Citation:

PANGAEA.905366

Name: Sea surface temperature calculations from sediment core MD08-3180
Creator: Janne Repschläger
Published: 2019-08-30
License: https://creativecommons.org/licenses/by/4.0/
Keywords: SIMMAX; SST

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Keyword(s):

SIMMAX; SST

Related to:

Repschläger, Janne; Weinelt, Mara; Schneider, Ralph R; Blanz, Thomas; Leduc, Guillaume; Schiebel, Ralf; Haug, Gerald H (2023): Disentangling multiproxy temperature reconstructions from the subtropical North Atlantic. Frontiers in Ecology and Evolution, 11, 1176278, https://doi.org/10.3389/fevo.2023.1176278

Further details:

Schwab, Christian; Kinkel, Hanno; Weinelt, M; Repschläger, Janne (2012): Coccolithophore paleoproductivity and ecology response to deglacial and Holocene changes in the Azores Current System. Paleoceanography, 27(3), PA3210, https://doi.org/10.1029/2012PA002281

Coverage:

Latitude: 37.999830 * Longitude: -31.134500

Minimum DEPTH, sediment/rock: 1.5050 m * Maximum DEPTH, sediment/rock: 3.8050 m

Event(s):

MD08-3180 * Latitude: 37.999830 * Longitude: -31.134500 * Elevation: -3064.0 m * Recovery: 10.5 m * Location: Azores * Campaign: (AMOCINT, IMAGES XVII) * Basis: * Method/Device: Calypso Corer (CALYPSO)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	DEPTH, sediment/rock	Depth sed	m	Repschläger, Janne	Geocode – midpoint of 1 cm slices
2	AGE	Age	ka BP	Repschläger, Janne	Geocode – after Schwab et al. 2012
3	Sea surface temperature, winter	SST win	°C	Repschläger, Janne	SIMMAX technique
4	Sea surface temperature, summer	SST sum	°C	Repschläger, Janne	SIMMAX technique

License:

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

Status:

Curation Level: Enhanced curation (CurationLevelC)

Size:

208 data points

Data

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

1 Depth sed [m]	2 Age [ka BP]	3 SST win [°C]	4 SST sum [°C]
1.5050	11.258	11.5	16.1
1.5250	11.291	13.5	18.1
1.5550	11.340	11.2	15.8
1.5950	11.405	13.3	18.1
1.6050	11.421	12.6	17.6
1.6150	11.437	12.0	16.7
1.6350	11.470	11.1	15.7
1.6550	11.502	12.7	17.5
1.6650	11.518	10.7	15.5
1.6750	11.535	11.2	16.2
1.6850	11.551	10.6	15.5
1.6950	11.567	10.9	15.7
1.7050	11.583	10.6	15.2
1.7250	11.616	10.9	15.8
1.7350	11.631	11.1	15.8
1.7550	11.661	10.6	15.7
1.8050	11.734	10.3	14.9
1.8550	11.808	10.4	14.9
1.9050	11.882	10.3	14.7
1.9550	11.955	10.5	15.0
2.0050	12.029	11.4	16.6
2.0550	12.102	10.8	15.5
2.1050	12.174	10.2	14.5
2.1350	12.219	13.2	18.5
2.1650	12.263	11.6	16.9
2.1850	12.292	12.4	17.7
2.2050	12.322	11.8	16.8
2.2350	12.366	13.2	18.4
2.2550	12.395	12.0	17.0
2.2850	12.439	13.4	18.4
2.3050	12.469	12.9	18.3
2.3250	12.498	10.7	15.4
2.3550	12.542	11.6	16.9
2.3850	12.587	13.2	18.5
2.4250	12.645	10.8	15.5
2.4550	12.690	10.3	14.7
2.4850	12.734	10.8	15.6
2.5050	12.763	12.0	17.3
2.5250	12.793	10.7	15.3
2.5550	12.868	12.6	18.1
2.5750	12.922	10.3	15.4
2.5850	12.949	10.8	15.7
2.6050	13.004	10.3	15.5
2.6350	13.085	6.3	10.0
2.6450	13.112	7.6	11.3
2.6550	13.139	9.5	13.7
2.6750	13.193	6.9	10.5
2.6850	13.221	6.3	9.9
2.6950	13.248	12.2	17.7
2.7150	13.302	13.3	18.6
2.7250	13.329	15.6	21.6
2.7350	13.356	13.4	18.9
2.7450	13.383	13.3	18.5
2.7550	13.411	16.7	21.1
2.7650	13.439	13.6	18.9
2.7750	13.467	13.9	19.6
2.7850	13.495	14.1	19.4
2.7950	13.523	13.7	19.1
2.8050	13.551	12.9	18.3
2.8150	13.579	13.3	18.8
2.8250	13.607	14.7	20.3
2.8350	13.635	13.8	19.4
2.8550	13.691	14.9	20.4
2.8650	13.719	13.8	19.2
2.8750	13.747	14.4	20.0
2.8850	13.774	14.4	20.1
2.8950	13.802	13.6	19.0
2.9150	13.858	11.5	16.8
2.9250	13.886	12.8	18.1
2.9350	13.914	11.9	17.0
2.9450	13.942	13.0	18.4
2.9550	13.970	13.2	18.9
2.9650	13.998	13.7	19.2
2.9750	14.026	12.7	18.2
2.9850	14.054	14.4	20.1
2.9950	14.082	12.9	18.4
3.0250	14.165	13.4	19.1
3.0450	14.221	13.1	18.8
3.0550	14.248	11.4	16.5
3.0650	14.276	14.0	19.7
3.0750	14.304	13.7	19.2
3.0850	14.332	13.2	18.5
3.1050	14.387	13.5	19.2
3.1250	14.442	12.9	18.7
3.1350	14.470	10.4	15.0
3.1450	14.498	11.0	15.8
3.1650	14.553	10.1	14.9
3.1750	14.581	12.0	17.1
3.1850	14.608	12.0	17.3
3.1950	14.636	10.7	15.5
3.2050	14.657	10.1	14.5
3.2150	14.670	11.2	16.0
3.2350	14.696	10.1	14.5
3.2550	14.723	7.8	11.4
3.2750	14.750	9.9	14.3
3.2950	14.776	9.6	13.8
3.3050	14.789	6.4	9.8
3.3550	14.856	5.9	9.5
3.4050	14.922	5.7	9.1
3.4550	14.988	7.2	10.8
3.5050	15.055	6.1	9.6
3.6050	15.188	8.3	12.4
3.7050	15.320	6.2	9.8
3.8050	15.453	7.2	10.9