# Nias, Indonesia Mn/Ca, Y/Ca, and Ba/Ca Coral Data from 2000-2009 CE
#-----------------------------------------------------------------------
#               World Data Service for Paleoclimatology, Boulder
#                                   and
#                      NOAA Paleoclimatology Program
#-----------------------------------------------------------------------
# Template Version 4.0
# Encoding: UTF-8
# Data License: 
# NOTE: Please cite original publication, NOAA Landing Page URL, dataset and publication DOIs (where available), and date accessed when using downloaded data.
# If there is no publication information, please cite investigator, study title, NOAA Landing Page URL, and date accessed.
#
# Description/Documentation lines begin with '#' followed by a space
# Data lines have no '#'
#
# NOAA_Landing_Page: https://www.ncei.noaa.gov/access/paleo-search/study/39220
#   Landing_Page_Description: NOAA Landing Page of this file's parent study, which includes all study metadata.
#
# Study_Level_JSON_Metadata: https://www.ncei.noaa.gov/pub/data/metadata/published/paleo/json/noaa-coral-39220.json
#   Study_Level_JSON_Description: JSON metadata of this data file's parent study, which includes all study metadata.
#
# Data_Type: Corals and Sclerosponges
#
# Dataset_DOI: 10.25921/tts0-7c40
#
# Science_Keywords: 
#---------------------------------------
# Resource_Links
#
# Data_Download_Resource: https://www.ncei.noaa.gov/pub/data/paleo/coral/indian_ocean/sosdian2024/sosdian2024-ns09-1.8a-5_y-ca.txt
#   Data_Download_Description: NOAA Template File; NS09-1.8A-5 Y/Ca Data
#
#---------------------------------------
# Contribution_Date
#   Date: 2024-02-15
#---------------------------------------
# File_Last_Modified_Date
#   Date: 2025-04-02
#---------------------------------------
# Title
#   Study_Name: Nias, Indonesia Mn/Ca, Y/Ca, and Ba/Ca Coral Data from 2000-2009 CE
#---------------------------------------
# Investigators
#   Investigators: Sosdian, Sindia
#---------------------------------------
# Description_Notes_and_Keywords
#   Description: This dataset contains skeletal Mn/Ca, Ba/Ca, and Y/Ca data for modern Porites sp. NS09-1.8A-2 from Nias, Indonesia as published in Sosdian et al. 2024. We provide raw data by sampling distance with accompanying age assignments reported in decimal years. The primary aim of the study was to document long-term changes in coral geochemistry related to earthquake induced environmental changes.
#         Provided Keywords: Nias, Indonesia, Porites, elemental ratios, earthquake
#---------------------------------------
# Publication
#   Authors: Sindia M. Sosdian, Michael K. Gagan, Danny H. Natawidjaja, Alena K. Kimbrough, Bambang W. Suwargadi, Hamdi Rifai, Heather Scott-Gagan, Dudi Prayudi, Imam Suprihanto, Wahyoe S. Hantoro
#   Published_Date_or_Year: 2024
#   Published_Title: Coral geochemical response to uplift in the aftermath of the 2005 Nias-Simeulue earthquake
#   Journal_Name: Nature Scientific Reports
#   Volume: 14
#   Edition: 
#   Issue: 
#   Pages: 
#   Report_Number: 8686
#   DOI: 10.1038/s41598-024-57833-1
#   Online_Resource: 
#   Full_Citation: 
#   Abstract: On 28 March 2005, the Indonesian islands of Nias and Simeulue experienced a powerful Mw 8.6 earthquake and coseismic uplift and subsidence. In areas of coastal uplift (up to ~2.8 m), fringing reef coral communities were killed by exposure, while deeper corals that survived were subjected to habitats with altered runoff, sediment and nutrient regimes. Here we present time-series (2000–2009) of Ba/Ca, Mn/Ca, and Y/Ca variability in massive Porites corals from Nias to assess the environmental impact of a wide range of vertical displacement (+2.5 m to -0.4 m). High-resolution LA-ICP-MS measurements show that skeletal Mn/Ca increased at uplifted sites, regardless of reef type, indicating a post-earthquake increase in suspended sediment delivery. Transient and/or long-term increases in skeletal Y/Ca at all uplift sites support the idea of increased sediment delivery. Coral Ba/Ca and Mn/Ca in lagoonal environments highlight the additional influences of reef bathymetry, wind-driven sediment resuspension, and phytoplankton blooms on coral geochemistry. Together, the results show that the Nias reefs adapted to fundamentally altered hydrographic conditions. We show how centuries of repeated subsidence and uplift during great-earthquake cycles along the Sunda megathrust may have shaped the the modern-day predominance of massive scleractinian corals on the West Sumatran reefs.
