non-Symbiont Non-Spinose	216.0	35.579	13.496	0.35420919	11.76409828	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 3B	Coretop	-3113.0	0.0			50.2	-27.0	Neogloboquadrina pachyderma	250-300	10.39381974	Non-Symbiont Non-Spinose	211.0	35.012	13.845	0.32729929	10.64878986	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 7B	Coretop	-3013.0	0.0			50.5	-26.5	Neogloboquadrina pachyderma	250-300	10.48886683	Non-Symbiont Non-Spinose	210.0	34.962	13.561	0.35298834	10.53125999	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 6B	Coretop	-3381.0	0.0			51.4	-25.8	Neogloboquadrina pachyderma	250-300	9.85297304	Non-Symbiont Non-Spinose	188.0	35.194	11.187	0.35698403	10.60658247	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 2B	Coretop	-2731.0	0.0			53.1	-20.798	Neogloboquadrina pachyderma	250-300	8.46103777	Non-Symbiont Non-Spinose	214.0	35.345	13.255	0.43018857	10.8645545	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 1B	Coretop	-2580.0	0.0			53.4	-27.5	Neogloboquadrina pachyderma	250-300	11.12583964	Non-Symbiont Non-Spinose	199.0	34.79	11.449	0.45058216	10.50154811	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 5B	Coretop	-2812.0	0.0			53.6	-27.1	Neogloboquadrina pachyderma	250-300	9.38471142	Non-Symbiont Non-Spinose	199.0	34.757	11.449	0.46918559	10.69622741	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 4B	Coretop	-2821.0	0.0			55.0	-28.3	Neogloboquadrina pachyderma	250-300	10.329404	Non-Symbiont Non-Spinose	175.0	34.921	9.688	0.5071466	10.91926445	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 3B	Coretop	-2819.0	0.0			56.4	-27.8	Neogloboquadrina pachyderma	250-300	8.45000154	Non-Symbiont Non-Spinose	166.0	35.039	8.639	0.53353757	11.11399203	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 2B	Coretop	-2767.0	0.0			57.9	-26.0	Neogloboquadrina pachyderma	250-300	8.56129913	Non-Symbiont Non-Spinose	176.0	34.977	9.698	0.57675681	11.97909612	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 1B	Coretop	-2911.0	0.0			58.5	-20.493	Neogloboquadrina pachyderma	250-300	7.24884443	Non-Symbiont Non-Spinose	176.0	35.24	9.452	0.58786587	12.3979585	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 15B	Coretop	-3271.0	0.0			30.5	-36.95	Globorotalia truncatulinoides	300-350	35.53494282	Non-Symbiont Non-Spinose	271.0	36.558	21.069	0.05398491	7.29490915	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 13B	Coretop	-2992.0	0.0			32.8	-34.7	Globorotalia truncatulinoides	300-350	33.18332948	Non-Symbiont Non-Spinose	266.0	36.471	20.301	0.07400047	9.62155778	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 17B	Coretop	-2934.0	0.0			35.4	-29.4	Globorotalia truncatulinoides	300-350	32.44852268	Non-Symbiont Non-Spinose	256.0	36.221	19.435	0.10293545	9.52483931	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 11B	Coretop	-2220.0	0.0			35.6	-32.6	Globorotalia truncatulinoides	300-350	32.02066162	Non-Symbiont Non-Spinose	261.0	36.288	20.692	0.13029598	11.19352174	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 15B	Coretop	-2585.0	0.0			38.6	-25.0	Globorotalia truncatulinoides	300-350	29.83091957	Non-Symbiont Non-Spinose	244.0	36.051	18.187	0.17618181	13.68781733	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 15aB	Coretop	-2738.0	0.0			38.9	-25.0	Globorotalia truncatulinoides	300-350	32.11226002	Non-Symbiont Non-Spinose	244.0	35.99	18.187	0.17618181	13.68781733	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 14B	Coretop	-2858.0	0.0			40.4	-25.8	Globorotalia truncatulinoides	300-350	32.91628167	Non-Symbiont Non-Spinose	234.0	35.869	17.265	0.20152946	14.4711826	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 9B	Coretop	-2026.0	0.0			40.8	-27.5	Globorotalia truncatulinoides	300-350	33.3391904	Non-Symbiont Non-Spinose	237.0	35.945	17.915	0.23714916	14.75367931	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 8B	Coretop	-3232.0	0.0			42.3	-25.7	Globorotalia truncatulinoides	300-350	29.9550964	Non-Symbiont Non-Spinose	231.0	35.941	16.38	0.24253952	14.57241899	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 13B	Coretop	-3133.0	0.0			42.9	-25.3	Globorotalia truncatulinoides	300-350	32.14452375	Non-Symbiont Non-Spinose	231.0	35.856	16.38	0.24022223	14.37514414	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T86 7B	Coretop	-2664.0	0.0			43.9	-25.0	Globorotalia truncatulinoides	300-350	31.66886471	Non-Symbiont Non-Spinose	230.0	35.709	16.338	0.25796133	14.19485922	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 12B	Coretop	-3052.0	0.0			44.1	-24.9	Globorotalia truncatulinoides	300-350	31.16095367	Non-Symbiont Non-Spinose	215.0	35.657	14.505	0.25796133	14.19485922	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 11B	Coretop	-3208.0	0.0			45.0	-24.66	Globorotalia truncatulinoides	300-350	29.31928962	Non-Symbiont Non-Spinose	231.0	35.863	16.175	0.29858894	13.85012844	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 11B	Coretop	-2741.0	0.0			45.4	-25.4	Globorotalia truncatulinoides	300-350	28.27912026	Non-Symbiont Non-Spinose	236.0	35.92	16.872	0.29858894	13.85012844	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 5B	Coretop	-3069.0	0.0			46.0	-23.848	Globorotalia truncatulinoides	300-350	26.74965098	Non-Symbiont Non-Spinose	224.0	35.731	14.974	0.32388736	13.43295588	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T90 8B	Coretop	-3393.0	0.0			46.2	-23.715	Globorotalia truncatulinoides	300-350	28.4383157	Non-Symbiont Non-Spinose	224.0	35.682	14.974	0.32388736	13.43295588	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 9B	Coretop	-3074.0	0.0			48.4	-25.1	Globorotalia truncatulinoides	300-350	30.04374333	Non-Symbiont Non-Spinose	216.0	35.579	13.496	0.35420919	11.76409828	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	T88 6B	Coretop	-3381.0	0.0			51.4	-25.8	Globorotalia truncatulinoides	300-350	26.39799457	Non-Symbiont Non-Spinose	188.0	35.194	11.187	0.35698403	10.60658247	ATL
Barker	Appendix 3, Planktonic foraminiferal proxies for temperature and pCO2.	NEAP 8K database	Sediment core	-2360.0	0.0			59.8	-23.9	Globigerina bulloides	300-350	11.83641162	Non-Symbiont Spinose	177.0	35.149	9.071	0.62963029	12.13519015	ATL
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB I2B5	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	3.22478032	Non-Symbiont Spinose	204.4284311	39.39733699	17.86150606	0.11599651	11.57689551	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB I2B10	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	3.6388215	Non-Symbiont Spinose	204.4284311	39.39733699	17.86150606	0.11599651	11.57689551	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB I2B11	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	5.16725396	Non-Symbiont Spinose	204.4284311	39.39733699	17.86150606	0.11599651	11.57689551	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB I2B12	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.95772579	Non-Symbiont Spinose	204.4284311	39.39733699	17.86150606	0.11599651	11.57689551	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB II 2B1	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.1740986	Non-Symbiont Spinose	204.4284311	39.39733699	17.86150606	0.11599651	11.57689551	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB III2B1	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	5.37587309	Non-Symbiont Spinose	204.4284311	39.39733699	17.86150606	0.11599651	11.57689551	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB III2B2	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.94625211	Non-Symbiont Spinose	204.4284311	39.39733699	17.86150606	0.11599651	11.57689551	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB III2B3	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.61300869	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB V2B4	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.67892437	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB V2B5	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.7318054	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB V2B6	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	5.00270256	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB VII 2B1	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.18072879	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB VII 2B3	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.16110151	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB VII 2B4	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.51483215	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB IX 2B1	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.12005354	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB X 2B5	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.1777316	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB X 2B6	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.34219039	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XI 2B2	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.02237817	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XI 2B4	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	3.54421514	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XI 2B5	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.22880739	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XII 2B4	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	3.96336036	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XII 2B5	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.02194624	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XII 2B6	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.43061472	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XIV 2B4	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.20244758	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVI 2B2	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.4726332	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVI 2B3	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.78151641	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVI 2B4	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.78725579	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVI 2B5	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	3.7146846	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVI 2B6	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	3.38759973	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVIII 2B2	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.85899513	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XX 2B1	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.83808595	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XX 2B3	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.80089453	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XX 2B5	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.08763324	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XX 2B6	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	4.4340755	Non-Symbiont Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XXII 2B3	Sediment trap				530	42.989	5.121	Globigerina bulloides	250-300	3.55465105	Non-Symbiont Spinose	194.5950513	39.50077772	18.60218956	0.07801616	11.72752465	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB I2B10	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.04706361	Non-Symbiont Non-Spinose	204.4284311	39.39733699	17.86150606	0.11599651	11.57689551	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB I2B11	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.3473059	Non-Symbiont Non-Spinose	204.4284311	39.39733699	17.86150606	0.11599651	11.57689551	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB I2B12	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.15372461	Non-Symbiont Non-Spinose	204.4284311	39.39733699	17.86150606	0.11599651	11.57689551	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB III2B1	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.06279687	Non-Symbiont Non-Spinose	204.4284311	39.39733699	17.86150606	0.11599651	11.57689551	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB III2B2	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.47079546	Non-Symbiont Non-Spinose	204.4284311	39.39733699	17.86150606	0.11599651	11.57689551	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB III2B3	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.20680181	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB V2B3	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	5.02873689	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB V2B4	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.40313306	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB V2B5	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.5661454	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB V2B6	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.14938768	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB VIII 2B6	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.00153828	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB X 2B5	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.36672829	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB X 2B6	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	3.90966163	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XII 2B6	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.1515914	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XIII 2B1	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.31840616	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XIII 2B3	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.84014534	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XIV 2B2	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.33420184	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XIV 2B3	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	3.58700571	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XV 2B3	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.83857487	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XV 2B4	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.10890619	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVI 2B2	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	3.85990959	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVI 2B3	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.58515568	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVI 2B4	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.38965673	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVI 2B6	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	3.72791362	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVIII 2B2	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.42639305	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVIII 2B3	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.42366426	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVIII 2B4	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	5.08103288	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XX 2B1	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	3.95078071	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XX 2B2	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	3.06472217	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XX 2B3	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	4.17190791	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XX 2B5	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	5.0827253	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XXI 2B6	Sediment trap				530	42.989	5.121	Neogloboquadrina incompta	200-250	3.13462165	Non-Symbiont Non-Spinose	194.5950513	39.50077772	18.60218956	0.07801616	11.72752465	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB I2B5	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	16.44071139	Non-Symbiont Non-Spinose	204.4284311	39.39733699	17.86150606	0.11599651	11.57689551	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB I 2B6	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	25.40903738	Non-Symbiont Non-Spinose	204.4284311	39.39733699	17.86150606	0.11599651	11.57689551	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB I2B11	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	12.73133885	Non-Symbiont Non-Spinose	204.4284311	39.39733699	17.86150606	0.11599651	11.57689551	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB I2B12	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	14.72375574	Non-Symbiont Non-Spinose	204.4284311	39.39733699	17.86150606	0.11599651	11.57689551	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB III2B1	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	17.36176636	Non-Symbiont Non-Spinose	204.4284311	39.39733699	17.86150606	0.11599651	11.57689551	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB III2B2	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	17.94434625	Non-Symbiont Non-Spinose	204.4284311	39.39733699	17.86150606	0.11599651	11.57689551	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB III2B3	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	15.83289661	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB III2B4	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	24.4925591	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB III2B5	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	22.82408935	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB V2B3	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	18.16209757	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB V2B4	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	16.17424591	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB V2B5	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	14.49982599	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB V2B6	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	13.43531268	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB VII 2B1	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	17.23091236	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB VII 2B4	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	28.48179628	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB VII 2B6	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	31.06471527	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB VIII 2B1	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	21.54985967	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB VIII 2B4	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	17.63408796	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB VIII 2B5	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	18.34231248	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB VIII 2B6	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	18.23483989	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB IX 2B1	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	17.94957203	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB X 2B3	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	22.58647235	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB X 2B4	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	27.02746876	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB X 2B5	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	21.84532755	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB X 2B6	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	18.1564068	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XI 2B1	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	12.89951675	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XII 2B2	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	16.77335061	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XIII 2B1	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	18.6717965	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XIII 2B2	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	33.78190899	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XIII 2B3	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	33.29000172	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XIII 2B5	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	25.54288194	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XIV 2B1	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	29.58334346	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XIV 2B2	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	22.18689135	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XIV 2B3	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	16.01979364	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XIV 2B4	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	16.4058488	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XV 2B1	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	27.352901	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XV 2B4	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	31.24673868	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XV 2B5	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	32.86671368	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVI 2B1	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	22.48673981	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVI 2B2	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	21.66726784	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVI 2B3	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	18.44181949	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVI 2B4	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	16.44723786	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVI 2B5	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	27.26456628	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVI 2B6	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	21.15875334	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVII 2B3	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	34.27188354	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVII 2B6	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	30.01184092	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVIII 2B2	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	19.5532772	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVIII 2B3	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	19.18979951	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVIII 2B4	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	23.63407946	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XVIII 2B5	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	21.78231337	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XIX 2B1	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	33.35802697	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XIX 2B2	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	33.39604005	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XIX 2B4	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	34.92220381	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XIX 2B6	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	31.05270436	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XX 2B1	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	18.15739328	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XX 2B3	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	22.95272479	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XXI 2B4	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	36.2975028	Non-Symbiont Non-Spinose	199.709257	39.37565826	18.28363333	0.09256227	10.59136733	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	NB XXI 2B6	Sediment trap				530	42.989	5.121	Globorotalia truncatulinoides	400-500	27.97070682	Non-Symbiont Non-Spinose	194.5950513	39.50077772	18.60218956	0.07801616	11.72752465	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	PLANIER CORE-TOP	Coretop	-1095.0	0.0			42.989	5.121	Globigerina bulloides	250-300	5.37100739	Non-Symbiont Spinose	238.9780501	39.45058746	18.06826938	0.11069427	9.62725074	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	PLANIER CORE-TOP	Coretop	-1095.0	0.0			42.989	5.121	Globigerina bulloides	250-300	5.00965139	Non-Symbiont Spinose	238.9780501	39.45058746	18.06826938	0.11069427	9.62725074	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	PLANIER CORE-TOP	Coretop	-1095.0	0.0			42.989	5.121	Neogloboquadrina incompta	200-250	4.49412065	Non-Symbiont Non-Spinose	238.9780501	39.45058746	18.06826938	0.11069427	9.62725074	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	PLANIER CORE-TOP	Coretop	-1095.0	0.0			42.989	5.121	Neogloboquadrina incompta	200-250	4.5814014	Non-Symbiont Non-Spinose	238.9780501	39.45058746	18.06826938	0.11069427	9.62725074	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	PLANIER CORE-TOP	Coretop	-1095.0	0.0			42.989	5.121	Globorotalia truncatulinoides	400-500	34.3074154	Non-Symbiont Non-Spinose	238.9780501	39.45058746	18.06826938	0.11069427	9.62725074	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	PLANIER CORE-TOP	Coretop	-1095.0	0.0			42.989	5.121	Globorotalia truncatulinoides	400-500	36.81173261	Non-Symbiont Non-Spinose	238.9780501	39.45058746	18.06826938	0.11069427	9.62725074	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS0 - 0,5 cm	Sediment core	-990.0	0.005			42.2656	3.54	Globigerina bulloides	250-300	4.84829468	Non-Symbiont Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS0,5 - 1 cm	Sediment core	-990.0	0.01			42.2656	3.54	Globigerina bulloides	250-300	4.46158592	Non-Symbiont Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS1 - 1,5 cm	Sediment core	-990.0	0.015			42.2656	3.54	Globigerina bulloides	250-300	4.88432296	Non-Symbiont Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS1,5 - 2 cm	Sediment core	-990.0	0.02			42.2656	3.54	Globigerina bulloides	250-300	4.87645293	Non-Symbiont Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS2 - 3 cm	Sediment core	-990.0	0.03			42.2656	3.54	Globigerina bulloides	250-300	4.7146898	Non-Symbiont Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS3 - 4 cm	Sediment core	-990.0	0.04			42.2656	3.54	Globigerina bulloides	250-300	4.56816556	Non-Symbiont Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS4 - 5 cm	Sediment core	-990.0	0.05			42.2656	3.54	Globigerina bulloides	250-300	5.3159722	Non-Symbiont Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS0 - 0,5 cm	Sediment core	-990.0	0.005			42.2656	3.54	Neogloboquadrina incompta	200-250	4.17155861	Non-Symbiont Non-Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS0,5 - 1 cm	Sediment core	-990.0	0.01			42.2656	3.54	Neogloboquadrina incompta	200-250	4.05130975	Non-Symbiont Non-Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS1 - 1,5 cm	Sediment core	-990.0	0.015			42.2656	3.54	Neogloboquadrina incompta	200-250	4.26065716	Non-Symbiont Non-Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS1,5 - 2 cm	Sediment core	-990.0	0.02			42.2656	3.54	Neogloboquadrina incompta	200-250	3.98251385	Non-Symbiont Non-Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS2 - 3 cm	Sediment core	-990.0	0.03			42.2656	3.54	Neogloboquadrina incompta	200-250	4.39751532	Non-Symbiont Non-Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS3 - 4 cm	Sediment core	-990.0	0.04			42.2656	3.54	Neogloboquadrina incompta	200-250	3.77425525	Non-Symbiont Non-Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS4 - 5 cm	Sediment core	-990.0	0.05			42.2656	3.54	Neogloboquadrina incompta	200-250	4.12536032	Non-Symbiont Non-Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS0 - 0,5 cm	Sediment core	-990.0	0.005			42.2656	3.54	Globorotalia truncatulinoides	400-500	30.96300806	Non-Symbiont Non-Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS0,5 - 1 cm	Sediment core	-990.0	0.01			42.2656	3.54	Globorotalia truncatulinoides	400-500	30.11250591	Non-Symbiont Non-Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS1 - 1,5 cm	Sediment core	-990.0	0.015			42.2656	3.54	Globorotalia truncatulinoides	400-500	27.97823053	Non-Symbiont Non-Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS1,5 - 2 cm	Sediment core	-990.0	0.02			42.2656	3.54	Globorotalia truncatulinoides	400-500	27.27063441	Non-Symbiont Non-Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS2 - 3 cm	Sediment core	-990.0	0.03			42.2656	3.54	Globorotalia truncatulinoides	400-500	30.14901333	Non-Symbiont Non-Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS3 - 4 cm	Sediment core	-990.0	0.04			42.2656	3.54	Globorotalia truncatulinoides	400-500	28.01581789	Non-Symbiont Non-Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
Bejard	Calcification response of planktic foraminifera to environmental change in the Western Mediterranean Sea during the industrial era	LACAZE-DUTHIERS4 - 5 cm	Sediment core	-990.0	0.05			42.2656	3.54	Globorotalia truncatulinoides	400-500	28.90249184	Non-Symbiont Non-Spinose	241.3525258	39.29777075	18.6024545	0.08441233	10.36767115	MED
New data	n/a	GIK23238-1	Coretop	-981.0	0.0			67.0	7.8	Neogloboquadrina pachyderma	200-250	5.60744947	Non-Symbiont Non-Spinose	179.0	35.019	7.118	0.47371998	10.08141008	ATL
