Citation:

2008PA001659

Name: (Table S1) Sea surface temperature estimation for sediment core RS147-GC07
Published: 2009
License: https://creativecommons.org/licenses/by/3.0/

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Coverage:

Latitude: -45.150000 * Longitude: 146.283330

Minimum DEPTH, sediment/rock: 0.005 m * Maximum DEPTH, sediment/rock: 4.915 m

Event(s):

RS147-GC07 * Latitude: -45.150000 * Longitude: 146.283330 * Elevation: -3300.0 m * Location: Tasman Sea * Campaign: (AGSO Cruise 147) * Basis: Rig Seismic * Method/Device: Gravity corer (GC)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	AGE	Age	ka BP			Geocode
3	Isotopic event	Isotopic event		Sikes, Elisabeth L
4	Age, dated	Age dated	ka	Sikes, Elisabeth L	Age, 14C AMS
5	Calendar age	Cal age	ka BP	Sikes, Elisabeth L	Age, 14C calibrated
6	Calcium carbonate	CaCO3	%	Sikes, Elisabeth L
7	Globigerina bulloides, δ18O	G. bulloides δ18O	‰ PDB	Sikes, Elisabeth L		size fraction 300-355 µm
8	Cibicidoides spp., δ18O	Cibicidoides spp. δ18O	‰ PDB	Sikes, Elisabeth L		size fraction >150 µm
9	Alkenone, unsaturation index UK37	UK37		Sikes, Elisabeth L
10	Sea surface temperature, annual mean	SST (1-12)	°C	Sikes, Elisabeth L	Calculated from UK'37 (Prahl et al., 1988)
11	Sea surface temperature, annual mean	SST (1-12)	°C	Sikes, Elisabeth L	Modern analog technique (MAT)