#---------------------------------------
# Funding_Agency
#   Funding_Agency_Name: Australian Research Council
#   Grant: DP0663227, DP110101161, DP180103762
#---------------------------------------
# Funding_Agency
#   Funding_Agency_Name: Ser Cymru National Research Network for Low Carbon, Energy and Environment
#   Grant: 
#---------------------------------------
# Site_Information
#   Site_Name: Hilimakora Island (NS09-1.8A-5)
#   Location: Indonesia
#   Northernmost_Latitude: 1.438889
#   Southernmost_Latitude: 1.438889
#   Easternmost_Longitude: 97.229222
#   Westernmost_Longitude: 97.229222
#   Elevation_m: 
#---------------------------------------
# Data_Collection
#   Collection_Name: NS09-1.8A-5_Y-Ca
#   First_Year: 2000
#   Last_Year: 2009
#   Time_Unit: year Common Era
#   Core_Length_m: 1.51
#   Parameter_Keywords: trace metals 
#   Notes: Laser scan-paths were selected to parallel the major growth axis of the coral and the stable isotope sampling path across at least eight years of coral growth to capture pre- and post-earthquake elemental variability. 
#---------------------------------------
# Chronology_Information 
# Chronology: 
#---------------------------------------
# Variables
# PaST_Thesaurus_Download_Resource: https://www.ncei.noaa.gov/access/paleo-search/skos/past-thesaurus.rdf
#   PaST_Thesaurus_Download_Description: Paleoenvironmental Standard Terms (PaST) Thesaurus terms, definitions, and relationships in SKOS format.
#
# Data variables follow that are preceded by "##" in columns one and two.
# Variables list, one per line, shortname-tab-var components: what, material, error, units, seasonality, data type, detail, method, C or N for Character or Numeric data)
#
## depth_mm	depth,,,millimeter,,corals and sclerosponges,,,N,
## age_CE	age,,,year Common Era,,corals and sclerosponges,,,N,
## Y/Ca	yttrium/calcium,Porites sp.,,micromole per mole,,corals and sclerosponges,,inductively-coupled plasma mass spectrometry,N,
#------------------------
# Data:
# Data lines follow (have no #)
# Data line format - tab-delimited text, variable short name as header
# Missing_Values: NA
depth_mm	age_CE	Y/Ca
0.0	2009.45	67.4
0.2	2009.43	82.8
0.4	2009.42	104
0.6	2009.41	84.4
0.8	2009.39	86.1
1.1	2009.38	85.5
1.3	2009.37	97.1
1.5	2009.35	94.2
1.7	2009.34	64.9
1.9	2009.32	45.1
2.1	2009.31	48.2
2.3	2009.30	63
2.5	2009.28	85.2
2.8	2009.27	86.5
3.0	2009.26	84
3.2	2009.24	82.3
3.4	2009.23	79
3.6	2009.22	79.3
3.8	2009.20	111
4.0	2009.19	110
4.2	2009.18	102
4.5	2009.16	84.9
4.7	2009.15	102
4.9	2009.14	86.6
5.1	2009.12	88.1
5.3	2009.11	92.6
5.5	2009.09	86.7
5.7	2009.08	92.3
5.9	2009.07	81.1
6.2	2009.05	81.7
6.4	2009.04	112
6.6	2009.03	115
6.8	2009.01	101
7.0	2009.00	112
7.2	2008.99	114
7.4	2008.97	130