New data	n/a	GIK23239	Coretop	-1529.0	0.0			67.5	8.4	Neogloboquadrina pachyderma	200-250	6.32308979	Non-Symbiont Non-Spinose	175.0	35.035	7.112	0.48700425	10.43818148	ATL
New data	n/a	GIK23243-2	Coretop	-2721.0	0.0			69.4	-6.5	Neogloboquadrina pachyderma	200-250	6.6115494	Non-Symbiont Non-Spinose	166.0	35.134	4.549	0.14009572	11.728758	ATL
New data	n/a	GIK23244-1	Coretop	-2085.0	0.0			69.4	-8.7	Neogloboquadrina pachyderma	200-250	6.76442136	Non-Symbiont Non-Spinose	174.0	35.027	5.382	0.53896508	5.64252924	ATL
New data	n/a	GIK23266-1	Coretop	-2773.0	0.0			72.0	7.5	Neogloboquadrina pachyderma	200-250	6.45106211	Non-Symbiont Non-Spinose	167.0	35.052	5.295	0.53338337	8.18491921	ATL
New data	n/a	GIK23267-2	Coretop	-2974.0	0.0			72.0	5.0	Neogloboquadrina pachyderma	200-250	6.38592834	Non-Symbiont Non-Spinose	180.0	34.964	5.474	0.53083783	7.85632454	ATL
New data	n/a	GIK23269-2	Coretop	-2877.0	0.0			71.5	0.7	Neogloboquadrina pachyderma	200-250	5.84524894	Non-Symbiont Non-Spinose	171.0	35.043	5.52	0.53092742	7.22740295	ATL
New data	n/a	GIK23295-2	Coretop	-2134.0	0.0			71.1	-6.0	Neogloboquadrina pachyderma	200-250	6.2779022	Non-Symbiont Non-Spinose	176.0	34.766	3.319	0.14520795	17.20702089	ATL
New data	n/a	GIK233091	Coretop	-1423.0	0.0			67.7	5.8	Neogloboquadrina pachyderma	200-250	7.20263695	Non-Symbiont Non-Spinose	167.0	34.948	6.519	0.50235999	10.6254375	ATL
New data	n/a	GIK23313-2	Coretop	-961.0	0.0			67.0	7.8	Neogloboquadrina pachyderma	200-250	7.10607283	Non-Symbiont Non-Spinose	179.0	35.019	7.118	0.47371998	10.08141008	ATL
New data	n/a	GIK23364-6	Coretop	-2794.0	0.0			70.5	-4.0	Neogloboquadrina pachyderma	200-250	7.06992542	Non-Symbiont Non-Spinose	186.0	35.13	6.63	0.56251912	3.64355727	ATL
New data	n/a	GIK233651	Coretop	-2795.0	0.0			70.5	-2.0	Neogloboquadrina pachyderma	200-250	6.10075542	Non-Symbiont Non-Spinose	185.0	35.109	6.743	0.52790769	6.50608487	ATL
New data	n/a	GIK23373	Coretop	-1338.0	0.0			67.0	2.9	Neogloboquadrina pachyderma	200-250	7.10642667	Non-Symbiont Non-Spinose	163.0	34.989	5.548	0.51615174	9.34255029	ATL
New data	n/a	GIK23398-2	Coretop	-2224.0	0.0			76.4	9.0	Neogloboquadrina pachyderma	200-250	7.12995242	Non-Symbiont Non-Spinose	191.0	34.939	6.376	0.54615202	8.96614071	ATL
New data	n/a	GIK23402-2	Coretop	-2439.0	0.0			68.7	0.2	Neogloboquadrina pachyderma	200-250	7.22019753	Non-Symbiont Non-Spinose	168.0	35.086	5.591	0.52831327	6.92328453	ATL
New data	n/a	PS1704	Coretop	-1195.0	0.0			78.4	1.1	Neogloboquadrina pachyderma	200-250	6.95220432	Non-Symbiont Non-Spinose	202.0	34.298	1.615	0.56441928	3.96809077	ATL
New data	n/a	PS1707-1	Coretop	-2118.0	0.0			72.6	-13.8	Neogloboquadrina pachyderma	200-250	8.27944648	Non-Symbiont Non-Spinose	175.0	33.411	4.113	0.56550285	4.10478321	ATL
New data	n/a	PS1743-2	Coretop	-1695.0	0.0			76.8	-5.4	Neogloboquadrina pachyderma	200-250	9.5337176	Non-Symbiont Non-Spinose	245.0	36.1	19.326	0.54983494	5.35840782	ATL
New data	n/a	PS1918-2	Coretop	-1174.0	0.0			75.0	-12.4	Neogloboquadrina pachyderma	200-250	8.16046172	Non-Symbiont Non-Spinose	138.0	31.74	-0.621	0.56054504	3.70911924	ATL
New data	n/a	PS2412-2	Coretop	-583.0	0.0			76.6	-7.5	Neogloboquadrina pachyderma	200-250	8.94302644	Non-Symbiont Non-Spinose	139.0	30.895	-0.763	0.56062378	3.1542271	ATL
New data	n/a	PS2415-5	Coretop	-375.0	0.0			77.7	-14.1	Neogloboquadrina pachyderma	200-250	7.62494344	Non-Symbiont Non-Spinose	119.0	30.514	-0.156	0.54909648	2.3035169	ATL
New data	n/a	PS2627-5	Coretop	-2009.0	0.0			73.1	-15.7	Neogloboquadrina pachyderma	200-250	7.78171076	Non-Symbiont Non-Spinose	159.0	32.854	0.555	0.56480897	4.01844051	ATL
New data	n/a	PS2644-2	Coretop	-778.0	0.0			67.9	-21.8	Neogloboquadrina pachyderma	200-250	6.68488928	Non-Symbiont Non-Spinose	175.0	34.806	4.833	0.5637484	5.52285081	ATL
New data	n/a	PS2646-2	Coretop	-1115.0	0.0			68.6	-21.5	Neogloboquadrina pachyderma	200-250	6.97724231	Non-Symbiont Non-Spinose	176.0	34.001	2.288	0.56114269	3.70131624	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	0.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.61743128	Non-Symbiont Non-Spinose	140.0	34.321	9.081	0.36486049	10.14796285	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	1.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.28065472	Non-Symbiont Non-Spinose	144.0	34.355	8.723	0.39623313	9.92348698	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	2.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.96084661	Non-Symbiont Non-Spinose	144.0	34.355	8.723	0.39623313	9.92348698	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	2.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.86540968	Non-Symbiont Non-Spinose	144.0	34.355	8.723	0.39623313	9.92348698	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	3.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.39177756	Non-Symbiont Non-Spinose	148.0	34.378	8.569	0.35685389	9.88093606	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	4.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.87301564	Non-Symbiont Non-Spinose	148.0	34.378	8.569	0.35685389	9.88093606	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	5.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.02130635	Non-Symbiont Non-Spinose	148.0	34.378	8.569	0.35685389	9.88093606	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	6.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.95617141	Non-Symbiont Non-Spinose	152.0	34.338	8.353	0.36846906	9.75651288	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	7.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	6.00920823	Non-Symbiont Non-Spinose	152.0	34.338	8.353	0.36846906	9.75651288	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	9.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.90799857	Non-Symbiont Non-Spinose	156.0	34.33	8.216	0.37357655	9.92231238	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	10.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.62536201	Non-Symbiont Non-Spinose	158.0	34.351	8.324	0.38729288	9.56848623	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	11.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.34820677	Non-Symbiont Non-Spinose	158.0	34.337	8.246	0.40871352	9.50050555	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	12.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.41128205	Non-Symbiont Non-Spinose	158.0	34.337	8.246	0.40871352	9.50050555	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	13.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.13903164	Non-Symbiont Non-Spinose	158.0	34.337	8.246	0.40871352	9.50050555	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	14.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	6.10888475	Non-Symbiont Non-Spinose	158.0	34.339	8.21	0.41647122	10.18755082	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	15.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.70589679	Non-Symbiont Non-Spinose	158.0	34.339	8.21	0.41647122	10.18755082	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	15.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	6.17187582	Non-Symbiont Non-Spinose	161.0	34.293	8.024	0.44479069	9.89932765	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	16.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	6.13454343	Non-Symbiont Non-Spinose	161.0	34.293	8.024	0.44479069	9.89932765	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	16.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.38658015	Non-Symbiont Non-Spinose	161.0	34.293	8.024	0.44479069	9.89932765	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	17.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.9859283	Non-Symbiont Non-Spinose	160.0	34.288	8.027	0.39066131	10.04942838	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	17.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.49470356	Non-Symbiont Non-Spinose	160.0	34.288	8.027	0.39066131	10.04942838	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	18.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	6.15537298	Non-Symbiont Non-Spinose	160.0	34.288	8.027	0.39066131	10.04942838	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	18.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.86556053	Non-Symbiont Non-Spinose	164.0	34.29	8.166	0.40696935	10.06454552	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	19.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.35473151	Non-Symbiont Non-Spinose	164.0	34.29	8.166	0.40696935	10.06454552	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	20.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.91157124	Non-Symbiont Non-Spinose	164.0	34.29	8.166	0.40696935	10.06454552	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	21.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.47053674	Non-Symbiont Non-Spinose	165.0	34.337	8.228	0.39926828	9.74302987	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	21.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.34916018	Non-Symbiont Non-Spinose	165.0	34.337	8.228	0.39926828	9.74302987	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	22.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.18463053	Non-Symbiont Non-Spinose	166.0	34.319	7.994	0.43583445	9.67406747	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	23.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.55033865	Non-Symbiont Non-Spinose	166.0	34.319	7.994	0.43583445	9.67406747	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	25.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.68138994	Non-Symbiont Non-Spinose	166.0	34.308	8.136	0.43741742	9.57454068	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	27.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.37091444	Non-Symbiont Non-Spinose	167.0	34.326	8.264	0.41581135	9.99099969	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	29.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.40079857	Non-Symbiont Non-Spinose	168.0	34.389	8.313	0.44449476	9.73991008	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	30.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.49288839	Non-Symbiont Non-Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	31.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.91417019	Non-Symbiont Non-Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	33.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.81994749	Non-Symbiont Non-Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	33.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	6.07951014	Non-Symbiont Non-Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	35.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.80576105	Non-Symbiont Non-Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	36.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	6.39022001	Non-Symbiont Non-Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	37.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.9280867	Non-Symbiont Non-Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	37.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.72677338	Non-Symbiont Non-Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	38.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.27200317	Non-Symbiont Non-Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	39.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.53683469	Non-Symbiont Non-Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	40.25			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.44295605	Non-Symbiont Non-Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	41.75			63.80639	5.22444	Neogloboquadrina incompta	200-250	5.60078997	Non-Symbiont Non-Spinose	175.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	3.75			63.80639	5.22444	Globigerina bulloides	250-300	10.28550141	Non-Symbiont Spinose	148.0	34.378	8.569	0.35685389	9.88093606	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	5.25			63.80639	5.22444	Globigerina bulloides	250-300	10.14957507	Non-Symbiont Spinose	148.0	34.378	8.569	0.35685389	9.88093606	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	5.75			63.80639	5.22444	Globigerina bulloides	250-300	10.15935409	Non-Symbiont Spinose	148.0	34.378	8.569	0.35685389	9.88093606	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	6.75			63.80639	5.22444	Globigerina bulloides	250-300	10.91057434	Non-Symbiont Spinose	152.0	34.338	8.353	0.36846906	9.75651288	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	7.25			63.80639	5.22444	Globigerina bulloides	250-300	9.27908659	Non-Symbiont Spinose	152.0	34.338	8.353	0.36846906	9.75651288	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	7.75			63.80639	5.22444	Globigerina bulloides	250-300	9.91313257	Non-Symbiont Spinose	156.0	34.33	8.216	0.37357655	9.92231238	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	8.25			63.80639	5.22444	Globigerina bulloides	250-300	9.81939581	Non-Symbiont Spinose	156.0	34.33	8.216	0.37357655	9.92231238	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	8.75			63.80639	5.22444	Globigerina bulloides	250-300	9.52695091	Non-Symbiont Spinose	156.0	34.33	8.216	0.37357655	9.92231238	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	9.25			63.80639	5.22444	Globigerina bulloides	250-300	9.52695091	Non-Symbiont Spinose	156.0	34.33	8.216	0.37357655	9.92231238	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	9.75			63.80639	5.22444	Globigerina bulloides	250-300	8.51684139	Non-Symbiont Spinose	156.0	34.33	8.216	0.37357655	9.92231238	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	10.25			63.80639	5.22444	Globigerina bulloides	250-300	9.82023411	Non-Symbiont Spinose	158.0	34.351	8.324	0.38729288	9.56848623	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	10.75			63.80639	5.22444	Globigerina bulloides	250-300	8.90158843	Non-Symbiont Spinose	158.0	34.351	8.324	0.38729288	9.56848623	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	11.25			63.80639	5.22444	Globigerina bulloides	250-300	10.77663469	Non-Symbiont Spinose	158.0	34.351	8.324	0.38729288	9.56848623	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	11.75			63.80639	5.22444	Globigerina bulloides	250-300	9.16278128	Non-Symbiont Spinose	158.0	34.337	8.246	0.40871352	9.50050555	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	12.25			63.80639	5.22444	Globigerina bulloides	250-300	10.51077496	Non-Symbiont Spinose	158.0	34.337	8.246	0.40871352	9.50050555	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	12.75			63.80639	5.22444	Globigerina