Citation:

PANGAEA.441750

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

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Related to:

Imbrie, John D; McIntyre, Andrew; Mix, Alan C (1989): Oceanic response to orbital forcing in the late Quaternary: observational and experimental strategies. In: Berger, A; Schneider, S H & Duplessy, J C (eds.), Climate and Geosciences, A Challenge for Science and Society in the 21th Century. Boston (Kluwer Academic), 121-164, https://doi.org/10.1007/978-94-009-2446-8_7

McIntyre, Andrew; Ruddiman, William F; Karlin, K; Mix, Alan C (1989): Surface water response of the Equatorial Atlantic Ocean to orbital forcing. Paleoceanography, 4(1), 19-55, https://doi.org/10.1029/PA004i001p00019

Further details:

Duffy, A; Imbrie, John D (1989): Summary of Specmap archive No. 1. Spectral Mapping Project (Mapping Species Variability in Global Climate) (SPECMAP), hdl:10013/epic.32169.d001

Project(s):

Spectral Mapping Project (Mapping Species Variability in Global Climate) (SPECMAP)

Coverage:

Latitude: 50.000000 * Longitude: -23.733300

Minimum Elevation: -4053.0 m * Maximum Elevation: -4053.0 m

Event(s):

K708-001 * Latitude: 50.000000 * Longitude: -23.733300 * Elevation: -4053.0 m * Method/Device: Piston corer (PC)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	AGE	Age	ka BP			Geocode
2	Sea surface temperature, summer	SST sum	°C	SPECMAP	Calculated
3	Sea surface temperature, winter	SST win	°C	SPECMAP	Calculated

License:

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

Size:

486 data points

Data

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

1 Age [ka BP]	2 SST sum [°C]	3 SST win [°C]
0	17.02	11.01
1	17.41	11.17
2	17.87	11.45
3	18.45	11.98
4	18.21	11.92
5	17.59	11.57
6	17.14	11.31
7	17.04	11.11
8	16.56	10.90
9	15.14	9.68
10	13.20	7.82
11	12.80	8.66
12	12.82	7.75
13	10.24	5.63
14	6.56	0.54
15	6.34	0.33
16	6.58	0.65
17	6.55	0.50
18	6.53	0.49
19	6.60	0.57
20	6.87	0.71
21	7.73	1.61
22	7.00	1.05
23	6.79	0.96
24	6.91	0.91
25	6.88	0.49
26	6.44	0.43
27	8.44	1.19
28	9.05	2.24
29	8.22	2.14
30	8.07	1.91
31	14.26	7.59
32	13.64	7.77
33	13.30	7.12
34	11.06	4.77
35	7.36	1.47
36	6.89	0.60
37	9.31	2.31
38	9.87	2.64
39	10.33	3.89
40	11.60	6.25
41	13.57	7.75
42	13.52	8.59
43	9.24	3.68
44	6.94	1.13
45	8.13	2.54
46	10.78	4.77
47	11.47	5.23
48	13.44	7.48
49	12.78	6.58
50	10.39	3.84
51	9.55	3.46
52	9.97	3.95
53	10.39	4.43
54	10.78	4.89
55	11.06	5.26
56	11.35	5.64
57	10.40	4.69
58	8.77	3.00
59	7.15	1.31
60	7.11	1.32
61	7.07	1.34
62	7.31	1.46
63	6.85	0.97
64	6.48	0.44
65	7.18	1.49
66	7.00	1.47
67	8.60	3.38
68	12.37	6.80
69	15.61	9.01
70	16.73	9.74
71	16.54	9.67
72	14.86	8.68
73	15.78	9.36
74	16.70	9.74
75	15.33	9.13
76	17.74	10.69
77	20.15	12.26
78	18.49	11.49
79	14.45	9.35
80	16.32	11.35
81	18.72	13.64
82	16.37	11.76
83	14.99	10.74
84	15.71	11.55
85	15.88	11.59
86	15.59	11.00
87	14.49	9.05
88	13.14	6.69
89	12.45	6.03
90	15.51	8.69
91	16.53	9.91
92	12.67	7.19
93	14.35	7.48
94	14.41	7.95
95	15.01	8.83
96	16.04	9.74
97	14.85	9.34
98	19.14	11.58
99	18.75	10.96
100	16.27	9.44
101	17.29	10.88
102	14.79	8.82
103	14.54	8.86
104	14.82	9.18
105	14.59	8.69
106	16.20	9.67
107	16.58	9.66
108	15.00	8.80
109	13.05	7.92
110	16.52	9.44
111	16.12	9.99
112	15.59	10.10
113	14.20	8.92
114	10.22	5.11
115	16.01	9.41
116	17.80	10.96
117	18.54	11.56
118	21.15	13.36
119	19.79	12.47
120	18.50	11.96
121	18.69	12.11
122	18.59	12.42
123	19.92	13.24
124	17.21	11.49
125	17.61	11.13
126	15.43	9.63
127	8.56	3.51
128	9.42	4.34
129	6.04	-0.05
130	6.33	0.19
131	6.67	0.71
132	7.48	1.42
133	8.58	2.21
134	8.66	2.39
135	8.73	2.58
136	8.47	2.38
137	7.50	1.41
138	6.53	0.43
139	6.34	0.27
140	6.83	0.80
141	7.31	1.32
142	7.93	1.61
143	8.59	1.82
144	9.25	2.03
145	8.73	1.97
146	8.18	1.90
147	7.62	1.72
148	7.04	1.08
149	6.47	0.43
150	6.13	0.08
151	6.17	0.18
152	6.21	0.28
153	6.73	1.01
154	7.57	2.16
155	8.42	3.31
156	9.26	4.45
157	10.11	5.60
158	10.37	5.95
159	10.04	5.49
160	9.72	5.03
161	9.40	4.57
162	9.07	4.11
163	9.33	4.17
164	10.45	5.01
165	11.58	5.85
166	12.70	6.69
167	13.82	7.53
168	13.65	7.24
169	10.45	4.30
170	9.96	3.43
171	12.19	4.63
172	11.16	4.09
173	8.72	2.82
174	7.94	2.13
175	7.65	1.85
176	10.07	4.77
177	11.07	6.02
178	8.75	3.38
179	7.47	1.80
180	7.21	1.28
181	7.20	1.17
182	7.29	1.24
183	7.39	1.30
184	10.21	4.07
185	13.39	7.20
186	16.36	10.10
187	16.62	10.08
188	16.88	10.06
189	17.14	10.04
190	16.36	9.44
191	15.43	8.75
192	14.51	8.06
193	14.98	8.43
194	16.11	9.30
195	17.23	10.17
196	18.30	11.12
197	17.87	10.98
198	17.44	10.84
199	17.03	10.64
200	16.66	10.32
201	16.30	10.00
202	16.01	9.74
203	16.53	10.07
204	17.05	10.41
205	17.57	10.74
206	18.09	11.09
207	18.61	11.44
208	19.13	11.79
209	17.99	10.82
210	16.43	9.56
211	17.09	10.37
212	16.89	10.13
213	15.87	8.89
214	17.30	10.15
215	18.43	10.97
216	18.41	10.38
217	17.82	9.94
218	17.87	10.02
219	16.63	9.12
220	13.39	6.96
221	8.43	2.88
222	6.98	1.07
223	9.13	3.90
224	7.59	2.17
225	7.19	1.68
226	8.86	3.11
227	16.56	9.06
228	15.42	7.64
229	14.93	8.30
230	16.25	9.59
231	15.98	9.19
232	16.40	10.58
233	15.09	8.66
234	16.80	9.48
235	13.87	6.52
236	16.81	8.95
237	17.64	10.48
238	17.15	9.98
239	19.16	11.96
240	18.24	11.17
241	16.77	9.88
242	10.34	5.28