7.6	2008.96	103
7.9	2008.95	113
8.1	2008.93	129
8.3	2008.92	122
8.5	2008.91	147
8.7	2008.89	145
8.9	2008.88	131
9.1	2008.86	113
9.3	2008.85	125
9.5	2008.84	121
9.8	2008.82	187
10.0	2008.81	158
10.2	2008.80	165
10.4	2008.78	149
10.6	2008.77	153
10.8	2008.76	152
11.0	2008.74	149
11.2	2008.73	180
11.5	2008.72	206
11.7	2008.70	198
11.9	2008.69	174
12.1	2008.68	157
12.3	2008.67	170
12.5	2008.66	114
12.7	2008.66	172
12.9	2008.65	174
13.2	2008.64	257
13.4	2008.63	231
13.6	2008.62	231
13.8	2008.61	171
14.0	2008.60	164
14.2	2008.59	219
14.4	2008.58	227
14.6	2008.57	194
14.9	2008.56	201
15.1	2008.55	202
15.3	2008.54	131
15.5	2008.54	136
15.7	2008.53	169
15.9	2008.52	147
16.1	2008.51	152
16.3	2008.50	187
16.6	2008.48	138
16.8	2008.47	151
17.0	2008.46	146
17.2	2008.44	160
17.4	2008.43	144
17.6	2008.42	146
17.8	2008.40	170
18.0	2008.39	149
18.2	2008.38	159
18.5	2008.36	150
18.7	2008.35	163
18.9	2008.34	160
19.1	2008.32	174
19.3	2008.31	181
19.5	2008.29	174
19.7	2008.28	160
19.9	2008.27	119
20.2	2008.25	112
20.4	2008.24	126
20.6	2008.23	160
20.8	2008.21	123
21.0	2008.20	147
21.2	2008.19	158
21.4	2008.18	145
21.6	2008.17	147
21.9	2008.16	120
22.1	2008.15	122
22.3	2008.15	130
22.5	2008.14	162
22.7	2008.13	166
22.9	2008.12	154
23.1	2008.11	127
23.3	2008.10	135
23.6	2008.09	124
23.8	2008.08	145
24.0	2008.07	125
24.2	2008.06	119
24.4	2008.06	138
24.6	2008.05	121
24.8	2008.04	147
25.0	2008.03	145
25.2	2008.02	141
25.5	2008.01	128
25.7	2008.00	130
25.9	2007.99	168
26.1	2007.98	193
26.3	2007.97	187
26.5	2007.96	153
26.7	2007.96	150
26.9	2007.95	129
27.2	2007.94	150
27.4	2007.93	176
27.6	2007.92	210
27.8	2007.91	137
28.0	2007.90	159
28.2	2007.89	157
28.4	2007.88	171
28.6	2007.87	171
28.9	2007.86	176
29.1	2007.85	199
29.3	2007.84	180
29.5	2007.84	178
29.7	2007.83	164
29.9	2007.82	189
30.1	2007.81	163
30.3	2007.80	187
30.6	2007.78	150
30.8	2007.77	122
31.0	2007.76	146
31.2	2007.74	125
31.4	2007.73	124
31.6	2007.72	106
31.8	2007.70	127
32.0	2007.69	169
32.3	2007.68	182
32.5	2007.66	199
32.7	2007.65	192
32.9	2007.63	171
33.1	2007.62	195
33.3	2007.61	176
33.5	2007.59	153
33.7	2007.58	151
33.9	2007.57	144
34.2	2007.55	134
34.4	2007.54	151
34.6	2007.53	149
34.8	2007.51	153
35.0	2007.50	158
35.2	2007.49	178
35.4	2007.47	167
35.6	2007.46	223
35.9	2007.45	183
36.1	2007.43	175
36.3	2007.42	185
36.5	2007.40	182
36.7	2007.39	155
36.9	2007.38	162
37.1	2007.36	125
37.3	2007.35	157
37.6	2007.34	198
37.8	2007.32	200
38.0	2007.31	204
38.2	2007.30	173
38.4	2007.28	207
38.6	2007.27	220
38.8	2007.26	208
39.0	2007.24	219
39.3	2007.23	226
39.5	2007.22	211
39.7	2007.20	160
39.9	2007.19	152
40.1	2007.18	150
40.3	2007.17	163
40.5	2007.16	119
40.7	2007.15	87.8
41.0	2007.15	115
41.2	2007.14	109
41.4	2007.13	122
41.6	2007.12	122
41.8	2007.11	136