bulloides	250-300	10.2237349	Non-Symbiont Spinose	158.0	34.337	8.246	0.40871352	9.50050555	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	13.25			63.80639	5.22444	Globigerina bulloides	250-300	10.6169444	Non-Symbiont Spinose	158.0	34.337	8.246	0.40871352	9.50050555	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	13.75			63.80639	5.22444	Globigerina bulloides	250-300	8.84645442	Non-Symbiont Spinose	158.0	34.339	8.21	0.41647122	10.18755082	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	14.25			63.80639	5.22444	Globigerina bulloides	250-300	9.50457596	Non-Symbiont Spinose	158.0	34.339	8.21	0.41647122	10.18755082	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	14.75			63.80639	5.22444	Globigerina bulloides	250-300	10.14397809	Non-Symbiont Spinose	158.0	34.339	8.21	0.41647122	10.18755082	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	15.25			63.80639	5.22444	Globigerina bulloides	250-300	9.53320017	Non-Symbiont Spinose	158.0	34.339	8.21	0.41647122	10.18755082	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	15.75			63.80639	5.22444	Globigerina bulloides	250-300	8.88087819	Non-Symbiont Spinose	161.0	34.293	8.024	0.44479069	9.89932765	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	16.25			63.80639	5.22444	Globigerina bulloides	250-300	8.57287242	Non-Symbiont Spinose	161.0	34.293	8.024	0.44479069	9.89932765	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	16.75			63.80639	5.22444	Globigerina bulloides	250-300	9.50851491	Non-Symbiont Spinose	161.0	34.293	8.024	0.44479069	9.89932765	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	17.25			63.80639	5.22444	Globigerina bulloides	250-300	9.67897388	Non-Symbiont Spinose	160.0	34.288	8.027	0.39066131	10.04942838	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	17.75			63.80639	5.22444	Globigerina bulloides	250-300	8.88409672	Non-Symbiont Spinose	160.0	34.288	8.027	0.39066131	10.04942838	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	18.25			63.80639	5.22444	Globigerina bulloides	250-300	8.87343029	Non-Symbiont Spinose	160.0	34.288	8.027	0.39066131	10.04942838	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	18.75			63.80639	5.22444	Globigerina bulloides	250-300	8.95977493	Non-Symbiont Spinose	164.0	34.29	8.166	0.40696935	10.06454552	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	19.25			63.80639	5.22444	Globigerina bulloides	250-300	8.91144792	Non-Symbiont Spinose	164.0	34.29	8.166	0.40696935	10.06454552	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	19.75			63.80639	5.22444	Globigerina bulloides	250-300	7.34889894	Non-Symbiont Spinose	164.0	34.29	8.166	0.40696935	10.06454552	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	20.25			63.80639	5.22444	Globigerina bulloides	250-300	9.42955535	Non-Symbiont Spinose	164.0	34.29	8.166	0.40696935	10.06454552	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	20.75			63.80639	5.22444	Globigerina bulloides	250-300	9.55709326	Non-Symbiont Spinose	165.0	34.337	8.228	0.39926828	9.74302987	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	21.25			63.80639	5.22444	Globigerina bulloides	250-300	9.56948471	Non-Symbiont Spinose	165.0	34.337	8.228	0.39926828	9.74302987	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	21.75			63.80639	5.22444	Globigerina bulloides	250-300	9.58499054	Non-Symbiont Spinose	165.0	34.337	8.228	0.39926828	9.74302987	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	22.25			63.80639	5.22444	Globigerina bulloides	250-300	9.58967068	Non-Symbiont Spinose	165.0	34.337	8.228	0.39926828	9.74302987	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	22.75			63.80639	5.22444	Globigerina bulloides	250-300	9.18670532	Non-Symbiont Spinose	166.0	34.319	7.994	0.43583445	9.67406747	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	23.25			63.80639	5.22444	Globigerina bulloides	250-300	9.35798715	Non-Symbiont Spinose	166.0	34.319	7.994	0.43583445	9.67406747	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	23.75			63.80639	5.22444	Globigerina bulloides	250-300	9.61047249	Non-Symbiont Spinose	166.0	34.319	7.994	0.43583445	9.67406747	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	24.25			63.80639	5.22444	Globigerina bulloides	250-300	9.7403952	Non-Symbiont Spinose	166.0	34.319	7.994	0.43583445	9.67406747	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	24.75			63.80639	5.22444	Globigerina bulloides	250-300	9.7403952	Non-Symbiont Spinose	166.0	34.308	8.136	0.43741742	9.57454068	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	25.25			63.80639	5.22444	Globigerina bulloides	250-300	10.40429198	Non-Symbiont Spinose	166.0	34.308	8.136	0.43741742	9.57454068	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	24.75			63.80639	5.22444	Globigerina bulloides	250-300	9.13180227	Non-Symbiont Spinose	166.0	34.308	8.136	0.43741742	9.57454068	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	26.25			63.80639	5.22444	Globigerina bulloides	250-300	8.23076681	Non-Symbiont Spinose	166.0	34.308	8.136	0.43741742	9.57454068	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	26.75			63.80639	5.22444	Globigerina bulloides	250-300	8.91666404	Non-Symbiont Spinose	167.0	34.326	8.264	0.41581135	9.99099969	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	27.25			63.80639	5.22444	Globigerina bulloides	250-300	9.53317684	Non-Symbiont Spinose	167.0	34.326	8.264	0.41581135	9.99099969	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	27.75			63.80639	5.22444	Globigerina bulloides	250-300	8.89962078	Non-Symbiont Spinose	167.0	34.326	8.264	0.41581135	9.99099969	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	28.25			63.80639	5.22444	Globigerina bulloides	250-300	9.38105457	Non-Symbiont Spinose	167.0	34.326	8.264	0.41581135	9.99099969	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	28.75			63.80639	5.22444	Globigerina bulloides	250-300	9.74041981	Non-Symbiont Spinose	168.0	34.389	8.313	0.44449476	9.73991008	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	29.25			63.80639	5.22444	Globigerina bulloides	250-300	9.50457596	Non-Symbiont Spinose	168.0	34.389	8.313	0.44449476	9.73991008	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	29.75			63.80639	5.22444	Globigerina bulloides	250-300	8.15590854	Non-Symbiont Spinose	168.0	34.389	8.313	0.44449476	9.73991008	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	30.25			63.80639	5.22444	Globigerina bulloides	250-300	8.88014502	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	30.75			63.80639	5.22444	Globigerina bulloides	250-300	9.76758885	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	31.25			63.80639	5.22444	Globigerina bulloides	250-300	9.50457596	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	31.75			63.80639	5.22444	Globigerina bulloides	250-300	8.66707981	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	32.25			63.80639	5.22444	Globigerina bulloides	250-300	8.70823108	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	32.75			63.80639	5.22444	Globigerina bulloides	250-300	8.68052963	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	33.25			63.80639	5.22444	Globigerina bulloides	250-300	8.9436682	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	33.75			63.80639	5.22444	Globigerina bulloides	250-300	8.94275636	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	33.25			63.80639	5.22444	Globigerina bulloides	250-300	8.56681922	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	34.75			63.80639	5.22444	Globigerina bulloides	250-300	8.65114518	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	35.25			63.80639	5.22444	Globigerina bulloides	250-300	8.86022188	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	35.75			63.80639	5.22444	Globigerina bulloides	250-300	9.09101047	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	36.25			63.80639	5.22444	Globigerina bulloides	250-300	8.56156271	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	36.75			63.80639	5.22444	Globigerina bulloides	250-300	9.08638364	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	37.25			63.80639	5.22444	Globigerina bulloides	250-300	8.86022188	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	37.75			63.80639	5.22444	Globigerina bulloides	250-300	9.21062	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	37.75			63.80639	5.22444	Globigerina bulloides	250-300	9.35391757	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	38.75			63.80639	5.22444	Globigerina bulloides	250-300	9.25112727	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	39.25			63.80639	5.22444	Globigerina bulloides	250-300	8.94970198	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	39.75			63.80639	5.22444	Globigerina bulloides	250-300	9.42973713	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	40.25			63.80639	5.22444	Globigerina bulloides	250-300	9.13811676	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	40.75			63.80639	5.22444	Globigerina bulloides	250-300	10.07344969	Non-Symbiont Spinose	169.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	41.25			63.80639	5.22444	Globigerina bulloides	250-300	9.45754021	Non-Symbiont Spinose	175.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	41.75			63.80639	5.22444	Globigerina bulloides	250-300	9.95446982	Non-Symbiont Spinose	175.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	42.25			63.80639	5.22444	Globigerina bulloides	250-300	9.50601084	Non-Symbiont Spinose	175.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	42.75			63.80639	5.22444	Globigerina bulloides	250-300	9.27908659	Non-Symbiont Spinose	175.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	43.25			63.80639	5.22444	Globigerina bulloides	250-300	10.01428698	Non-Symbiont Spinose	175.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	43.75			63.80639	5.22444	Globigerina bulloides	250-300	9.25923161	Non-Symbiont Spinose	175.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	44.25			63.80639	5.22444	Globigerina bulloides	250-300	8.51839336	Non-Symbiont Spinose	175.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GS06-144-22-MC	Sediment core	-921.0	44.75			63.80639	5.22444	Globigerina bulloides	250-300	8.88885356	Non-Symbiont Spinose	175.0	34.326	8.216	0.45142168	9.16781776	ATL
New data	n/a	GeoB3804-2	Coretop	-3882.0	0.0			-30.743333	-8.77	Globigerinoides ruber	300-350	18.87517614	Symbiont Spinose	239.0	35.804	16.927	0.13503281	7.45167595	ATL
New data	n/a	GeoB3803-1	Coretop	-4173.0	0.0			-30.348333	-8.571667	Globigerinoides ruber	300-350	18.11770505	Symbiont Spinose	250.0	35.815	21.065	0.1345384	9.39829129	ATL
New data	n/a	GeoB3812-2	Coretop	-4204.0	0.0			-31.615	-19.76	Globigerinoides ruber	300-350	18.1067342	Symbiont Spinose	244.0	35.879	17.458	0.11585642	6.24780954	ATL
New data	n/a	GeoB2913-4	Coretop	-3621.0	0.0			29.11	-15.4617	Globigerinoides ruber	300-350	20.77622448	Symbiont Spinose	260.0	36.619	20.269	0.11823883	11.34345436	ATL
New data	n/a	GeoB1403-2	Coretop	-3692.0	0.0			-1.198333	-11.711667	Globigerinoides ruber	300-350	13.66010447	Symbiont Spinose	265.0	35.802	25.596	0.11697148	21.04705785	ATL
New data	n/a	GeoB1802-10	Coretop	-3603.0	0.0			29.176667	-15.405	Globigerinoides ruber	300-350	19.94265026	Symbiont Spinose	260.0	36.799	20.269	0.11823883	11.34345436	ATL
New data	n/a	GeoB3603-1	Coretop	-2851.0	0.0			-35.121667	17.533333	Globigerinoides ruber	300-350	20.66725787	Symbiont Spinose	260.0	35.511	19.619	0.24903457	22.22107671	ATL
New data	n/a	GeoB1721-4	Coretop	-3079.0	0.0			-29.175	13.088333	Globigerinoides ruber	300-350	18.31807952	Symbiont Spinose	237.0	35.397	17.622	0.57374181	21.39131439	ATL
New data	n/a	GeoB1726-2	Coretop	-1006.0	0.0			-30.27	3.261667	Globigerinoides ruber	300-350	24.4761405	Symbiont Spinose	246.0	35.729	19.25	0.15516494	9.97101556	ATL
New data	n/a	GeoB2911-2	Coretop	-4020.0	0.0			11.503333	-21.04	Globigerinoides ruber	300-350	8.1940725	Symbiont Spinose	266.0	35.504	24.999	0.07359414	16.36436256	ATL
New data	n/a	GeoB3809-1	Coretop	-3470.0	0.0			-31.053333	-16.33	Globigerinoides ruber	300-350	19.01936553	Symbiont Spinose	237.0	35.702	16.03	0.11859489	5.48967723	ATL
New data	n/a	GeoB1015-3	Coretop	-1650.0	0.0			-11.7738	12.8385	Globigerinoides ruber	300-350	11.83819311	Symbiont Spinose	222.0	35.703	21.113	0.2645909	18.05296772	ATL
New data	n/a	GeoB5133-3	Coretop	-3660.0	0.0			-19.086667	-10.191667	Globigerinoides ruber	300-350	17.83251707	Symbiont Spinose	272.0	36.485	25.239	0.14133149	11.79093097	ATL
New data	n/a	GeoB1034-1	Coretop	-3731.0	0.0			-21.721667	5.43	Globigerinoides ruber	300-350	20.58865043	Symbiont Spinose	244.0	35.657	21.168	0.45894185	15.21271955	ATL
New data	n/a	GeoB3810-2	Coretop	-3810.0	0.0			-31.133333	-16.838333	Globigerinoides ruber	300-350	18.48561516	Symbiont Spinose	237.0	35.867	16.03	0.11681119	5.397742	ATL
New data	n/a	GeoB3807-1	Coretop	-2515.0	0.0			-30.75	-13.198333	Globigerinoides ruber	300-350	22.84963265	Symbiont Spinose	238.0	35.75	16.445	0.12498948	5.67264728	ATL
New data	n/a	GeoB5121-2	Coretop	-3486.0	0.0			-24.183333	-12.021667	Globigerinoides ruber	300-350	20.70316754	Symbiont Spinose	281.0	36.784	24.943	0.1505637	8.18880946	ATL
New data	n/a	GeoB1808-7	Coretop	-3385.0	0.0			-5.803333	-9.398333	Globigerinoides ruber	300-350	13.76945638	Symbiont Spinose	267.0	36.204	26.214	0.08383765	14.16504714	ATL
New data	n/a	GeoB2912-2	Coretop	-4136.0	0.0			21.28	-20.708333	Globigerinoides ruber	300-350	12.9637781	Symbiont Spinose	259.0	36.488	20.969	0.27260081	22.65815494	ATL
New data	n/a	GeoB1404-8	Coretop	-3988.0	0.0			-0.078333	-10.778333	Globigerinoides ruber	300-350	12.87008766	Symbiont Spinose	259.0	35.899	24.391	0.07305675	11.49996233	ATL
New data	n/a	GeoB6011-2	Coretop	-993.0	0.0			30.315	-10.2883	Globigerinoides ruber	300-350	19.44901357	Symbiont Spinose	245.0	35.94	19.852	0.11995584	20.86115905	ATL
New data	n/a	GeoB3915-1	Coretop	-3127.0	0.0			-2.28	-38.015	Globigerinoides ruber	300-350	16.66332619	Symbiont Spinose	283.0	36.302	26.709	0.07534127	9.30299802	ATL
New data	n/a	GeoB5142-2	Coretop	-3946.0	0.0			-19.088333	-17.145	Globigerinoides ruber	300-350	18.76072976	Symbiont Spinose	283.0	36.853	25.772	0.11648273	7.53303942	ATL
New data	n/a	GeoB3804-2	Coretop	-3882.0	0.0			-30.743333	-8.77	Globorotalia truncatulinoides	300-350	30.69597604	Non-Symbiont Non-Spinose	239.0	35.804	16.927	0.13503281	7.45167595	ATL
New data	n/a	GeoB3803-1	Coretop	-4173.0	0.0			-30.348333	-8.571667	Globorotalia truncatulinoides	300-350	27.52463245	Non-Symbiont Non-Spinose	239.0	35.791	16.927	0.13127706	7.67691485	ATL
