# NOAA Paleoclimatology Program - Paleocean Site Data
# l13-g117-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:             James V. Gardner
# Core/Site:      L13-81-G117
# Latitude:       38.10.18N	( 38.17167)
# Longitude:      123.21.48W	( -123.3633)
# Water Depth(m): 695
#
# Publications:
#   Gardner, J.V., W.E. Dean, and P. Dartnell. 1997. Biogenic sedimentation beneath
#     the California Current system for the past 30 kyr and its paleoceanographic significance.
#     Paleoceanography 12:207-225.
#------------------
#
# Description & Notes:
#   California Current during the past 30,000 years.
#   DBD calculated from measured %biopal regression with measured DBD.  Equation
#   is:  DBD = (%biopal-0.315)/0.129 (Gardner, unpublished data). Data precision-
#   biopal: 0.2%, CaCO3: 0.1%, Corg: 0.2%
#
# Variables:
#             depth         Depth (cm)
#             yrBP          radiocarbon years B.P. (Libby half-life; B.P. = 1950)
#             bulkflux      Bulk mass accumulation rate (g/cm^2/kyr)
#             carb%         Calcium Carbonate percent
#             carbflux      Calcium carbonate mass accumulation rate (g/cm^2/kyr)
#             corg1%        Organic Carbon percent
#             corgflux      Organic carbon mass accumulation rate (g/cm^2/kyr)
#             dbd           Dry Bulk Density
#             opal%         Opal percent
#             opalflux      Opal mass accumulation rate (g/cm^2/kyr)
#             sedrate       Sedimentation rate (cm/kyr)
#             terrigflux    Terrigenous mass accumulation rate (g/cm^2/kyr)
#
# CORE: L13-81-G117
depth	yrBP 	bulkflux	carb%	carbflux	corg1%	corgflux	dbd	opal%	opalflux	sedrate	terrigflux	
0	0	0.92	0.3	0.003	0.9	0.008	0.61	2.29	0.02	1.5	0.89	
5	3300	0.14	0.3	0	0.9	0.001	0.315	0	0	0.4	0.14	
10	14560	0.59	0.4	0.002	1	0.006	1.0209	5.47	0.03	0.6	0.55	
15	23210	0.79	1.7	0.013	1.2	0.009	1.0918	6.02	0.05	0.7	0.72	
20	30160	0.61	1.3	0.008	0.9	0.005	0.8424	4.09	0.02	0.7	0.57	
25	37110	2.13	0.8	0.017	0.7	0.015	0.7121	3.08	0.07	3	2.03	
30	38780	9.64	0.9	0.087	0.6	0.058	0.6939	2.94	0.28	13.9	9.21	
35	39140	9	0.8	0.072	0.6	0.054	0.63	2.44	0.22	14.3	8.65	
39	39420	9.3	1.1	0.102	0.8	0.074	0.6591	2.67	0.25	14.1	8.87	
50	40200	9.51	1.7	0.162	1.1	0.105	0.685	2.87	0.27	13.9	8.97	
55	40560	10.4	1.9	0.198	0.8	0.083	0.7283	3.2	0.33	14.3	9.79	
60	40910	4.44	2.1	0.093	1.2	0.053	0.6477	2.58	0.11	6.8	4.18	
65	41640	1.45	4.5	0.065	0.7	0.01	0.6374	2.5	0.04	2.3	1.34	
70	43840	1.97	5.7	0.113	0.8	0.016	0.711	3.07	0.06	2.8	1.79	
75	45640	-999	1.1	-999	1.4	-999	-999	-999	-999	23.8	-999	
80	45850	41.3	0.5	0.207	1.6	0.661	1.7347	11.01	4.55	23.8	35.89	
85	46060	43.65	0.3	0.131	1.9	0.829	1.8332	11.77	5.14	23.8	37.55	
95	46480	33.1	1	0.331	1.5	0.497	1.4068	8.46	2.8	23.5	29.47	
99	46650	32.33	1.2	0.388	1.4	0.453	1.3756	8.22	2.66	23.5	28.83