42.0	2007.10	126
42.2	2007.09	136
42.4	2007.08	156
42.6	2007.07	149
42.9	2007.06	135
43.1	2007.05	133
43.3	2007.04	113
43.5	2007.03	108
43.7	2007.03	140
43.9	2007.02	192
44.1	2007.01	180
44.3	2007.00	203
44.6	2006.99	205
44.8	2006.98	216
45.0	2006.97	199
45.2	2006.96	210
45.4	2006.95	175
45.6	2006.94	160
45.8	2006.93	174
46.0	2006.93	110
46.3	2006.92	145
46.5	2006.91	148
46.7	2006.90	157
46.9	2006.89	159
47.1	2006.88	190
47.3	2006.87	202
47.5	2006.86	216
47.7	2006.85	268
48.0	2006.84	204
48.2	2006.84	189
48.4	2006.83	220
48.6	2006.82	245
48.8	2006.81	223
49.0	2006.80	207
49.2	2006.79	194
49.4	2006.77	196
49.6	2006.76	237
49.9	2006.75	240
50.1	2006.73	182
50.3	2006.72	148
50.5	2006.70	144
50.7	2006.69	151
50.9	2006.68	147
51.1	2006.66	135
51.3	2006.65	121
51.6	2006.64	157
51.8	2006.62	175
52.0	2006.61	171
52.2	2006.60	186
52.4	2006.58	194
52.6	2006.57	222
52.8	2006.56	182
53.0	2006.54	186
53.3	2006.53	170
53.5	2006.51	195
53.7	2006.50	163
53.9	2006.49	192
54.1	2006.47	181
54.3	2006.46	199
54.5	2006.45	205
54.7	2006.43	197
55.0	2006.42	161
55.2	2006.40	215
55.4	2006.39	198
55.6	2006.38	239
55.8	2006.36	169
56.0	2006.35	103
56.2	2006.34	133
56.4	2006.32	145
56.7	2006.31	151
56.9	2006.29	133
57.1	2006.28	173
57.3	2006.27	159
57.5	2006.25	167
57.7	2006.24	200
57.9	2006.22	169
58.1	2006.21	190
58.3	2006.20	174
58.6	2006.19	189
58.8	2006.18	186
59.0	2006.17	172
59.2	2006.16	193
59.4	2006.15	200
59.6	2006.14	200
59.8	2006.13	210
60.0	2006.13	202
60.3	2006.12	226
60.5	2006.11	199
60.7	2006.10	178
60.9	2006.09	135
61.1	2006.08	116
61.3	2006.07	140
61.5	2006.06	149
61.7	2006.05	135
62.0	2006.04	155
62.2	2006.04	135
62.4	2006.03	141
62.6	2006.02	120
62.8	2006.01	112
63.0	2006.00	143
63.2	2005.99	155
63.4	2005.97	149
63.7	2005.96	150
63.9	2005.94	144
64.1	2005.93	167
64.3	2005.92	188
64.5	2005.90	173
64.7	2005.89	169
64.9	2005.88	184
65.1	2005.86	206
65.3	2005.85	185
65.6	2005.84	141
65.8	2005.82	144
66.0	2005.81	125
66.2	2005.80	102
66.4	2005.78	110
66.6	2005.77	114
66.8	2005.76	97.4
67.0	2005.74	133
67.3	2005.73	121
67.5	2005.71	116
67.7	2005.70	162
67.9	2005.69	194
68.1	2005.68	206
68.3	2005.67	201
68.5	2005.67	193
68.7	2005.66	167
69.0	2005.65	160
69.2	2005.64	196
69.4	2005.63	204
69.6	2005.62	193
69.8	2005.61	194
70.0	2005.61	130
70.2	2005.60	155
70.4	2005.59	154
70.7	2005.58	170
70.9	2005.57	155
71.1	2005.56	152
71.3	2005.55	142
71.5	2005.54	136
71.7	2005.54	145
71.9	2005.53	169
72.1	2005.52	139
72.3	2005.51	153
72.6	2005.50	136
72.8	2005.49	159
73.0	2005.48	157
73.2	2005.47	198
73.4	2005.46	208
73.6	2005.45	191
73.8	2005.44	167
74.0	2005.43	183
74.3	2005.42	168
74.5	2005.41	189
74.7	2005.41	165
74.9	2005.40	115
75.1	2005.39	162
75.3	2005.38	169
75.5	2005.37	173
75.7	2005.36	157
76.0	2005.35	176
76.2	2005.34	160