New data	n/a	GeoB3812-2	Coretop	-4204.0	0.0			-31.615	-19.76	Globorotalia truncatulinoides	300-350	26.75838	Non-Symbiont Non-Spinose	244.0	35.879	17.458	0.11585642	6.24780954	ATL
New data	n/a	GeoB2913-4	Coretop	-3621.0	0.0			29.11	-15.4617	Globorotalia truncatulinoides	300-350	27.68749264	Non-Symbiont Non-Spinose	260.0	36.619	20.269	0.11823883	11.34345436	ATL
New data	n/a	GeoB1403-2	Coretop	-3692.0	0.0			-1.198333	-11.711667	Globorotalia truncatulinoides	300-350	25.60090456	Non-Symbiont Non-Spinose	265.0	35.802	25.596	0.11697148	21.04705785	ATL
New data	n/a	GeoB1802-10	Coretop	-3603.0	0.0			29.176667	-15.405	Globorotalia truncatulinoides	300-350	31.67727265	Non-Symbiont Non-Spinose	260.0	36.799	20.269	0.11823883	11.34345436	ATL
New data	n/a	GeoB3603-1	Coretop	-2851.0	0.0			-35.121667	17.533333	Globorotalia truncatulinoides	300-350	24.22936438	Non-Symbiont Non-Spinose	260.0	35.511	19.619	0.24903457	22.22107671	ATL
New data	n/a	GeoB1721-4	Coretop	-3079.0	0.0			-29.175	13.088333	Globorotalia truncatulinoides	300-350	21.06703127	Non-Symbiont Non-Spinose	237.0	35.397	17.622	0.57374181	21.39131439	ATL
New data	n/a	GeoB1726-2	Coretop	-1006.0	0.0			-30.27	3.261667	Globorotalia truncatulinoides	300-350	25.36975152	Non-Symbiont Non-Spinose	246.0	35.729	19.25	0.15516494	9.97101556	ATL
New data	n/a	GeoB3809-1	Coretop	-3470.0	0.0			-31.053333	-16.33	Globorotalia truncatulinoides	300-350	29.29477222	Non-Symbiont Non-Spinose	237.0	35.702	16.03	0.11859489	5.48967723	ATL
New data	n/a	GeoB5133-3	Coretop	-3660.0	0.0			-19.086667	-10.191667	Globorotalia truncatulinoides	300-350	24.5739302	Non-Symbiont Non-Spinose	272.0	36.485	25.239	0.14133149	11.79093097	ATL
New data	n/a	GeoB1034-1	Coretop	-3731.0	0.0			-21.721667	5.43	Globorotalia truncatulinoides	300-350	25.3333114	Non-Symbiont Non-Spinose	244.0	35.657	21.168	0.45894185	15.21271955	ATL
New data	n/a	GeoB3810-2	Coretop	-3810.0	0.0			-31.133333	-16.838333	Globorotalia truncatulinoides	300-350	29.79300714	Non-Symbiont Non-Spinose	237.0	35.867	16.03	0.11681119	5.397742	ATL
New data	n/a	GeoB3807-1	Coretop	-2515.0	0.0			-30.75	-13.198333	Globorotalia truncatulinoides	300-350	27.93626809	Non-Symbiont Non-Spinose	238.0	35.75	16.445	0.12498948	5.67264728	ATL
New data	n/a	GeoB5121-2	Coretop	-3486.0	0.0			-24.183333	-12.021667	Globorotalia truncatulinoides	300-350	30.03931934	Non-Symbiont Non-Spinose	281.0	36.784	24.943	0.1505637	8.18880946	ATL
New data	n/a	GeoB1729-2	Coretop	-4401.0	0.0			-28.891667	1.001667	Globorotalia truncatulinoides	300-350	25.47165377	Non-Symbiont Non-Spinose	250.0	35.815	21.065	0.1345384	9.39829129	ATL
New data	n/a	GeoB2912-2	Coretop	-4136.0	0.0			21.28	-20.708333	Globorotalia truncatulinoides	300-350	26.61687616	Non-Symbiont Non-Spinose	259.0	36.488	20.969	0.27260081	22.65815494	ATL
New data	n/a	GeoB1404-8	Coretop	-3988.0	0.0			-0.078333	-10.778333	Globorotalia truncatulinoides	300-350	28.19637129	Non-Symbiont Non-Spinose	259.0	35.899	24.391	0.07305675	11.49996233	ATL
New data	n/a	GeoB6011-2	Coretop	-993.0	0.0			30.315	-10.2883	Globorotalia truncatulinoides	300-350	34.53150286	Non-Symbiont Non-Spinose	245.0	35.94	19.852	0.11995584	20.86115905	ATL
New data	n/a	GeoB5142-2	Coretop	-3946.0	0.0			-19.088333	-17.145	Globorotalia truncatulinoides	300-350	31.13155295	Non-Symbiont Non-Spinose	283.0	36.853	25.772	0.11648273	7.53303942	ATL
New data	n/a	GeoB3804-2	Coretop	-3882.0	0.0			-30.743333	-8.77	Orbulina universa	300-350	13.15460629	Symbiont Spinose	239.0	35.804	16.927	0.13503281	7.45167595	ATL
New data	n/a	GeoB3803-1	Coretop	-4173.0	0.0			-30.348333	-8.571667	Orbulina universa	300-350	13.35515593	Symbiont Spinose	239.0	35.791	16.927	0.13127706	7.67691485	ATL
New data	n/a	GeoB3812-2	Coretop	-4204.0	0.0			-31.615	-19.76	Orbulina universa	300-350	13.88493577	Symbiont Spinose	244.0	35.879	17.458	0.11585642	6.24780954	ATL
New data	n/a	GeoB1802-10	Coretop	-3603.0	0.0			29.176667	-15.405	Orbulina universa	300-350	14.63794955	Symbiont Spinose	260.0	36.799	20.269	0.11823883	11.34345436	ATL
New data	n/a	GeoB3603-1	Coretop	-2851.0	0.0			-35.121667	17.533333	Orbulina universa	300-350	17.96152682	Symbiont Spinose	260.0	35.511	19.619	0.24903457	22.22107671	ATL
New data	n/a	GeoB1721-4	Coretop	-3079.0	0.0			-29.175	13.088333	Orbulina universa	300-350	16.45103255	Symbiont Spinose	237.0	35.397	17.622	0.57374181	21.39131439	ATL
New data	n/a	GeoB1726-2	Coretop	-1006.0	0.0			-30.27	3.261667	Orbulina universa	300-350	22.03385267	Symbiont Spinose	246.0	35.729	19.25	0.15516494	9.97101556	ATL
New data	n/a	GeoB3809-1	Coretop	-3470.0	0.0			-31.053333	-16.33	Orbulina universa	300-350	17.43836006	Symbiont Spinose	237.0	35.702	16.03	0.11859489	5.48967723	ATL
New data	n/a	GeoB1715-3	Coretop	-4095.0	0.0			-26.47	11.638333	Orbulina universa	300-350	9.55957278	Symbiont Spinose	230.0	35.321	17.708	0.78272045	20.33793763	ATL
New data	n/a	GeoB5133-3	Coretop	-3660.0	0.0			-19.086667	-10.191667	Orbulina universa	300-350	14.10622559	Symbiont Spinose	272.0	36.485	25.239	0.14133149	11.79093097	ATL
New data	n/a	GeoB1034-1	Coretop	-3731.0	0.0			-21.721667	5.43	Orbulina universa	300-350	14.40238622	Symbiont Spinose	244.0	35.657	21.168	0.45894185	15.21271955	ATL
New data	n/a	GeoB3810-2	Coretop	-3810.0	0.0			-31.133333	-16.838333	Orbulina universa	300-350	16.37322718	Symbiont Spinose	237.0	35.867	16.03	0.11681119	5.397742	ATL
New data	n/a	GeoB3807-1	Coretop	-2515.0	0.0			-30.75	-13.198333	Orbulina universa	300-350	13.09396135	Symbiont Spinose	238.0	35.75	16.445	0.12498948	5.67264728	ATL
New data	n/a	GeoB5121-2	Coretop	-3486.0	0.0			-24.183333	-12.021667	Orbulina universa	300-350	14.06681806	Symbiont Spinose	281.0	36.784	24.943	0.1505637	8.18880946	ATL
New data	n/a	GeoB6011-2	Coretop	-993.0	0.0			30.315	-10.2883	Orbulina universa	300-350	17.59571317	Symbiont Spinose	245.0	35.94	19.852	0.11995584	20.86115905	ATL
New data	n/a	GeoB3915-1	Coretop	-3127.0	0.0			-2.28	-38.015	Orbulina universa	300-350	8.20829909	Symbiont Spinose	283.0	36.302	26.709	0.07534127	9.30299802	ATL
New data	n/a	GeoB5142-2	Coretop	-3946.0	0.0			-19.088333	-17.145	Orbulina universa	300-350	14.57615779	Symbiont Spinose	283.0	36.853	25.772	0.11648273	7.53303942	ATL
Marr	Ecological and temperature controls on Mg/Ca ratios of Globigerina bulloides from the southwest Pacific Ocean	P71	Coretop	-125.0	0.0			-33.86	174.69	Globigerina bulloides	300-350	8.2670625	Non-Symbiont Spinose	251.0	35.666	19.569	0.17908345	12.52544669	PAC
Marr	Ecological and temperature controls on Mg/Ca ratios of Globigerina bulloides from the southwest Pacific Ocean	P81	Coretop	-125.0	0.0			-34.02	173.51	Globigerina bulloides	300-350	7.48368212	Non-Symbiont Spinose	243.0	35.573	18.213	0.1829129	12.71518356	PAC
Marr	Ecological and temperature controls on Mg/Ca ratios of Globigerina bulloides from the southwest Pacific Ocean	S793	Coretop	-125.0	0.0			-36.32	176.8	Globigerina bulloides	300-350	5.36728677	Non-Symbiont Spinose	243.0	35.617	17.755	0.19130388	12.91789944	PAC
Marr	Ecological and temperature controls on Mg/Ca ratios of Globigerina bulloides from the southwest Pacific Ocean	P69	Coretop	-75.0	0.0			-40.4	178.0	Globigerina bulloides	300-350	6.47664407	Non-Symbiont Spinose	227.0	35.327	14.489	0.26215788	13.28899943	PAC
Marr	Ecological and temperature controls on Mg/Ca ratios of Globigerina bulloides from the southwest Pacific Ocean	S938	Coretop	-75.0	0.0			-40.03	180.0	Globigerina bulloides	300-350	6.05205018	Non-Symbiont Spinose	224.0	35.342	14.079	0.24847013	15.34149425	PAC
Marr	Ecological and temperature controls on Mg/Ca ratios of Globigerina bulloides from the southwest Pacific Ocean	R623	Coretop	-125.0	0.0			-43.2	-174.0	Globigerina bulloides	300-350	8.63744025	Non-Symbiont Spinose	201.0	34.682	12.596	0.37154336	14.14411848	PAC
Marr	Ecological and temperature controls on Mg/Ca ratios of Globigerina bulloides from the southwest Pacific Ocean	Q220	Coretop	-125.0	0.0			-44.29	174.98	Globigerina bulloides	300-350	12.66621795	Non-Symbiont Spinose	194.0	34.474	11.381	0.5018871	15.45372284	PAC
Marr	Ecological and temperature controls on Mg/Ca ratios of Globigerina bulloides from the southwest Pacific Ocean	F111	Coretop	-125.0	0.0			-48.95	174.98	Globigerina bulloides	300-350	16.45529412	Non-Symbiont Spinose	179.0	34.296	9.734	1.08752872	9.94353835	PAC
Marr	Ecological and temperature controls on Mg/Ca ratios of Globigerina bulloides from the southwest Pacific Ocean	D178	Coretop	-125.0	0.0			-51.72	169.83	Globigerina bulloides	300-350	13.98539043	Non-Symbiont Spinose	168.0	34.41	8.58	1.16886253	7.58515152	PAC
Marr	Ecological and temperature controls on Mg/Ca ratios of Globigerina bulloides from the southwest Pacific Ocean	B32	Coretop	-125.0	0.0			-53.63	169.87	Globigerina bulloides	300-350	15.48742015	Non-Symbiont Spinose	165.0	34.322	7.949	1.1860309	7.16784887	PAC
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR19_9	Sediment trap			410	150	10.5	-65.51667	Globigerinoides ruber	355-650	19.69866667	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR19_12	Sediment trap			410	150	10.5	-65.51667	Globigerinoides ruber	355-650	21.51735849	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR20_9	Sediment trap			410	150	10.5	-65.51667	Globigerinoides ruber	355-650	18.22248588	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR20_11	Sediment trap			410	150	10.5	-65.51667	Globigerinoides ruber	355-650	18.62649351	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR22_1	Sediment trap			410	150	10.5	-65.51667	Globigerinoides ruber	355-650	21.47114754	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR22_4	Sediment trap			410	150	10.5	-65.51667	Globigerinoides ruber	355-650	19.00236025	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR22_9	Sediment trap			410	150	10.5	-65.51667	Globigerinoides ruber	355-650	17.5035443	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR22_12	Sediment trap			410	150	10.5	-65.51667	Globigerinoides ruber	355-650	18.83421384	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR23_2	Sediment trap			410	150	10.5	-65.51667	Globigerinoides ruber	355-650	20.08977273	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR23_7	Sediment trap			410	150	10.5	-65.51667	Globigerinoides ruber	355-650	20.41916084	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR23_11	Sediment trap			410	150	10.5	-65.51667	Globigerinoides ruber	355-650	22.21753623	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR24_4	Sediment trap			410	150	10.5	-65.51667	Globigerinoides ruber	355-650	19.96311688	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR25_1	Sediment trap			410	150	10.5	-65.51667	Globigerinoides ruber	355-650	17.32136126	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR25_11	Sediment trap			410	150	10.5	-65.51667	Globigerinoides ruber	355-650	20.46796117	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR18_11	Sediment trap			410	150	10.5	-65.51667	Trilobatus sacculifer	425-850	38.87776157	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR19_11	Sediment trap			410	150	10.5	-65.51667	Trilobatus sacculifer	425-850	42.27307692	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR20_9	Sediment trap			410	150	10.5	-65.51667	Trilobatus sacculifer	425-850	36.26124758	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR20_11	Sediment trap			410	150	10.5	-65.51667	Trilobatus sacculifer	425-850	35.8460499	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR21_8	Sediment trap			410	150	10.5	-65.51667	Trilobatus sacculifer	425-850	37.22536825	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR22_1	Sediment trap			410	150	10.5	-65.51667	Trilobatus sacculifer	425-850	40.73546585	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR22_13	Sediment trap			410	150	10.5	-65.51667	Trilobatus sacculifer	425-850	36.84858974	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR23_2	Sediment trap			410	150	10.5	-65.51667	Trilobatus sacculifer	425-850	45.25434867	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR23_7	Sediment trap			410	150	10.5	-65.51667	Trilobatus sacculifer	425-850	41.57842576	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR23_11	Sediment trap			410	150	10.5	-65.51667	Trilobatus sacculifer	425-850	41.58191181	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR25_2	Sediment trap			410	150	10.5	-65.51667	Trilobatus sacculifer	425-850	40.93362832	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR25_8	Sediment trap			410	150	10.5	-65.51667	Trilobatus sacculifer	425-850	43.01927335	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Marshall	Planktonic foraminiferal area density as a proxy for carbonate ion concentration: A calibration study using the Cariaco Basin ocean time series	CAR25_11	Sediment trap			410	150	10.5	-65.51667	Trilobatus sacculifer	425-850	41.35846154	Symbiont Spinose	221.0	33.551	28.11	0.10706841	18.28400756	ATL
