# Juan de Fuca Ridge, Subarctic Pacific Productivity Proxy Data over the last 200,000 years
#-----------------------------------------------------------------------
#               World Data Service for Paleoclimatology, Boulder
#                                   and
#                      NOAA Paleoclimatology Program
#-----------------------------------------------------------------------
# Template Version 3.0
# Encoding: UTF-8
# NOTE: Please cite original publication, online resource and date accessed when using this data.
# If there is no publication information, please cite Investigator, title, online resource and date accessed.
#
# Description/Documentation lines begin with #
# Data lines have no #
#
# Online_Resource: https://www.ncdc.noaa.gov/paleo/study/24190
#      Description: NOAA Landing Page
# Online_Resource: http://www1.ncdc.noaa.gov/pub/data/paleo/contributions_by_author/costa2018/costa2018-comp_opal.txt
#      Description: NOAA location of the template
#
# Archive: Paleoceanography
#
# Dataset_DOI:
#
# Parameter_Keywords: geochemistry
#---------------------------------------
# Contribution_Date
#    Date: 2018-05-25
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# File_Last_Modified_Date
#    Date: 2018-05-25
#---------------------------------------
# Title
#    Study_Name: Juan de Fuca Ridge, Subarctic Pacific Productivity Proxy Data over the last 200,000 years
#---------------------------------------
# Investigators
#      Investigators: Costa, Kassandra M.; McManus, Jerry F.; Anderson, Robert F.
#---------------------------------------
# Description_Notes_and_Keywords
#        Description: Productivity proxies for the Subarctic Pacific for the last 200,000 years
#         Provided Keywords: Productivity, stratification, glacial-interglacial variability
#---------------------------------------
# Publication
# Authors: Costa, Kassandra M.; McManus, Jerry F.; Anderson, Robert F.
# Published_Date_or_Year: 
# Published_Title: Paleo-productivity and stratification across the Subarctic Pacific over glacial-interglacial cycles 
# Journal_Name: Paleoceanography and Paleoclimatology
# Volume: (in revision)
# Edition: 
# Issue: 
# Pages: 
# Report_Number: 
# DOI: 
# Online_Resource: 
# Full_Citation: 
# Abstract: 
#---------------------------------------
# Funding_Agency
#    Funding_Agency_Name: US National Science Foundation
#    Grant: AGS-1502889 
#---------------------------------------
