Citation:

PANGAEA.227402

Always quote citation above when using data! You can download the citation in several formats below.

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Related to:

Wolff, Tobias (1998): Mixed layer characteristics in the equatorial Atlantic during the late Quaternary as deduced from planktonic foraminifera. Berichte aus dem Fachbereich Geowissenschaften der Universität Bremen, 125, 132 pp, urn:nbn:de:gbv:46-ep000102448

Wolff, Tobias; Grieger, Björn; Hale, Walter; Dürkoop, Anke; Mulitza, Stefan; Pätzold, Jürgen; Wefer, Gerold (1999): On the Reconstruction of Paleosalinities. In: Fischer, G & Wefer, G (eds.), Use of Proxies in Paleoceanography - Examples from the South Atlantic, Springer, Berlin, Heidelberg, 207-228

Project(s):

Geosciences, University of Bremen (GeoB)

South Atlantic in Late Quaternary: Reconstruction of Budget and Currents (SFB261)

Coverage:

Latitude: 3.831667 * Longitude: -41.621667

Date/Time Start: 1991-05-17T00:00:00 * Date/Time End: 1991-05-17T00:00:00

Minimum DEPTH, sediment/rock: 0.03 m * Maximum DEPTH, sediment/rock: 7.28 m

Event(s):

GeoB1523-1 * Latitude: 3.831667 * Longitude: -41.621667 * Date/Time: 1991-05-17T00:00:00 * Elevation: -3292.0 m * Recovery: 6.65 m * Location: Amazon Fan * Campaign: * Basis: * Method/Device: Gravity corer (Kiel type) (SL)

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	Sea surface salinity	SSS		Wolff, Tobias	Artificial Neural Network (ANN)
4	Sea surface salinity	SSS		Wolff, Tobias	Modern analog technique (MAT)
5	Sea surface salinity	SSS		Wolff, Tobias	Calculated	estimated from d18Ow
6	Sea surface salinity	SSS		Wolff, Tobias	Calculated	estimated from SIMMAX summer temperature
7	Sea surface salinity	SSS		Wolff, Tobias	Calculated	calculated from oxygen isotope method using Tsummer from MacMAT and d18O-salinity relationship for the tropical Atlantic
8	Sea surface temperature, summer	SST sum	°C	Wolff, Tobias	Modern analog technique (MAT)
9	Sea surface temperature, winter	SST win	°C	Wolff, Tobias	Modern analog technique (MAT)
10	Globigerinoides sacculifer, δ18O	G. sacculifer δ18O	‰ PDB	Mulitza, Stefan	Mass spectrometer Finnigan MAT 251	Grain size 350-400 µms

License:

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

Size:

643 data points

Data

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

1 Depth sed [m]	2 Age [ka BP]	3 SSS (Artificial Neural Network (ANN))	4 SSS (Modern analog technique (MAT))	5 SSS (estimated from d18Ow, Calculated)	6 SSS (estimated from SIMMAX summer ...)	7 SSS (calculated from oxygen isotop...)	8 SST sum [°C] (Modern analog technique (MAT))	9 SST win [°C] (Modern analog technique (MAT))	10 G. sacculifer δ18O [‰ PDB] (Grain size 350-400 µms, Mass ...)
0.03	2.0	35.5	36.1	35.4	35.8	34.1	26.9	25.2	-1.85
0.08	5.2								-1.80
0.13	7.7	35.5	35.8	36.7	36.8	37.3	27.3	25.4	-1.24
0.18	9.7								-1.33
0.23	11.7	35.5	35.8	36.1	36.4	35.3	26.9	24.7	-1.27
0.28	13.8								-0.46
0.33	15.8	36.2	36.4	37.0	38.1	36.2	25.0	22.1	-0.07
0.38	17.8								0.33
0.43	18.7	36.6	35.9	37.9	38.1	39.0	27.0	25.5	-0.10
0.48	19.6								-0.06
0.53	20.5	36.5	36.0	37.9	38.3	38.8	26.4	24.3	0.04
0.58	21.4								0.05
0.63	23.2	36.7	36.2	37.6	37.9	38.3	26.4	24.1	-0.23
0.68	24.9								-0.05
0.73	26.7	36.6	36.3	37.2	38.0	37.9	25.5	22.2	-0.31
0.78	28.4								-0.22
0.83	30.2	36.7	36.8	37.9	38.3	39.5	26.3	22.4	-0.13
0.88	31.9								-0.30
0.93	33.7	36.5	36.4	38.0	38.7	40.0	25.9	22.2	0.02
0.98	35.4								-0.12
1.03	37.2	36.5	36.5	36.2	37.8	35.0	22.7	19.0	-0.28
1.08	39.0								-0.43
1.13	40.7	36.2	36.6	36.5	37.9	35.8	24.2	20.4	-0.37
1.18	42.5								-0.11
1.23	44.2	36.4	35.7	37.4	37.6	38.3	27.2	25.7	-0.55
1.28	46.0								-0.55
1.33	47.7	36.2	36.1	36.6	37.5	36.1	25.0	21.4	-0.54
1.38	49.5								-0.22
1.43	51.2	36.6	36.2	37.1	37.8	37.9	25.4	22.4	-0.47
1.48	53.0								-0.66
1.53	56.0	36.1	36.6	36.8	37.6	36.7	25.5	21.0	-0.53
1.58	59.0								-0.38
1.63	62.0	36.6	36.5	37.3	38.5	38.3	24.6	22.0	-0.16
1.68	65.0								-0.05
1.73	66.5	36.7	36.2	35.8	37.9	33.8	22.5	18.1	-0.38
1.78	68.0								-0.58
1.83	69.5	36.8	36.3	37.0	37.3	37.3	26.2	22.6	-0.65
1.88	71.0								-0.85
1.93	72.5	36.4	36.7	35.8	36.6	34.2	25.6	22.1	-1.18
1.98	74.0								-1.02
2.03	75.5	35.6	36.2	36.6	36.7	36.5	27.0	25.3	-1.07
2.08	77.0								-1.29
2.13	78.5	36.1	36.1	36.4	36.9	36.5	26.2	23.5	-1.18
2.18	80.0								-1.37
2.23	83.5	35.9	36.1	37.2	37.5	38.9	26.9	25.2	-0.89
2.28	87.0								-0.78
2.33	89.0	36.5	36.1	36.3	37.0	35.8	25.9	23.7	-0.98
2.38	91.0								-1.19
2.43	93.0	36.1	36.2	36.1	36.9	35.3	25.8	23.7	-1.11
2.48	95.0								-1.25
2.53	97.0	35.9	36.1	35.9	36.7	35.2	25.9	23.7	-1.35
2.58	99.0								-1.57
2.63	100.8	36.4	36.0	36.4	36.4	36.4	27.7	25.9	-1.41
2.68	102.7								-1.31
2.73	104.5	35.8	35.9	36.5	36.8	36.0	26.7	24.9	-1.02
2.78	106.3								-1.04
2.83	108.2	36.5	36.1	36.6	36.9	36.5	26.6	24.2	-0.95
2.88	110.0								-0.94
2.93	112.4	36.7	35.9	36.4	36.7	35.8	26.8	24.5	-1.08
2.98	114.8								-1.43
3.03	117.2	36.0	36.0	35.3	36.1	33.4	25.8	22.9	-1.54
3.08	119.6								-1.74
3.13	122.0	36.0	35.8	36.3	36.4	36.7	27.2	25.5	-1.54
3.18	124.2								-1.92
3.23	126.3	36.3	35.4	35.8	36.1	35.2	27.0	24.6	-1.65
3.28	128.5								-0.43
3.33	130.7	36.2	36.1	37.2	38.6	37.7	24.0	20.8	-0.01