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

334 data points

Data

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

1 Depth sed [m]	2 Age [ka BP]	3 Isotopic event	4 Age dated [ka] (Age, 14C AMS)	5 Cal age [ka BP] (Age, 14C calibrated)	6 CaCO3 [%]	7 G. bulloides δ18O [‰ PDB] (size fraction 300-355 µm)	8 Cibicidoides spp. δ18O [‰ PDB] (size fraction >150 µm)	9 UK37	10 SST (1-12) [°C] (Calculated from UK'37 (Prahl ...)	11 SST (1-12) [°C] (Modern analog technique (MAT))
0.005	0.519					0.96				13.3
0.015	0.716		1.167	0.716	89.4			0.584	17.9
0.025	0.919					1.20
0.045	1.324					0.87	3.16			13.5
0.065	1.729				78.8	0.88
0.105	2.540					0.90	3.35			13.4
0.115	2.742				87.0	0.88		0.552	17.1
0.125						1.27
0.145	3.350					0.93				13.0
0.165	3.756				90.5	0.80	3.15
0.185	4.161					0.94
0.205	4.566					0.72	3.27			12.8
0.215	4.769				87.1	0.74	3.11	0.525	16.5
0.225						0.74
0.235						0.88	3.31
0.245						0.76
0.255	5.579					0.69	3.20			12.8
0.265	5.782				87.8	0.68		0.545	16.9
0.275						0.81	3.04
0.285						1.00
0.295						0.96
0.305	6.593					1.08	3.00			13.3
0.315	6.795				87.2	1.27		0.535	16.7
0.325						0.98	3.24
0.335						1.07
0.345						0.95
0.355	7.606					0.88	3.10			14.5
0.365	7.808				81.9	0.91		0.559	17.3
0.375						0.84
0.385						0.97
0.395						0.90
0.405	10.870		9.530	10.870		0.91	3.31			13.0
0.415	11.142				80.5	1.02		0.543	16.9	17.4
0.425	11.413					1.24				15.9
0.435						1.38	3.11
0.445	11.675		10.100	11.675		1.20				15.7
0.455	11.853					1.22	3.30			16.5
0.465	12.032				81.5	1.24		0.444	14.5
0.475	12.210					1.26	3.41			17.3
0.485	12.388					1.90	3.74			16.0
0.495						1.37
0.505	13.304		10.870	13.304		1.60	3.68			16.1
0.515	13.378				78.5	1.88		0.496	15.7
0.525	13.451					1.91	3.71			15.9
0.535						1.19	3.35
0.545						1.84	3.27
0.555	13.672					2.08				15.2
0.565	13.746				79.7	2.07	3.74	0.451	14.7
0.575	13.819					1.69				14.6
0.580	13.856		11.850	13.856
0.585						1.76	3.71
0.595						1.85
0.605	14.651					1.98	3.88			14.9
0.615	14.969				79.3	1.78		0.480	15.4
0.625						1.95	4.06
0.635						2.08
0.645						2.10
0.655	16.242		13.650	16.242		2.38	4.14			15.5
0.665	16.302				75.5	2.26		0.429	14.1
0.675	16.361					2.65	4.29			15.0
0.685						2.63
0.695						2.67
0.705	16.540					2.59	4.28			14.8
0.715	16.599				72.5	2.64	4.18	0.442	14.4
0.725						2.89
0.735						2.90
0.745	16.778		14.070	16.778		3.04	4.41
0.755	17.022					2.92				13.7
0.765	17.266				76.7	3.03	4.35	0.383	13.0
0.775						3.08
0.785						3.01
0.795						3.08	4.25
0.805	18.241					3.05				12.7
0.815	18.484				73.8	3.10		0.401	13.5
0.825	18.728		15.360	18.728		3.22
0.835						3.29	4.43
0.845						3.23
0.855	19.118					3.07	4.38			11.3
0.865	19.249				76.7	3.25
0.875	19.379					3.29	4.47			11.0
0.885	19.509					3.18				10.4
0.895	19.639		16.450	19.639		3.32	4.49
0.915	20.080				77.6	3.17		0.416	13.8	10.2
0.940	20.632					3.24	4.54			10.7
0.960						3.16
0.965	21.184				77.4			0.428	14.1
0.980						3.32
0.985	21.625		18.150	21.625
0.990	21.919					3.13	4.47			10.9
1.010						3.27
1.015	23.388				75.9			0.375	12.8	10.9
1.025						3.23
1.045						3.19	4.51
1.065						3.35
1.085	27.500		23.300	27.500		3.36	4.27			10.6
1.115	29.720				71.9	3.20		0.565	17.4
1.125						3.22
1.145	31.940					3.14	4.33			10.6
1.165						3.15
1.185	34.940		30.700	35.000		3.06	4.31			10.8
1.210						2.83
1.215	35.290				81.6			0.511	16.1
1.225						2.96
1.245	35.640					2.97	4.05			10.8
1.265						2.96
1.285	36.107					2.69	4.04			10.8
1.305						2.98
1.315	36.458				81.7			0.577	17.7
1.415	37.625				81.3	2.91		0.520	16.3
1.515	38.793				81.0	3.02		0.587	17.9
1.615	40.020	MIS3			78.2	3.11		0.505	16.0
1.715	42.517				79.6			0.554	17.1
1.815	45.014				80.0	2.80		0.393	13.3
1.915	47.511				79.3
2.015	50.009				82.4	2.68		0.403	13.5
2.115	52.506				80.2
2.315	57.500	MIS4			77.9	3.03		0.596	18.2
2.515	60.796				78.4	2.95		0.521	16.4
2.715	64.093				80.1			0.584	17.9
2.915	67.389				77.2			0.633	19.1
3.115					83.5	2.95
3.315	73.982	MIS5			88.3			0.530	16.5
3.515	77.279				86.8			0.526	16.5
3.715	80.575				88.7
3.915	83.872				83.2
4.115	87.168				83.5			0.448	16.0
4.315	90.465				84.0			0.636	19.1
4.515	93.761				88.5			0.685	20.3
4.715					83.6
4.915					87.6