# Site_Information
# Site_Name: Juan de Fuca Ridge Composite
# Location: East Subarctic Pacific
# Country: 
# Northernmost_Latitude: 45.04507
# Southernmost_Latitude: 44.88717
# Easternmost_Longitude: -130.45737
# Westernmost_Longitude: -130.8785
# Elevation: 
#---------------------------------------
# Data_Collection
#   Collection_Name: JdF Ridge Composite Opal Costa2018
#   First_Year: 210500
#   Last_Year: 500
#   Time_Unit: cal yr BP
#   Core_Length: 
#   Notes: 
#---------------------------------------
# Chronology_Information 
# Chronology: 
#---------------------------------------
# Variables
# Data variables follow that are preceded by "##" in columns one and two.
# Variables list, one per line, shortname-tab-longname components (9 components: what, material, error, units, seasonality, archive, detail, method, C or N for Character or Numeric data)
## Core	notes,,,,,paleoceanography,,,C,Core name; multicore or piston core 
## Age_kyr	age,,,calendar kiloyear before present,,paleoceanography,,,N,
## Opal_wt%	silicon dioxide,,,weight percent,,paleoceanography,,spectrophotometry,N,opal concentrations previously published in Costa et al., 2018, GCA
## Mass_Flux	accumulation rate,,,gram per square centimeter per kiloyear,,paleoceanography,,inductively-coupled plasma mass spectrometry,N,previously published in Costa and McManus, 2017, GCA
## Opal_Flux	silicon dioxide,,,milligram per square centimeter per kiloyear,,paleoceanography,,,N,previously published in Costa et al., 2018, GCA
#------------------------
# Data
# Data lines follow (have no #)
# Data line format - tab-delimited text, variable short name as header
# Missing_Values: NaN
Core	Age_kyr	Opal_wt%	Mass_Flux	Opal_Flux	
10MC	0.5	5.58	0.44	24.31	
10MC	2.6	6.89	0.42	29.19	
35PC	6.6	4.66	0.47	22.04	
09PC	7.3	8.06	0.43	34.34	
10MC	7.5	3.79	0.44	16.64	
09PC	8.9	8.26	0.47	39.15	
35PC	8.9	4.13	0.46	19.01	
05PC	9.1	12.05	0.37	45.11	
09PC	9.7	4.87	0.52	25.23	
10MC	10.1	3.22	0.49	15.75	
09PC	10.5	3.38	0.49	16.56	
35PC	11.2	2.48	0.55	13.54	
10MC	11.2	3.62	0.49	17.62	
09PC	11.3	3.65	0.52	18.80	
12PC	12.1	3.45	0.57	19.61	
10MC	12.9	3.31	0.51	16.71	
35PC	13.4	2.10	0.66	13.85	
10MC	13.6	2.81	0.62	17.35	
09PC	13.6	2.70	0.69	18.52	
10MC	14.4	2.15	0.78	16.78	
10MC	14.9	1.55	0.96	14.89	
10MC	15.3	1.51	1.25	18.95	
39BB	15.6	5.35	0.41	21.84	
35PC	15.7	2.49	0.62	15.43	
05PC	15.8	5.93	0.42	24.76	
09PC	16.8	1.17	1.07	12.54	
10MC	16.9	1.28	1.23	15.74	
10MC	17.5	1.26	1.46	18.37	
38PC	17.9	3.43	0.92	31.44	
35PC	18.0	1.36	1.21	16.50	
12PC	19.0	1.50	0.84	12.59	
10MC	19.1	1.29	1.42	18.37	