3.38	132.8								0.05
3.43	135.0	36.1	36.3	36.9	36.9	36.1	23.9	20.1	0.09
3.48	136.8								-0.03
3.53	138.6	36.2	36.5	37.4	37.2	37.5	25.0	22.2	0.08
3.58	140.3								-0.29
3.63	142.1	36.4	36.1	37.0	37.1	36.6	25.0	21.0	-0.16
3.68	143.9								-0.35
3.73	145.7	36.2	36.5	37.6	37.4	38.2	25.8	23.4	-0.07
3.78	147.4								0.11
3.83	149.2	36.3	36.4	37.8	38.2	38.8	26.3	22.9	-0.04
3.88	151.0								0.31
3.93	153.2	36.5	36.2	37.5	38.1	38.3	24.7	21.5	0.12
3.98	155.4								-0.04
4.03	157.7	36.1	36.1	37.4	37.8	38.4	26.4	24.0	-0.43
4.08	159.9								0.25
4.13	162.1	36.3	36.1	37.5	38.1	38.4	25.7	23.7	-0.26
4.18	164.3								-0.41
4.23	166.6	36.3	36.1	35.9	37.2	34.4	24.6	21.6	-0.80
4.28	168.8								-0.74
4.33	171.0	35.8	35.9	37.3	37.6	38.3	26.9	25.0	-0.68
4.38	174.0								-0.76
4.43	177.0	36.3	36.1	37.2	37.9	37.7	25.9	23.7	-0.36
4.48	180.0								-0.39
4.53	183.0	36.2	36.2	37.2	38.2	37.6	25.3	22.2	-0.21
4.58	184.1								-0.29
4.63	185.2	36.5	36.3	36.2	37.2	34.7	25.0	22.4	-0.68
4.68	186.3								-0.54
4.73	187.4	36.4	35.8	37.1	37.3	37.8	27.1	25.6	-0.84
4.78	188.5								-0.89
4.83	189.6	36.5	36.0	36.1	36.6	35.5	26.4	24.4	-1.29
4.88	190.7								-1.28
4.93	191.8	35.9	35.9	37.5	37.6	39.3	27.5	26.0	-0.82
4.98	192.9								-1.44
5.03	194.0	36.1	35.9	35.8	36.0	34.8	27.2	25.5	-1.65
5.08	199.5								-1.42
5.13	205.0	36.3	36.0	37.6	37.9	39.7	26.8	25.0	-0.68
5.18	207.8								-0.92
5.23	210.5	36.1	35.8	37.2	37.6	38.7	26.9	24.7	-0.89
5.28	213.3								-1.27
5.33	216.0	36.0	35.8	36.3	36.4	36.2	27.4	25.8	-1.41
5.38	218.4								-0.69
5.43	220.8	35.6	35.8	38.0	37.9	41.4	27.6	25.6	-0.80
5.48	223.2								-0.91
5.53	225.6	36.7	36.1	37.1	38.0	38.0	25.4	23.0	-0.47
5.58	228.0								-0.41
5.63	231.3	36.8	35.9	37.0	37.6	37.8	26.0	23.7	-0.67
5.68	234.7								-1.08
5.73	238.0	35.9	35.6	36.3	36.7	36.0	26.6	24.4	-1.23
5.78	241.7								-0.62
5.83	245.3	36.1	35.9	38.0	38.4	40.4	26.6	23.9	-0.26
5.88	249.0								-0.33
5.93	252.3	36.3	36.3	37.3	37.8	38.0	25.6	23.3	-0.25
5.98	255.7								-0.56
6.03	259.0	36.2	36.6	36.7	38.0	36.9	24.0	20.8	-0.45
6.08	262.3								-0.49
6.13	265.7	36.3	36.1	37.2	37.7	37.6	25.9	22.7	-0.36
6.18	269.0								0.39
6.23	273.5	36.9	35.9	37.9	38.4	39.8	27.0	24.9	-0.38
6.28	278.0								-0.51
6.33	282.5	36.1	35.8	36.4	36.9	35.8	26.6	24.1	-0.95
6.38	287.0								-1.30
6.43	291.6	36.2	35.9	38.0	38.6	40.5	26.5	24.0	-0.32
6.48	296.2								-0.90
6.53	300.8	36.9	36.0	37.1	37.3	38.1	27.1	25.5	-0.84
6.58	305.4								-1.24
6.63	310.0	36.9	36.1	36.7	37.7	36.9	25.5	22.7	-0.79
6.68	315.0								-1.44
6.73	320.0	35.9	36.0	36.4	37.0	36.5	26.3	23.8	-1.14
6.78	325.5								-1.37
6.83	331.0	35.9	35.8	35.6	35.7	34.7	26.9	24.9	-1.81
6.88	341.0								0.23
6.93	345.5	36.8	36.2	36.1	36.7	34.5	25.7	23.2	-0.84
6.98	350.0								0.13
7.03	354.5	36.6	36.4	37.5	38.2	38.1	25.9	23.8	-0.22
7.08	359.0								-0.30
7.13	363.5								-0.48
7.18	368.0								-0.97
7.23	372.5								-0.59
7.28	377.0								-1.17