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS1	Coretop	-3778.0	0.0			15.51667	134.96667	Trilobatus sacculifer	350-400	25.48556007	Symbiont Spinose	283.0	34.458	27.843	0.02550518	3.23964463	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS2	Coretop	-3364.0	0.0			15.45	135.05	Trilobatus sacculifer	350-400	30.07198209	Symbiont Spinose	283.0	34.624	28.039	0.02584209	3.25385618	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS3	Coretop	-3262.0	0.0			15.08333	134.53333	Trilobatus sacculifer	350-400	31.37095951	Symbiont Spinose	283.0	34.625	27.843	0.02584209	3.25385618	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS4	Coretop	-3052.0	0.0			14.78333	134.53333	Trilobatus sacculifer	350-400	32.71254723	Symbiont Spinose	281.0	34.616	27.754	0.02584209	3.25385618	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS6	Coretop	-2632.0	0.0			13.45	134.78333	Trilobatus sacculifer	350-400	35.72550452	Symbiont Spinose	279.0	34.541	27.718	0.02663818	3.78781358	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS7	Coretop	-3420.0	0.0			13.15	135.95	Trilobatus sacculifer	350-400	30.57560198	Symbiont Spinose	279.0	34.541	27.963	0.02658917	3.77393162	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS8	Coretop	-3920.0	0.0			13.13333	135.43333	Trilobatus sacculifer	350-400	27.43380383	Symbiont Spinose	279.0	34.317	27.963	0.02663818	3.78781358	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS9	Coretop	-3680.0	0.0			13.36667	134.98333	Trilobatus sacculifer	350-400	30.68207424	Symbiont Spinose	279.0	36.296	27.718	0.02663818	3.78781358	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS10	Coretop	-3556.0	0.0			12.91667	135.4	Trilobatus sacculifer	350-400	30.45843312	Symbiont Spinose	277.0	34.429	28.071	0.02663818	3.78781358	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS2	Coretop	-3364.0	0.0			15.45	135.05	Neogloboquadrina dutertrei	350-400	32.34399465	Faculative Non-Spinose	283.0	34.624	28.039	0.02584209	3.25385618	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS3	Coretop	-3262.0	0.0			15.08333	134.53333	Neogloboquadrina dutertrei	350-400	34.69530101	Faculative Non-Spinose	283.0	34.625	27.843	0.02584209	3.25385618	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS4	Coretop	-3052.0	0.0			14.78333	134.53333	Neogloboquadrina dutertrei	350-400	33.53375753	Faculative Non-Spinose	281.0	34.616	27.754	0.02584209	3.25385618	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS6	Coretop	-2632.0	0.0			13.45	134.78333	Neogloboquadrina dutertrei	350-400	38.0852467	Faculative Non-Spinose	279.0	34.541	27.718	0.02663818	3.78781358	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS7	Coretop	-3420.0	0.0			13.15	135.95	Neogloboquadrina dutertrei	350-400	34.35184104	Faculative Non-Spinose	279.0	34.541	27.963	0.02658917	3.77393162	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS8	Coretop	-3920.0	0.0			13.13333	135.43333	Neogloboquadrina dutertrei	350-400	29.41758642	Faculative Non-Spinose	279.0	34.317	27.963	0.02663818	3.78781358	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS9	Coretop	-3680.0	0.0			13.36667	134.98333	Neogloboquadrina dutertrei	350-400	32.20535998	Faculative Non-Spinose	279.0	36.296	27.718	0.02663818	3.78781358	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS10	Coretop	-3556.0	0.0			12.91667	135.4	Neogloboquadrina dutertrei	350-400	33.24772454	Faculative Non-Spinose	277.0	34.429	28.071	0.02663818	3.78781358	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS1	Coretop	-3778.0	0.0			15.51667	134.96667	Pulleniatina obliquiloculata	350-400	38.02988915	Faculative Non-Spinose	283.0	34.458	27.843	0.02550518	3.23964463	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS2	Coretop	-3364.0	0.0			15.45	135.05	Pulleniatina obliquiloculata	350-400	41.85738817	Faculative Non-Spinose	283.0	34.624	28.039	0.02584209	3.25385618	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS3	Coretop	-3262.0	0.0			15.08333	134.53333	Pulleniatina obliquiloculata	350-400	42.47992542	Faculative Non-Spinose	283.0	34.625	27.843	0.02584209	3.25385618	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS4	Coretop	-3052.0	0.0			14.78333	134.53333	Pulleniatina obliquiloculata	350-400	37.63114608	Faculative Non-Spinose	281.0	34.616	27.754	0.02584209	3.25385618	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS5	Coretop	-3924.0	0.0			13.98333	134.96667	Pulleniatina obliquiloculata	350-400	32.875	Faculative Non-Spinose	281.0	34.616	27.754	0.02584209	3.25385618	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS6	Coretop	-2632.0	0.0			13.45	134.78333	Pulleniatina obliquiloculata	350-400	44.36750177	Faculative Non-Spinose	279.0	34.541	27.718	0.02663818	3.78781358	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS7	Coretop	-3420.0	0.0			13.15	135.95	Pulleniatina obliquiloculata	350-400	39.40509606	Faculative Non-Spinose	279.0	34.541	27.963	0.02658917	3.77393162	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS8	Coretop	-3920.0	0.0			13.13333	135.43333	Pulleniatina obliquiloculata	350-400	37.50433088	Faculative Non-Spinose	279.0	34.317	27.963	0.02663818	3.78781358	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS9	Coretop	-3680.0	0.0			13.36667	134.98333	Pulleniatina obliquiloculata	350-400	38.23693167	Faculative Non-Spinose	279.0	36.296	27.718	0.02663818	3.78781358	PAC
Qin	Deepwater carbonate ion concentrations in the western tropical Pacific since 250?ka: Evidence for oceanic carbon storage and global climate influence	SS10	Coretop	-3556.0	0.0			12.91667	135.4	Pulleniatina obliquiloculata	350-400	35.46759093	Faculative Non-Spinose	277.0	34.429	28.071	0.02663818	3.78781358	PAC
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-02	Sediment trap				2000	33.0	-22.0	Globigerina bulloides	200-300	4.42634669	Non-Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-03	Sediment trap				2000	33.0	-22.0	Globigerina bulloides	200-300	4.59693573	Non-Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-04	Sediment trap				2000	33.0	-22.0	Globigerina bulloides	200-300	4.85525154	Non-Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-05	Sediment trap				2000	33.0	-22.0	Globigerina bulloides	200-300	3.90849268	Non-Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-06	Sediment trap				2000	33.0	-22.0	Globigerina bulloides	200-300	4.3930466	Non-Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-07	Sediment trap				2000	33.0	-22.0	Globigerina bulloides	200-300	3.88632047	Non-Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-08	Sediment trap				2000	33.0	-22.0	Globigerina bulloides	200-300	3.37377989	Non-Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-09	Sediment trap				2000	33.0	-22.0	Globigerina bulloides	200-300	2.97715039	Non-Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-10	Sediment trap				2000	33.0	-22.0	Globigerina bulloides	200-300	5.48095908	Non-Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-11	Sediment trap				2000	33.0	-22.0	Globigerina bulloides	200-300	5.8056513	Non-Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-13	Sediment trap				2000	33.0	-22.0	Globigerina bulloides	200-300	4.54021095	Non-Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-14	Sediment trap				2000	33.0	-22.0	Globigerina bulloides	200-300	2.9404503	Non-Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-15	Sediment trap				2000	33.0	-22.0	Globigerina bulloides	200-300	4.46586268	Non-Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-16	Sediment trap				2000	33.0	-22.0	Globigerina bulloides	200-300	5.07415195	Non-Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-17	Sediment trap				2000	33.0	-22.0	Globigerina bulloides	200-300	3.53249616	Non-Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-18	Sediment trap				2000	33.0	-22.0	Globigerina bulloides	200-300	3.69835589	Non-Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-02	Sediment trap				2000	33.0	-22.0	Globigerinoides elongatus	200-250	7.75114063	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-03	Sediment trap				2000	33.0	-22.0	Globigerinoides elongatus	200-250	7.04322013	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-04	Sediment trap				2000	33.0	-22.0	Globigerinoides elongatus	200-250	8.62089612	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-05	Sediment trap				2000	33.0	-22.0	Globigerinoides elongatus	200-250	4.14770344	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-06	Sediment trap				2000	33.0	-22.0	Globigerinoides elongatus	200-250	7.83510209	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-07	Sediment trap				2000	33.0	-22.0	Globigerinoides elongatus	200-250	6.33946655	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-08	Sediment trap				2000	33.0	-22.0	Globigerinoides elongatus	200-250	7.9994061	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-09	Sediment trap				2000	33.0	-22.0	Globigerinoides elongatus	200-250	9.08629523	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-10	Sediment trap				2000	33.0	-22.0	Globigerinoides elongatus	200-250	7.46698974	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-11	Sediment trap				2000	33.0	-22.0	Globigerinoides elongatus	200-250	7.59307778	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-12	Sediment trap				2000	33.0	-22.0	Globigerinoides elongatus	200-250	6.61020943	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-13	Sediment trap				2000	33.0	-22.0	Globigerinoides elongatus	200-250	4.81325814	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-14	Sediment trap				2000	33.0	-22.0	Globigerinoides elongatus	200-250	2.71948188	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-15	Sediment trap				2000	33.0	-22.0	Globigerinoides elongatus	200-250	5.67825959	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-16	Sediment trap				2000	33.0	-22.0	Globigerinoides elongatus	200-250	5.37101295	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-17	Sediment trap				2000	33.0	-22.0	Globigerinoides elongatus	200-250	6.66450555	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-18	Sediment trap				2000	33.0	-22.0	Globigerinoides elongatus	200-250	4.89296572	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-02	Sediment trap				2000	33.0	-22.0	Globigerinoides ruber	200-250	5.0933734	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-03	Sediment trap				2000	33.0	-22.0	Globigerinoides ruber	200-250	5.18486218	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-04	Sediment trap				2000	33.0	-22.0	Globigerinoides ruber	200-250	5.16536907	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-05	Sediment trap				2000	33.0	-22.0	Globigerinoides ruber	200-250	4.18168237	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-06	Sediment trap				2000	33.0	-22.0	Globigerinoides ruber	200-250	4.31439194	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-08	Sediment trap				2000	33.0	-22.0	Globigerinoides ruber	200-250	4.37264489	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-09	Sediment trap				2000	33.0	-22.0	Globigerinoides ruber	200-250	7.46308181	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-10	Sediment trap				2000	33.0	-22.0	Globigerinoides ruber	200-250	5.20093537	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-11	Sediment trap				2000	33.0	-22.0	Globigerinoides ruber	200-250	5.87587498	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-12	Sediment trap				2000	33.0	-22.0	Globigerinoides ruber	200-250	4.85115692	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-13	Sediment trap				2000	33.0	-22.0	Globigerinoides ruber	200-250	3.94797529	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-14	Sediment trap				2000	33.0	-22.0	Globigerinoides ruber	200-250	2.42259693	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-15	Sediment trap				2000	33.0	-22.0	Globigerinoides ruber	200-250	3.97394246	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-16	Sediment trap				2000	33.0	-22.0	Globigerinoides ruber	200-250	3.9321868	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-17	Sediment trap				2000	33.0	-22.0	Globigerinoides ruber	200-250	4.70633317	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Weinkauf	Seasonal Variation in Shell Calcification of Planktonic Foraminifera in the NE Atlantic Reveals Species-Specific Response to Temperature, Productivity, and Optimum Growth Conditions.	276-22-18	Sediment trap				2000	33.0	-22.0	Globigerinoides ruber	200-250	4.38687311	Symbiont Spinose	218.0	36.492	19.843	0.09148754	7.02221006	ATL
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.015			37.71	12.40553	Globigerinoides elongatus	250-300	15.99	Symbiont Spinose	202.7134087	40.08920612	20.65221338	0.04606142	9.01755643	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.035			37.71	12.40553	Globigerinoides elongatus	250-300	17.61	Symbiont Spinose	206.889648	39.94776637	20.31347344	0.05127673	8.74687145	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.055			37.71	12.40553	Globigerinoides elongatus	250-300	16.17	Symbiont Spinose	212.2988583	39.96925869	19.9323592	0.0637929	9.29267924	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.075			37.71	12.40553	Globigerinoides elongatus	250-300	15.78	Symbiont Spinose	216.5281994	40.02250652	19.60085628	0.05723632	9.55380388	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.095			37.71	12.40553	Globigerinoides elongatus	250-300	14.91	Symbiont Spinose	216.5281994	40.02250652	19.60085628	0.05723632	9.55380388	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.115			37.71	12.40553	Globigerinoides elongatus	250-300	17.68	Symbiont Spinose	221.1132024	39.93988326	19.54987013	0.05878456	9.20974529	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.135			37.71	12.40553	Globigerinoides elongatus	250-300	17.79	Symbiont Spinose	222.8535809	39.956018	19.34209782	0.05547644	9.30448141	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.155			37.71	12.40553	Globigerinoides elongatus	250-300	17.32	Symbiont Spinose	224.8892888	39.9190965	19.82054704	0.05390925	8.45555925	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.175			37.71	12.40553	Globigerinoides elongatus	250-300	16.74	Symbiont Spinose	224.8892888	39.9190965	19.82054704	0.05390925	8.45555925	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.195			37.71	12.40553	Globigerinoides elongatus	250-300	18.61	Symbiont Spinose	228.7388932	40.07091093	19.94982794	0.0554158	9.54403705	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.215			37.71	12.40553	Globigerinoides elongatus	250-300	17.51	Symbiont Spinose	230.0449227	40.07280951	19.88745685	0.05602869	9.84607246	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.235			37.71	12.40553	Globigerinoides elongatus	250-300	18.78	Symbiont Spinose	233.1158681	40.06877686	19.90695542	0.05623492	8.42599864	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.255			37.71	12.40553	Globigerinoides elongatus	250-300	19.56	Symbiont Spinose	234.2824555	39.96992378	19.84711401	0.0667098	9.67344495	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.275			37.71	12.40553	Globigerinoides elongatus	250-300	19.96	Symbiont Spinose	235.5869099	40.13205674	19.71863167	0.06060983	9.76196693	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.295			37.71	12.40553	Globigerinoides elongatus	250-300	18.01	Symbiont Spinose	237.3533007	40.0441534	20.07351573	0.06671972	8.95196347	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.315			37.71	12.40553	Globigerinoides elongatus	250-300	19.4	Symbiont Spinose	237.0102674	39.98271503	19.7638833	0.05488042	8.27143056	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.335			37.71	12.40553	Globigerinoides elongatus	250-300	20.1	Symbiont Spinose	238.3020849	40.0175484	19.7944488	0.05281774	9.4498828	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.355			37.71	12.40553	Globigerinoides elongatus	250-300	18.29	Symbiont Spinose	239.0889112	40.0532896	19.71844238	0.0591671	9.32870515	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.375			37.71	12.40553	Globigerinoides elongatus	250-300	17.68	Symbiont Spinose	240.9832926	40.06080036	20.04472184	0.06293916	9.24051747	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.395			37.71	12.40553	Globigerinoides elongatus	250-300	18.56	Symbiont Spinose	