05PC	19.2	1.45	1.28	18.51	
09PC	20.0	0.91	1.43	12.99	
35PC	20.3	0.98	1.29	12.62	
10MC	20.7	1.70	1.38	23.33	
39BB	20.9	1.67	0.82	13.67	
38PC	21.7	1.45	1.34	19.49	
12PC	22.5	1.36	1.35	18.38	
35PC	22.6	0.78	1.40	10.90	
10MC	22.8	1.61	0.99	15.95	
09PC	23.2	0.95	1.45	13.81	
39BB	23.6	1.14	1.22	13.94	
38PC	23.8	1.62	1.34	21.74	
05PC	24.3	2.30	1.02	23.49	
35PC	24.9	1.09	1.09	11.90	
09PC	26.4	1.03	1.24	12.76	
35PC	27.1	1.23	1.01	12.38	
12PC	28.9	1.43	0.77	11.01	
35PC	29.4	1.52	0.76	11.48	
09PC	29.6	1.23	0.99	12.15	
38PC	30.3	1.50	0.80	12.05	
12PC	30.5	1.60	1.02	16.38	
39BB	31.6	0.94	1.26	11.91	
35PC	31.7	1.71	0.96	16.41	
05PC	32.1	1.04	0.86	9.02	
38PC	32.5	1.92	1.19	22.86	
09PC	32.8	1.19	0.92	10.89	
35PC	34.0	0.84	0.92	7.75	
39BB	34.2	0.83	0.80	6.67	
12PC	35.3	1.24	1.00	12.38	
35PC	36.3	1.37	0.84	11.54	
39BB	36.9	2.01	0.93	18.74	
09PC	37.0	1.26	0.87	10.94	
38PC	37.2	1.59	1.04	16.58	
35PC	38.6	1.36	0.88	11.93	
39BB	39.6	1.26	0.85	10.66	
05PC	39.9	1.14	0.76	8.60	
09PC	40.2	1.03	0.79	8.15	
35PC	40.8	0.83	0.87	7.25	
35PC	43.1	0.96	0.87	8.40	
09PC	43.4	1.55	0.80	12.46	
39BB	44.9	1.58	0.76	12.08	
12PC	44.9	1.41	0.83	11.77	
35PC	45.4	1.20	0.95	11.37	
09PC	46.5	1.13	0.75	8.50	
38PC	47.4	1.58	0.80	12.64	
35PC	47.7	0.61	1.01	6.19	
05PC	47.7	2.53	0.74	18.66	
09PC	49.7	1.14	0.76	8.64	
35PC	50.0	0.74	0.98	7.25	
35PC	52.3	0.84	0.90	7.56	
09PC	52.9	0.71	0.69	4.92	
05PC	53.9	0.93	0.71	6.61	
35PC	54.5	1.02	0.94	9.58	
38PC	55.0	1.49	0.72	10.75	
12PC	55.8	1.42	0.75	10.61	
09PC	56.1	1.09	0.78	8.50	
35PC	56.8	0.70	0.93	6.48	
35PC	59.1	1.02	0.91	9.33	
09PC	59.3	0.92	0.77	7.11	
38PC	60.9	1.76	0.93	16.32	
09PC	61.2	1.16	0.85	9.87	
35PC	61.4	1.15	0.90	10.35	
09PC	62.2	1.35	0.80	10.73	
09PC	63.1	1.24	0.76	9.36	
39BB	63.5	1.73	0.80	13.93	
35PC	63.7	0.83	0.85	7.04	
05PC	64.8	0.95	0.72	6.84	
12PC	65.8	1.57	0.86	13.53	
35PC	66.0	1.15	0.86	9.85	
09PC	67.5	1.46	0.86	12.56	
35PC	68.2	1.63	0.89	14.54	
35PC	70.5	1.02	0.82	8.34	
35PC	72.8	1.63	0.79	12.79	
09PC	73.1	1.36	0.75	10.15	
35PC	75.1	1.72	0.83	14.29	
05PC	75.7	0.78	0.70	5.46	
38PC	76.3	2.18	0.80	17.30	
35PC	77.4	2.55	0.61	15.43	
09PC	77.6	1.16	0.76	8.83	
35PC	79.6	1.98	0.54	10.79	
35PC	81.9	2.19	0.51	11.25	
09PC	82.1	1.87	0.74	13.86	
38PC	82.1	1.58	0.69	10.85	
39BB	83.2	2.11	0.65	13.66	
35PC	84.2	2.36	0.53	12.59	
12PC	85.6	1.72	0.78	13.40	
35PC	86.5	1.38	0.41	5.68	
09PC	86.6	1.95	0.68	13.34	
05PC	87.5	2.50	0.46	11.60	
35PC	88.8	1.34	0.39	5.23	
09PC	91.1	2.80	0.67	18.70	
35PC	91.1	1.73	0.37	6.42	
35PC	94.7	1.77	0.44	7.75	
35PC	95.7	2.33	0.43	10.08	
