# NOAA Paleoclimatology Program - Paleocean Site Data
# jpc8-c_isot-tab.txt
# Isotope data only
# File Created: 19-Jan-2005
#
#*********************************************************************************
# Please cite the contributor and the original publications when using these data
#*********************************************************************************
#
# Missing Values indicated by '-999'
#
# PI:             Elsa Cortijo
# Core/Site:      EW9302-JPC8
# Latitude:       61.00.00N	( 61)
# Longitude:      25.00.00W	( -25)
# Water Depth(m): 1917
#
# Publications:
#   Cortijo, E., S.J. Lehman, L.D. Keigwin, M.R. Chapman, D. Paillard, and L. Labeyrie.
#     1999. Changes in meridional temperature and salinity gradients in the North Atlantic
#     Ocean (30-72N) during the last interglacial period. Paleoceanography
#     14(1):22-33.
#------------------
#
# Description & Notes:
#   Interglacial North Atlantic Temperature and Salinity Data.
#   Benthic foraminifer d18O measurements used for the definition of the 5e plateau.
#   Planktonic foraminifer d18O measurements and summer SST used for reconstruction
#   of salinities for the last interglacial. Because the age scale of isotopic substage
#   5e is difficult to build and subjective choices must be made, we decided to put
#   all the cores on the same depth (the depth of core JPC8) and then to constrain
#   the age scale following the age scale of Adkins et al (1997).
#
# Variables:
#             depth         Depth (cm)
#             d18On.pachy-r delta O18 PDB (Neogloboquadrina pachyderma (right coiling))
#             d18Oc.wuell   delta O18 PDB (Cibicidoides wuellerstorfi)
#             d18Owater     delta O18 PDB (water)
#
# CORE: EW9302-JPC8
depth	d18On.pachy-r	d18Oc.wuell	d18Owater	
702	3.13	-999	-999	
704	-999	4.34	-999	
704	-999	4.27	-999	
712	3.21	-999	-999	
720	3.32	4.12	-999	
728	3.16	4.11	-999	
728	-999	4.27	-999	
736	3.09	4.26	-999	
736	-999	4.07	-999	
744	2.95	-999	-999	
752	2.95	3.9	-999	
760	2.77	-999	-999	
768	2.94	-999	-999	
776	2.75	4.02	-999	
776	-999	4.02	-999	
783	-999	3.95	-999	
784	2.66	4.24	-999	
785	-999	3.96	-999	
792	2.67	3.96	-999	
800	2.38	-999	-999	
808	2.51	3.9	-999	
808	-999	3.95	-999	
812	2.7	-999	-999	
816	2.5	-999	-999	
820	2.86	-999	-999	
824	3.04	3.55	-999	
824	-999	4.35	-999	
828	2.61	-999	-999	
832	2.69	4.17	-999	
832	-999	4.19	-999	
840	3.12	4.1	-999	
842	3.02	-999	-999	
848	2.63	4.03	-999	
848	2.26	3.89	-999	
848	2.95	4.09	-999	
850	3.08	-999	-999	
856	3.31	4.22	-999	
858	3.59	-999	-999	
864	3.06	4.29	-999	
872	3.08	4.16	-999	
876	2.9	-999	1.63934	
880	2.87	3.86	0.4404266	
884	2.97	-999	-999	
888	2.8	3.78	0.9959575	
896	2.65	-999	1.349568	
904	2.19	3.68	1.204432	
912	1.89	3.55	0.9183804	
920	1.77	-999	0.6754479	
928	1.52	-999	0.4653586	
936	1.47	-999	0.7905655	
944	1.43	3.28	0.6794578	
952	1.42	3.25	0.6873922	
960	1.4	-999	0.5330042	
968	1.31	3.11	0.3581508	
976	1.29	-999	0.6619994	
984	1.25	-999	0.7558807	
992	1.35	-999	0.8247388	
1000	1.37	3.17	0.8596834	
1008	1.19	-999	0.791996	
1016	1.01	-999	0.6865104	
1024	1.22	3.18	1.11196	
1032	1.18	-999	1.089891	
1040	1.15	3.27	1.104581	
1048	1.1	3.09	0.5575192	
1052	-999	2.98	-999	
1056	1.25	-999	1.098784	
1064	1.13	3.01	0.7377043	
1072	1.18	3.15	0.5595188	
1080	1.31	-999	1.136497	
1088	1.2	-999	0.6104271	
1096	1.01	-999	0.521611	
1104	1.27	-999	1.252354	
1108	-999	3.11	-999	
1112	1.28	3.15	1.173637	
1116	-999	3.14	-999	
1120	1.03	3.14	0.5274169	
1120	-999	3.11	-999	
1124	-999	3.1	-999	
1128	1.17	-999	0.9147744	
1136	1.17	3.09	0.6971588	
1140	1.48	2.99	-999	
1144	1.41	3.1	0.3394804	
1148	1.46	2.97	-999	
1152	1.73	3.06	0.5842655	
1156	1.07	3.28	-0.2579705	
1160	1.87	3.34	0.1570697	
1160	-999	3.85	-999	
1160	-999	3.19	-999	
1164	2.26	3.36	0.3822648	
1164	-999	3.79	-999	
1164	-999	3.48	-999	
1168	2.35	3.14	0.2266655	
1168	-999	3.16	-999	
1168	-999	3.22	-999	
1172	2.53	3.33	0.6951911	
1172	-999	3.45	-999	
1172	-999	4.1	-999	
1176	2.14	3.32	-999	
1176	1.79	3.17	0.3143412	
1176	-999	3.38	-999	
1180	2.46	3.69	-999	
1180	2.8	-999	-999	
1184	3.08	-999	-999	
1184	3.38	-999	-999	
1188	3.32	4.79	-999	
1192	4.02	-999	-999	
1192	4.03	-999	-999	
1196	4.02	4.91	-999	
1196	4.16	-999	-999	
1200	3.14	-999	-999	
1200	3.32	-999	-999	
1204	4.06	-999	-999	
1204	4.22	-999	-999	
1208	4.28	4.73	-999	
1208	4.21	-999	-999	
1212	4.05	4.72	-999	
1212	3.85	-999	-999	
1216	3.89	4.87	-999	
1216	4.08	-999	-999	
1220	3.95	4.87	-999	
1220	4.25	4.82	-999	
1224	4.13	4.88	-999	
1224	3.82	4.87	-999	
1228	4	4.88	-999	
1228	4.14	-999	-999	
1232	4.19	4.74	-999	
1232	3.99	-999	-999	
1236	4.08	4.92	-999	
1236	3.88	-999	-999	
1240	4.07	4.9	-999	
1240	4.2	-999	-999	
1244	4.18	4.97	-999	
1244	4.13	-999	-999	
1248	4.28	5.03	-999	
1248	4.04	-999	-999