76.4	2005.33	145
76.6	2005.32	175
76.8	2005.31	250
77.0	2005.30	195
77.2	2005.29	164
77.4	2005.27	110
77.7	2005.26	170
77.9	2005.24	149
78.1	2005.23	186
78.3	2005.22	190
78.5	2005.20	173
78.7	2005.19	162
78.9	2005.18	114
79.1	2005.16	141
79.4	2005.15	152
79.6	2005.14	155
79.8	2005.12	182
80.0	2005.11	153
80.2	2005.10	145
80.4	2005.08	159
80.6	2005.07	144
80.8	2005.06	198
81.0	2005.04	170
81.3	2005.03	164
81.5	2005.01	187
81.7	2005.00	178
81.9	2004.99	166
82.1	2004.97	172
82.3	2004.96	184
82.5	2004.95	194
82.7	2004.93	167
83.0	2004.92	167
83.2	2004.90	158
83.4	2004.89	167
83.6	2004.88	211
83.8	2004.86	217
84.0	2004.85	231
84.2	2004.84	238
84.4	2004.82	190
84.7	2004.81	161
84.9	2004.79	178
85.1	2004.78	167
85.3	2004.77	184
85.5	2004.75	168
85.7	2004.74	184
85.9	2004.72	204
86.1	2004.71	167
86.4	2004.70	174
86.6	2004.69	187
86.8	2004.68	191
87.0	2004.67	191
87.2	2004.66	201
87.4	2004.65	194
87.6	2004.64	193
87.8	2004.63	205
88.0	2004.63	195
88.3	2004.62	227
88.5	2004.61	203
88.7	2004.60	166
88.9	2004.59	191
89.1	2004.58	180
89.3	2004.57	152
89.5	2004.56	148
89.7	2004.55	186
90.0	2004.54	168
90.2	2004.54	222
90.4	2004.53	167
90.6	2004.52	176
90.8	2004.51	166
91.0	2004.50	160
91.2	2004.49	179
91.2	2004.47	106
91.4	2004.46	126
91.6	2004.45	159
91.8	2004.43	144
92.1	2004.42	123
92.3	2004.41	117
92.5	2004.39	144
92.7	2004.38	147
92.9	2004.37	122
93.1	2004.35	121
93.3	2004.34	87
93.5	2004.32	84.5
93.7	2004.31	109
94.0	2004.30	119
94.2	2004.28	126
94.4	2004.27	99
94.6	2004.26	98.5
94.8	2004.24	107
95.0	2004.23	111
95.2	2004.22	124
95.4	2004.20	136
95.7	2004.17	120
95.9	2004.14	112
96.1	2004.11	120
96.3	2004.08	116
96.5	2004.05	110
96.7	2004.01	106
96.9	2003.98	80.1
97.1	2003.95	108
97.4	2003.92	107
97.6	2003.88	112
97.8	2003.85	118
98.0	2003.82	144
98.2	2003.79	132
98.4	2003.75	118
98.6	2003.72	117
98.8	2003.69	99.1
99.1	2003.66	94.8
99.3	2003.63	94.8
99.5	2003.59	90.8
99.7	2003.56	87.5
99.9	2003.53	100
100.1	2003.50	96.8
100.3	2003.49	98.5
100.5	2003.48	94.2
100.8	2003.46	92.7
101.0	2003.45	103
101.2	2003.44	112
101.4	2003.43	131
101.6	2003.42	127
101.8	2003.41	106
102.0	2003.40	108
102.2	2003.39	122
102.5	2003.37	105
102.7	2003.36	130
102.9	2003.35	138
103.1	2003.34	130
103.3	2003.33	126
103.5	2003.32	137
103.7	2003.31	194
103.9	2003.29	165
104.1	2003.28	114
104.4	2003.27	90.1
104.6	2003.26	102
104.8	2003.25	99.4
105.0	2003.24	96.8
105.2	2003.23	103
105.4	2003.21	116
105.6	2003.20	129
105.8	2003.19	109
106.1	2003.18	87.9
106.3	2003.17	68
106.5	2003.16	107
106.7	2003.15	133
106.9	2003.14	107
107.1	2003.12	142
107.3	2003.11	97.3
107.5	2003.10	114
107.8	2003.09	151
108.0	2003.08	144
108.2	2003.07	143
108.4	2003.06	122
108.6	2003.04	120
108.8	2003.03	114
109.0	2003.02	126
109.2	2003.01	119
109.5	2003.00	135