240.9832926	40.06080036	20.04472184	0.06293916	9.24051747	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.415			37.71	12.40553	Globigerinoides elongatus	250-300	19.44	Symbiont Spinose	240.9832926	40.06080036	20.04472184	0.06293916	9.24051747	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.435			37.71	12.40553	Globigerinoides elongatus	250-300	19.02	Symbiont Spinose	240.9832926	40.06080036	20.04472184	0.06293916	9.24051747	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.455			37.71	12.40553	Globigerinoides elongatus	250-300	17.97	Symbiont Spinose	240.9832926	40.06080036	20.04472184	0.06293916	9.24051747	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.015			37.71	12.40553	Globigerina bulloides	250-300	11.06	Non-Symbiont Spinose	202.7134087	40.08920612	20.65221338	0.04606142	9.01755643	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.035			37.71	12.40553	Globigerina bulloides	250-300	10.12	Non-Symbiont Spinose	206.889648	39.94776637	20.31347344	0.05127673	8.74687145	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.055			37.71	12.40553	Globigerina bulloides	250-300	10.21	Non-Symbiont Spinose	212.2988583	39.96925869	19.9323592	0.0637929	9.29267924	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.075			37.71	12.40553	Globigerina bulloides	250-300	10.22	Non-Symbiont Spinose	216.5281994	40.02250652	19.60085628	0.05723632	9.55380388	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.095			37.71	12.40553	Globigerina bulloides	250-300	10.48	Non-Symbiont Spinose	216.5281994	40.02250652	19.60085628	0.05723632	9.55380388	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.115			37.71	12.40553	Globigerina bulloides	250-300	8.25	Non-Symbiont Spinose	221.1132024	39.93988326	19.54987013	0.05878456	9.20974529	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.135			37.71	12.40553	Globigerina bulloides	250-300	11.63	Non-Symbiont Spinose	222.8535809	39.956018	19.34209782	0.05547644	9.30448141	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.155			37.71	12.40553	Globigerina bulloides	250-300	10.73	Non-Symbiont Spinose	224.8892888	39.9190965	19.82054704	0.05390925	8.45555925	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.175			37.71	12.40553	Globigerina bulloides	250-300	10.55	Non-Symbiont Spinose	224.8892888	39.9190965	19.82054704	0.05390925	8.45555925	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.195			37.71	12.40553	Globigerina bulloides	250-300	10.46	Non-Symbiont Spinose	228.7388932	40.07091093	19.94982794	0.0554158	9.54403705	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.215			37.71	12.40553	Globigerina bulloides	250-300	10.15	Non-Symbiont Spinose	230.0449227	40.07280951	19.88745685	0.05602869	9.84607246	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.235			37.71	12.40553	Globigerina bulloides	250-300	10.43	Non-Symbiont Spinose	233.1158681	40.06877686	19.90695542	0.05623492	8.42599864	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.255			37.71	12.40553	Globigerina bulloides	250-300	11.98	Non-Symbiont Spinose	234.2824555	39.96992378	19.84711401	0.0667098	9.67344495	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.275			37.71	12.40553	Globigerina bulloides	250-300	12.38	Non-Symbiont Spinose	235.5869099	40.13205674	19.71863167	0.06060983	9.76196693	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.295			37.71	12.40553	Globigerina bulloides	250-300	12.8	Non-Symbiont Spinose	237.3533007	40.0441534	20.07351573	0.06671972	8.95196347	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.315			37.71	12.40553	Globigerina bulloides	250-300	10.74	Non-Symbiont Spinose	237.0102674	39.98271503	19.7638833	0.05488042	8.27143056	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.335			37.71	12.40553	Globigerina bulloides	250-300	11.52	Non-Symbiont Spinose	238.3020849	40.0175484	19.7944488	0.05281774	9.4498828	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.355			37.71	12.40553	Globigerina bulloides	250-300	10.43	Non-Symbiont Spinose	239.0889112	40.0532896	19.71844238	0.0591671	9.32870515	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.375			37.71	12.40553	Globigerina bulloides	250-300	11.32	Non-Symbiont Spinose	240.9832926	40.06080036	20.04472184	0.06293916	9.24051747	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.395			37.71	12.40553	Globigerina bulloides	250-300	10.67	Non-Symbiont Spinose	240.9832926	40.06080036	20.04472184	0.06293916	9.24051747	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.415			37.71	12.40553	Globigerina bulloides	250-300	11.68	Non-Symbiont Spinose	240.9832926	40.06080036	20.04472184	0.06293916	9.24051747	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.435			37.71	12.40553	Globigerina bulloides	250-300	11.86	Non-Symbiont Spinose	240.9832926	40.06080036	20.04472184	0.06293916	9.24051747	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S7-c2	Sediment core	-281.1	0.455			37.71	12.40553	Globigerina bulloides	250-300	11.8	Non-Symbiont Spinose	240.9832926	40.06080036	20.04472184	0.06293916	9.24051747	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.005			36.07	-4.1104	Globigerinoides elongatus	250-300	12.95	Symbiont Spinose	213.39338	36.74427916	20.8868199	0.52081497	6.2358038	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.015			36.07	-4.1104	Globigerinoides elongatus	250-300	11.34	Symbiont Spinose	226.774422	36.69117343	19.9918723	0.55146011	4.76298212	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.025			36.07	-4.1104	Globigerinoides elongatus	250-300	11.44	Symbiont Spinose	231.6704544	36.68367456	20.03003027	0.55728952	4.54881055	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.035			36.07	-4.1104	Globigerinoides elongatus	250-300	13.75	Symbiont Spinose	233.1795041	36.6234712	19.74596901	0.57009373	4.45350616	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.045			36.07	-4.1104	Globigerinoides elongatus	250-300	13.23	Symbiont Spinose	234.9870164	36.64935964	20.24643857	0.54091367	5.70260702	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.055			36.07	-4.1104	Globigerinoides elongatus	250-300	13.3	Symbiont Spinose	235.5304769	36.62997157	20.19512001	0.55697663	5.51723259	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.065			36.07	-4.1104	Globigerinoides elongatus	250-300	14.75	Symbiont Spinose	242.2665058	36.70662696	20.2638135	0.54378772	4.85030934	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.075			36.07	-4.1104	Globigerinoides elongatus	250-300	12.63	Symbiont Spinose	245.6989018	36.70572513	19.9248719	0.54184955	5.21004112	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.085			36.07	-4.1104	Globigerinoides elongatus	250-300	14.43	Symbiont Spinose	250.4106644	36.9554512	20.52603283	0.53628372	5.54630069	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.095			36.07	-4.1104	Globigerinoides elongatus	250-300	14.9	Symbiont Spinose	257.0370059	36.9554512	20.52603283	0.53628372	5.54630069	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.105			36.07	-4.1104	Globigerinoides elongatus	250-300	16.02	Symbiont Spinose	257.0370059	36.9554512	20.52603283	0.53628372	5.54630069	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.115			36.07	-4.1104	Globigerinoides elongatus	250-300	15.0	Symbiont Spinose	257.0370059	36.9554512	20.52603283	0.53628372	5.54630069	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.125			36.07	-4.1104	Globigerinoides elongatus	250-300	13.97	Symbiont Spinose	257.0370059	36.9554512	20.52603283	0.53628372	5.54630069	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.135			36.07	-4.1104	Globigerinoides elongatus	250-300	15.85	Symbiont Spinose	257.0370059	36.9554512	20.52603283	0.53628372	5.54630069	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.145			36.07	-4.1104	Globigerinoides elongatus	250-300	14.02	Symbiont Spinose	257.0370059	36.9554512	20.52603283	0.53628372	5.54630069	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.155			36.07	-4.1104	Globigerinoides elongatus	250-300	14.84	Symbiont Spinose	257.0370059	36.9554512	20.52603283	0.53628372	5.54630069	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.165			36.07	-4.1104	Globigerinoides elongatus	250-300	14.85	Symbiont Spinose	257.0370059	36.9554512	20.52603283	0.53628372	5.54630069	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.175			36.07	-4.1104	Globigerinoides elongatus	250-300	15.81	Symbiont Spinose	257.0370059	36.9554512	20.52603283	0.53628372	5.54630069	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.185			36.07	-4.1104	Globigerinoides elongatus	250-300	16.14	Symbiont Spinose	257.0370059	36.9554512	20.52603283	0.53628372	5.54630069	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.195			36.07	-4.1104	Globigerinoides elongatus	250-300	14.14	Symbiont Spinose	257.0370059	36.9554512	20.52603283	0.53628372	5.54630069	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.205			36.07	-4.1104	Globigerinoides elongatus	250-300	14.69	Symbiont Spinose	257.0370059	36.9554512	20.52603283	0.53628372	5.54630069	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.005			36.07	-4.1104	Globigerina bulloides	250-300	6.82	Non-Symbiont Spinose	217.0039723	36.6650624	20.42393035	0.53094412	4.68410553	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.015			36.07	-4.1104	Globigerina bulloides	250-300	8.66	Non-Symbiont Spinose	226.774422	36.69117343	19.9918723	0.55146011	4.76298212	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.025			36.07	-4.1104	Globigerina bulloides	250-300	8.03	Non-Symbiont Spinose	231.6704544	36.68367456	20.03003027	0.55728952	4.54881055	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.035			36.07	-4.1104	Globigerina bulloides	250-300	8.99	Non-Symbiont Spinose	233.1795041	36.6234712	19.74596901	0.57009373	4.45350616	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.045			36.07	-4.1104	Globigerina bulloides	250-300	9.79	Non-Symbiont Spinose	234.9870164	36.64935964	20.24643857	0.54091367	5.70260702	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.055			36.07	-4.1104	Globigerina bulloides	250-300	10.33	Non-Symbiont Spinose	238.0483328	36.82029893	20.3634435	0.54085748	5.45941156	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.065			36.07	-4.1104	Globigerina bulloides	250-300	9.49	Non-Symbiont Spinose	242.2665058	36.70662696	20.2638135	0.54378772	4.85030934	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.075			36.07	-4.1104	Globigerina bulloides	250-300	10.13	Non-Symbiont Spinose	245.6989018	36.70572513	19.9248719	0.54184955	5.21004112	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.085			36.07	-4.1104	Globigerina bulloides	250-300	8.55	Non-Symbiont Spinose	250.4106644	36.9554512	20.52603283	0.53628372	5.54630069	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.105			36.07	-4.1104	Globigerina bulloides	250-300	9.91	Non-Symbiont Spinose	257.0370059	36.9554512	20.52603283	0.53628372	5.54630069	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.125			36.07	-4.1104	Globigerina bulloides	250-300	9.16	Non-Symbiont Spinose	257.0370059	36.9554512	20.52603283	0.53628372	5.54630069	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.145			36.07	-4.1104	Globigerina bulloides	250-300	8.16	Non-Symbiont Spinose	257.0370059	36.9554512	20.52603283	0.53628372	5.54630069	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.165			36.07	-4.1104	Globigerina bulloides	250-300	9.22	Non-Symbiont Spinose	257.0370059	36.9554512	20.52603283	0.53628372	5.54630069	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.185			36.07	-4.1104	Globigerina bulloides	250-300	10.41	Non-Symbiont Spinose	257.0370059	36.9554512	20.52603283	0.53628372	5.54630069	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S3-c1	Sediment core	-1136.7	0.205			36.07	-4.1104	Globigerina bulloides	250-300	6.97	Non-Symbiont Spinose	257.0370059	36.9554512	20.52603283	0.53628372	5.54630069	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0075			41.11	2.382	Globigerinoides elongatus	250-300	14.75	Symbiont Spinose	204.6987135	38.68494463	19.4346771	0.05818551	12.44709909	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0125			41.11	2.382	Globigerinoides elongatus	250-300	13.39	Symbiont Spinose	204.6987135	38.68494463	19.4346771	0.05818551	12.44709909	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0175			41.11	2.382	Globigerinoides elongatus	250-300	16.88	Symbiont Spinose	204.6987135	38.68494463	19.4346771	0.05818551	12.44709909	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0225			41.11	2.382	Globigerinoides elongatus	250-300	14.02	Symbiont Spinose	210.4097736	38.72236716	19.04954716	0.06912181	12.18184858	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0275			41.11	2.382	Globigerinoides elongatus	250-300	11.88	Symbiont Spinose	210.4097736	38.72236716	19.04954716	0.06912181	12.18184858	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0325			41.11	2.382	Globigerinoides elongatus	250-300	11.3	Symbiont Spinose	210.4097736	38.72236716	19.04954716	0.06912181	12.18184858	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0375			41.11	2.382	Globigerinoides elongatus	250-300	15.3	Symbiont Spinose	210.4097736	38.72236716	19.04954716	0.06912181	12.18184858	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0475			41.11	2.382	Globigerinoides elongatus	250-300	15.45	Symbiont Spinose	213.5793918	38.71561708	18.79052723	0.07278427	12.38351766	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0525			41.11	2.382	Globigerinoides elongatus	250-300	17.77	Symbiont Spinose	217.9495112	38.66455288	18.75944935	0.07089518	12.31929687	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0575			41.11	2.382	Globigerinoides elongatus	250-300	19.56	Symbiont Spinose	217.9495112	38.66455288	18.75944935	0.07089518	12.31929687	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0625			41.11	2.382	Globigerinoides elongatus	250-300	20.02	Symbiont Spinose	217.9495112	38.66455288	18.75944935	0.07089518	12.31929687	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0675			41.11	2.382	Globigerinoides elongatus	250-300	16.51	Symbiont Spinose	219.2311111	38.66861111	18.47377868	0.07253906	12.10316258	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0725			41.11	2.382	Globigerinoides elongatus	250-300	16.56	Symbiont Spinose	219.2311111	38.66861111	18.47377868	0.07253906	12.10316258	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0775			41.11	2.382	Globigerinoides elongatus	250-300	19.82	Symbiont Spinose	221.3187171	38.60893707	18.92916968	0.06069644	11.06126988	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0825			