09PC	96.5	2.99	0.41	12.17	
35PC	97.8	1.44	0.41	5.92	
09PC	98.7	3.60	0.43	15.48	
39BB	99.1	2.20	0.39	8.58	
38PC	99.4	1.70	0.49	8.33	
35PC	99.8	1.56	0.37	5.74	
12PC	99.8	2.97	0.57	16.97	
05PC	100.0	2.56	0.36	9.21	
09PC	100.9	3.55	0.37	13.17	
35PC	101.9	3.03	0.35	10.73	
05PC	103.0	2.07	0.35	7.31	
09PC	103.2	2.88	0.34	9.71	
35PC	103.9	2.61	0.33	8.73	
39BB	104.5	2.16	0.35	7.59	
35PC	106.0	2.75	0.36	9.99	
12PC	106.6	2.73	0.52	14.13	
38PC	107.3	1.26	0.46	5.83	
09PC	107.6	2.61	0.36	9.42	
35PC	108.0	3.70	0.35	12.96	
09PC	109.8	2.90	0.36	10.30	
35PC	110.1	2.49	0.31	7.80	
09PC	112.0	3.52	0.34	11.90	
35PC	112.2	2.00	0.33	6.51	
35PC	113.2	2.29	0.34	7.71	
35PC	114.2	2.27	0.32	7.19	
09PC	114.3	2.83	0.37	10.33	
39BB	115.1	3.70	0.33	12.33	
35PC	115.3	1.69	0.50	8.41	
38PC	116.1	1.71	0.53	9.07	
09PC	116.5	3.65	0.34	12.34	
35PC	117.3	1.59	0.51	8.07	
05PC	118.0	3.69	0.29	10.59	
35PC	118.3	1.75	0.43	7.49	
09PC	118.7	2.28	0.46	10.53	
38PC	120.3	1.60	0.56	8.97	
35PC	120.4	1.36	0.38	5.13	
12PC	120.9	5.86	0.53	30.83	
09PC	120.9	1.46	0.43	6.22	
35PC	122.5	1.58	0.35	5.53	
09PC	123.2	2.01	0.43	8.56	
35PC	123.5	1.61	0.36	5.74	
38PC	124.8	1.71	0.46	7.91	
12PC	125.1	2.88	0.47	13.62	
35PC	125.3	1.57	0.44	6.84	
09PC	126.0	1.74	0.40	7.03	
12PC	127.8	1.68	0.95	15.96	
09PC	128.2	0.92	0.39	3.56	
39BB	128.4	1.59	0.50	7.93	
12PC	128.6	3.05	0.91	27.82	
38PC	129.5	1.56	0.58	8.97	
09PC	130.4	0.83	0.45	3.75	
05PC	130.5	1.50	0.43	6.45	
35PC	130.5	0.83	0.45	3.75	
12PC	130.5	3.50	1.17	41.02	
39BB	131.0	1.03	0.80	8.30	
35PC	132.5	0.99	1.14	11.28	
09PC	133.2	0.86	0.98	8.45	
39BB	133.7	0.93	1.21	11.28	
38PC	134.0	0.85	1.42	12.02	
12PC	134.7	1.05	1.29	13.56	
05PC	134.7	0.53	1.21	6.43	
09PC	137.2	0.82	1.03	8.48	
39BB	139.6	0.57	1.34	7.66	
09PC	141.2	0.43	1.05	4.52	
35PC	141.9	0.95	1.25	11.86	
38PC	146.0	0.55	1.21	6.69	
05PC	146.6	1.31	0.89	11.65	
09PC	148.1	0.37	1.09	4.04	
39BB	149.2	1.17	1.12	13.09	
05PC	149.4	1.24	1.02	12.70	
12PC	152.7	0.95	1.26	11.99	
05PC	154.0	1.01	0.96	9.70	
09PC	154.0	0.41	1.06	4.36	
38PC	154.1	0.94	1.28	12.07	
35PC	154.6	0.68	1.07	7.25	
09PC	159.0	0.50	0.86	4.28	
35PC	160.9	0.52	1.00	5.27	
05PC	161.3	0.63	1.02	6.42	
39BB	162.1	0.91	1.10	10.01	
09PC	164.0	0.53	0.92	4.90	
38PC	170.1	0.91	1.03	9.35	
05PC	170.2	1.47	0.78	11.42	
35PC	171.2	0.79	1.07	8.44	
12PC	173.0	1.82	0.93	16.95	
09PC	174.9	0.38	0.83	3.16	
35PC	175.9	1.09	0.83	8.99	
35PC	180.7	0.71	0.64	4.54	
39BB	182.0	0.75	0.83	6.19	
05PC	183.5	4.25	0.52	22.04	
39BB	191.6	4.20	0.46	19.14	
12PC	193.0	1.60	0.51	8.22	
12PC	210.4	1.64	0.45	7.44