# NOAA Paleoclimatology Program - Paleocean Site Data
# 1603-tab.txt
# Complete Data
# File Created: 18-Jan-2005
#
#*********************************************************************************
# Please cite the contributor and the original publications when using these data
#*********************************************************************************
#
# Missing Values indicated by '-999'
#
# PI:             S.A. Gorbarenko
# Core/Site:      1603
# Latitude:       35.55.18N	( 35.92167)
# Longitude:      130.43.24E	( 130.7233)
# Water Depth(m): 1360
#
# Publications:
#   Gorbarenko, S.A., and J.R. Southon. 2000. Detailed Japan Sea paleoceanography
#     during last 25Kyr: constraints from AMS dating and d18O of planktonic foraminifera.
#     Palaeogeography, Palaeoclimatology, Palaeoecology 156(3-4):177-193.
#------------------
#
# Description & Notes:
#   Japan Sea paleoceanography during last 25,000 years.
#   Data precision- d18O: 0.15o/oo, CaCO3: 0.1%, Corg: 0.05% 
#
# Variables:
#             depth         Depth (cm)
#             carb%         Calcium Carbonate percent
#             cas+cas%      Castanea + Castanopsis pollen percent
#             conif-d%      Conifer pollen, dark, percent
#             corg%         Organic Carbon weight percent
#             d18Oforams-p  delta O18 PDB (Planktonic Foraminifers)
#             n.pachy-r.ratio             Neogloboquadrina pachyderma (right coiling) ratio
#             wwdtm.Td      Warm water diatoms - Td (Kanaya & Koizumi 1966)
#
# CORE: 1603
depth	carb%	cas+cas%	conif-d%	corg%	d18Oforams-p	n.pachy-r.ratio	wwdtm.Td	
10	2.5	9.9	2.5	1.43	0.43	0.09	0.54	
20	2.25	4.8	3.7	1.92	-999	0	0.38	
30	1	8.1	3.5	1.6	2.5	0.0625	0.35	
40	1.58	7.3	2	1.72	-999	0	0.65	
50	1.42	5.5	3	1.66	-999	0.465	0.64	
60	2.33	15.7	3.6	1.48	1.88	-999	0.68	
70	2.58	15.8	1.9	1.5	1.53	0.387	0.53	
80	0.75	7	2.4	1.66	1.3	0.321	0.61	
90	2.83	9.7	0.5	1.73	2.03	0.229	0.61	
100	2.67	7.1	1.2	1.66	1.73	0.325	0.59	
110	1.25	17.4	1.4	1.62	1.1	0	0.57	
120	0.58	22.7	2	2.06	-999	0	0.47	
130	0.17	16	2.2	2.36	-999	-999	0.33	
140	2.33	4.4	2.5	2.38	-999	0.065	0.42	
150	0.42	7.5	2	2.9	2.5	-999	0.41	
178	0.33	-999	-999	3	-999	-999	0.22	
185	8.25	-999	5.9	2.82	-999	-999	0.34	
190	11.33	-999	10.2	2.88	3.1	-999	0.43	
195	1.92	-999	-999	2.21	-999	-999	0.47	
200	3.67	1.8	9.4	1.6	2.53	-999	0.26	
205	-999	-999	-999	-999	2.53	-999	-999	
210	6.58	0.5	16.3	1.53	2.2	-999	0.39	
220	8.41	-999	25	1.24	1.82	-999	0.21	
228	-999	-999	-999	-999	1.97	-999	-999	
230	6.5	0.6	27	1.27	-999	-999	0.36	
240	4.5	2	20.6	0.96	1.61	-999	0.38	
250	3.58	0.5	15.8	0.92	1	-999	0.37	
253	-999	-999	-999	-999	0.91	-999	-999	
260	2.75	-999	21.5	1.01	-999	-999	0.22	
265	-999	-999	-999	-999	0.66	-999	-999	
270	-999	-999	-999	-999	0.73	-999	-999	
273	4.58	-999	33.5	1.15	-999	-999	0.23	
280	7.16	-999	23	1.09	0.48	-999	0.16	
290	9.16	-999	29.5	1.07	0.47	-999	0.15	
300	6.66	-999	35.1	1.16	0.52	-999	0.13	
310	7.5	-999	24.7	1.1	0.62	-999	0.17	
320	-999	-999	39.5	-999	0.59	-999	0.18	
330	8.91	-999	42.5	0.97	0.58	-999	0.2