41.11	2.382	Globigerinoides elongatus	250-300	16.13	Symbiont Spinose	221.3187171	38.60893707	18.92916968	0.06069644	11.06126988	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0875			41.11	2.382	Globigerinoides elongatus	250-300	17.82	Symbiont Spinose	221.3187171	38.60893707	18.92916968	0.06069644	11.06126988	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0925			41.11	2.382	Globigerinoides elongatus	250-300	20.21	Symbiont Spinose	223.6588365	38.69211197	18.98112578	0.06234491	11.30676786	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0975			41.11	2.382	Globigerinoides elongatus	250-300	17.55	Symbiont Spinose	223.6588365	38.69211197	18.98112578	0.06234491	11.30676786	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1025			41.11	2.382	Globigerinoides elongatus	250-300	17.03	Symbiont Spinose	225.6597418	38.78335304	19.1169029	0.05541583	11.39833142	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1075			41.11	2.382	Globigerinoides elongatus	250-300	19.68	Symbiont Spinose	225.6597418	38.78335304	19.1169029	0.05541583	11.39833142	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1125			41.11	2.382	Globigerinoides elongatus	250-300	17.3	Symbiont Spinose	227.2949945	38.75101487	18.80541803	0.05791055	11.16398105	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1175			41.11	2.382	Globigerinoides elongatus	250-300	19.71	Symbiont Spinose	227.2949945	38.75101487	18.80541803	0.05791055	11.16398105	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1225			41.11	2.382	Globigerinoides elongatus	250-300	19.23	Symbiont Spinose	229.8537831	38.65446501	19.00579304	0.06336623	11.83586804	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1275			41.11	2.382	Globigerinoides elongatus	250-300	18.78	Symbiont Spinose	233.6457163	38.74484259	19.16467861	0.06713797	10.66250167	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1325			41.11	2.382	Globigerinoides elongatus	250-300	16.68	Symbiont Spinose	231.9838271	38.6594924	18.81594992	0.05648476	11.10427295	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1375			41.11	2.382	Globigerinoides elongatus	250-300	19.28	Symbiont Spinose	234.7487065	38.76315991	18.81420882	0.05514138	10.97801375	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1425			41.11	2.382	Globigerinoides elongatus	250-300	18.1	Symbiont Spinose	237.3611608	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1475			41.11	2.382	Globigerinoides elongatus	250-300	20.73	Symbiont Spinose	237.3611608	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1525			41.11	2.382	Globigerinoides elongatus	250-300	19.69	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1575			41.11	2.382	Globigerinoides elongatus	250-300	17.01	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1625			41.11	2.382	Globigerinoides elongatus	250-300	18.58	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1675			41.11	2.382	Globigerinoides elongatus	250-300	19.73	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1725			41.11	2.382	Globigerinoides elongatus	250-300	18.28	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1775			41.11	2.382	Globigerinoides elongatus	250-300	20.2	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1825			41.11	2.382	Globigerinoides elongatus	250-300	19.26	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1875			41.11	2.382	Globigerinoides elongatus	250-300	19.54	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1925			41.11	2.382	Globigerinoides elongatus	250-300	18.95	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1975			41.11	2.382	Globigerinoides elongatus	250-300	16.21	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2025			41.11	2.382	Globigerinoides elongatus	250-300	15.92	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2075			41.11	2.382	Globigerinoides elongatus	250-300	18.22	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2125			41.11	2.382	Globigerinoides elongatus	250-300	18.81	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2175			41.11	2.382	Globigerinoides elongatus	250-300	17.15	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2225			41.11	2.382	Globigerinoides elongatus	250-300	18.25	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2275			41.11	2.382	Globigerinoides elongatus	250-300	19.06	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2325			41.11	2.382	Globigerinoides elongatus	250-300	17.42	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2375			41.11	2.382	Globigerinoides elongatus	250-300	18.39	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2425			41.11	2.382	Globigerinoides elongatus	250-300	19.55	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2475			41.11	2.382	Globigerinoides elongatus	250-300	19.75	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2525			41.11	2.382	Globigerinoides elongatus	250-300	15.23	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2575			41.11	2.382	Globigerinoides elongatus	250-300	17.3	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2625			41.11	2.382	Globigerinoides elongatus	250-300	18.23	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2675			41.11	2.382	Globigerinoides elongatus	250-300	16.49	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2725			41.11	2.382	Globigerinoides elongatus	250-300	17.31	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2775			41.11	2.382	Globigerinoides elongatus	250-300	18.3	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2825			41.11	2.382	Globigerinoides elongatus	250-300	18.03	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2875			41.11	2.382	Globigerinoides elongatus	250-300	17.96	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2925			41.11	2.382	Globigerinoides elongatus	250-300	16.93	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.3025			41.11	2.382	Globigerinoides elongatus	250-300	17.09	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.3075			41.11	2.382	Globigerinoides elongatus	250-300	18.4	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.3125			41.11	2.382	Globigerinoides elongatus	250-300	16.98	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.3175			41.11	2.382	Globigerinoides elongatus	250-300	18.82	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.3225			41.11	2.382	Globigerinoides elongatus	250-300	18.76	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.3275			41.11	2.382	Globigerinoides elongatus	250-300	18.89	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.3325			41.11	2.382	Globigerinoides elongatus	250-300	18.03	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.3375			41.11	2.382	Globigerinoides elongatus	250-300	19.5	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.3425			41.11	2.382	Globigerinoides elongatus	250-300	16.81	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.3475			41.11	2.382	Globigerinoides elongatus	250-300	18.73	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.3525			41.11	2.382	Globigerinoides elongatus	250-300	17.69	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.3575			41.11	2.382	Globigerinoides elongatus	250-300	18.63	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.3625			41.11	2.382	Globigerinoides elongatus	250-300	18.3	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.3675			41.11	2.382	Globigerinoides elongatus	250-300	17.95	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.3775			41.11	2.382	Globigerinoides elongatus	250-300	20.6	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.3825			41.11	2.382	Globigerinoides elongatus	250-300	19.14	Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0025			41.11	2.382	Globigerina bulloides	250-300	11.03	Non-Symbiont Spinose	200.2370002	38.74871995	19.78039633	0.05638773	12.67550814	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0075			41.11	2.382	Globigerina bulloides	250-300	11.13	Non-Symbiont Spinose	204.6987135	38.68494463	19.4346771	0.05818551	12.44709909	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0125			41.11	2.382	Globigerina bulloides	250-300	10.48	Non-Symbiont Spinose	204.6987135	38.68494463	19.4346771	0.05818551	12.44709909	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0175			41.11	2.382	Globigerina bulloides	250-300	10.57	Non-Symbiont Spinose	204.6987135	38.68494463	19.4346771	0.05818551	12.44709909	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0225			41.11	2.382	Globigerina bulloides	250-300	11.34	Non-Symbiont Spinose	210.4097736	38.72236716	19.04954716	0.06912181	12.18184858	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0275			41.11	2.382	Globigerina bulloides	250-300	10.89	Non-Symbiont Spinose	210.4097736	38.72236716	19.04954716	0.06912181	12.18184858	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0325			41.11	2.382	Globigerina bulloides	250-300	14.01	Non-Symbiont Spinose	210.4097736	38.72236716	19.04954716	0.06912181	12.18184858	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0375			41.11	2.382	Globigerina bulloides	250-300	10.42	Non-Symbiont Spinose	210.4097736	38.72236716	19.04954716	0.06912181	12.18184858	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0425			41.11	2.382	Globigerina bulloides	250-300	10.82	Non-Symbiont Spinose	213.5793918	38.71561708	18.79052723	0.07278427	12.38351766	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0475			41.11	2.382	Globigerina bulloides	250-300	11.77	Non-Symbiont Spinose	213.5793918	38.71561708	18.79052723	0.07278427	12.38351766	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0525			41.11	2.382	Globigerina bulloides	250-300	11.11	Non-Symbiont Spinose	217.9495112	38.66455288	18.75944935	0.07089518	12.31929687	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0575			41.11	2.382	Globigerina bulloides	250-300	11.33	Non-Symbiont Spinose	217.9495112	38.66455288	18.75944935	0.07089518	12.31929687	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0625			41.11	2.382	Globigerina bulloides	250-300	11.45	Non-Symbiont Spinose	217.9495112	38.66455288	18.75944935	0.07089518	12.31929687	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0675			41.11	2.382	Globigerina bulloides	250-300	12.41	Non-Symbiont Spinose	219.2311111	38.66861111	18.47377868	0.07253906	12.10316258	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0725			41.11	2.382	Globigerina bulloides	250-300	11.14	Non-Symbiont Spinose	219.2311111	38.66861111	18.47377868	0.07253906	12.10316258	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0775			41.11	2.382	Globigerina bulloides	250-300	10.85	Non-Symbiont Spinose	221.3187171	38.60893707	18.92916968	0.06069644	11.06126988	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0825			41.11	2.382	Globigerina bulloides	250-300	12.24	Non-Symbiont Spinose	221.3187171	38.60893707	18.92916968	0.06069644	11.06126988	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0875			41.11	2.382	Globigerina bulloides	250-300	12.06	Non-Symbiont Spinose	221.3187171	38.60893707	18.92916968	0.06069644	11.06126988	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0925			41.11	2.382	Globigerina bulloides	250-300	12.02	Non-Symbiont Spinose	223.6588365	38.69211197	18.98112578	0.06234491	11.30676786	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.0975			41.11	2.382	Globigerina bulloides	250-300	11.67	Non-Symbiont Spinose	223.6588365	38.69211197	18.98112578	0.06234491	11.30676786	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1025			41.11	2.382	Globigerina bulloides	250-300	11.8	Non-Symbiont Spinose	225.6597418	38.78335304	19.1169029	0.05541583	11.39833142	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1075			41.11	2.382	Globigerina bulloides	250-300	10.96	Non-Symbiont Spinose	225.6597418	38.78335304	19.1169029	0.05541583	11.39833142	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1125			41.11	2.382	Globigerina bulloides	250-300	12.09	Non-Symbiont Spinose	227.2949945	38.75101487	18.80541803	0.05791055	11.16398105	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1175			41.11	2.382	Globigerina bulloides	250-300	10.68	Non-Symbiont Spinose	227.2949945	38.75101487	18.80541803	0.05791055	11.16398105	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1225			41.11	2.382	Globigerina bulloides	250-300	12.89	Non-Symbiont Spinose	229.8537831	38.65446501	19.00579304	0.06336623	11.83586804	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1275			41.11	2.382	Globigerina bulloides	250-300	11.72	Non-Symbiont Spinose	233.6457163	38.74484259	19.16467861	0.06713797	10.66250167	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1325			41.11	2.382	Globigerina bulloides	250-300	12.93	Non-Symbiont Spinose	231.9838271	38.6594924	18.81594992	0.05648476	11.10427295	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1375			41.11	2.382	Globigerina bulloides	250-300	12.39	Non-Symbiont Spinose	234.7487065	38.76315991	18.81420882	0.05514138	10.97801375	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1425			41.11	2.382	Globigerina bulloides	250-300	11.46	Non-Symbiont Spinose	237.3611608	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1475			41.11	2.382	Globigerina bulloides	250-300	12.42	Non-Symbiont Spinose	237.3611608	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1525			41.11	2.382	Globigerina bulloides	250-300	11.58	Non-Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.1775			41.11	2.382	Globigerina bulloides	250-300	10.98	Non-Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2025			41.11	2.382	Globigerina bulloides	250-300	12.15	Non-Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2225			41.11	2.382	Globigerina bulloides	250-300	13.49	Non-Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2425			41.11	2.382	Globigerina bulloides	250-300	12.1	Non-Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2625			41.11	2.382	Globigerina bulloides	250-300	11.89	Non-Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.2825			41.11	2.382	Globigerina bulloides	250-300	13.08	Non-Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.3075			41.11	2.382	Globigerina bulloides	250-300	13.37	Non-Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.3575			41.11	2.382	Globigerina bulloides	250-300	12.57	Non-Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED
Pallack	Anthropogenic acidification of surface waters drives decreased biogenic calcification in the Mediterranean Sea	MedSeA-S23-c1	Sediment core	-1156.0	0.3825			41.11	2.382	Globigerina bulloides	250-300	10.79	Non-Symbiont Spinose	243.7738889	38.83550491	19.26721975	0.06881365	10.97672288	MED