109.7	2002.99	147
109.9	2002.98	139
110.1	2002.97	156
110.3	2002.95	144
110.5	2002.94	161
110.7	2002.93	104
110.9	2002.92	109
111.2	2002.91	126
111.4	2002.90	134
111.6	2002.89	136
111.8	2002.87	113
112.0	2002.86	111
112.2	2002.85	99.9
112.4	2002.84	105
112.6	2002.83	120
112.8	2002.82	156
113.1	2002.81	150
113.3	2002.80	167
113.5	2002.78	135
113.7	2002.77	121
113.9	2002.76	149
114.1	2002.75	171
114.3	2002.74	152
114.5	2002.73	151
114.8	2002.72	147
115.0	2002.70	118
115.2	2002.69	143
115.4	2002.68	145
115.6	2002.67	139
115.8	2002.66	133
116.0	2002.65	140
116.2	2002.64	134
116.5	2002.63	123
116.7	2002.61	147
116.9	2002.60	126
117.1	2002.59	147
117.3	2002.58	113
117.5	2002.57	120
117.7	2002.56	127
117.9	2002.55	117
118.2	2002.53	101
118.4	2002.52	117
118.6	2002.51	131
118.8	2002.50	135
119.0	2002.49	148
119.2	2002.48	167
119.4	2002.47	136
119.6	2002.45	138
119.9	2002.44	121
120.1	2002.43	132
120.3	2002.42	160
120.5	2002.41	141
120.7	2002.40	137
120.9	2002.39	133
121.1	2002.38	140
121.3	2002.36	128
121.5	2002.35	104
121.8	2002.34	120
122.0	2002.33	127
122.2	2002.32	120
122.4	2002.31	118
122.6	2002.30	123
122.8	2002.28	128
123.0	2002.27	124
123.2	2002.26	120
123.5	2002.25	101
123.7	2002.24	88.6
123.9	2002.23	79.2
124.1	2002.22	75.8
124.3	2002.21	106
124.5	2002.19	123
124.7	2002.18	144
124.9	2002.17	114
125.2	2002.16	138
125.4	2002.15	124
125.6	2002.14	133
125.8	2002.13	144
126.0	2002.11	146
126.2	2002.10	139
126.4	2002.09	121
126.6	2002.08	146
126.9	2002.07	129
127.1	2002.06	136
127.3	2002.05	156
127.5	2002.03	129
127.7	2002.02	139
127.9	2002.01	145
128.1	2002.00	165
128.3	2001.99	159
128.6	2001.98	163
128.8	2001.97	129
129.0	2001.96	130
129.2	2001.94	124
129.4	2001.93	126
129.6	2001.92	138
129.8	2001.91	167
130.0	2001.90	177
130.2	2001.89	160
130.5	2001.88	172
130.7	2001.86	165
130.9	2001.85	137
131.1	2001.84	129
131.3	2001.83	130
131.5	2001.82	146
131.7	2001.81	150
131.9	2001.80	183
132.2	2001.79	208
132.4	2001.77	186
132.6	2001.76	175
132.8	2001.75	183
133.0	2001.74	172
133.2	2001.73	154
133.4	2001.72	106
133.6	2001.71	107
133.9	2001.69	94.4
134.1	2001.68	131
134.3	2001.67	157
134.5	2001.66	160
134.7	2001.65	139
134.9	2001.64	165
135.1	2001.63	186
135.3	2001.61	186
135.6	2001.60	177
135.8	2001.59	176
136.0	2001.58	179
136.2	2001.57	175
136.4	2001.56	151
136.6	2001.55	124
136.8	2001.54	150
137.0	2001.52	169
137.3	2001.51	172
137.5	2001.50	137
137.7	2001.49	143
137.9	2001.48	124
138.1	2001.47	123
138.3	2001.46	128
138.5	2001.44	151
138.7	2001.43	147
138.9	2001.42	121
139.2	2001.41	118
139.4	2001.40	118
139.6	2001.39	136
139.8	2001.38	149
140.0	2001.36	167
140.2	2001.35	144
140.4	2001.34	137
140.6	2001.33	103
140.9	2001.32	99.4
141.1	2001.31	96.8
141.3	2001.30	106
141.5	2001.28	95.5
141.7	2001.27	117
141.9	2001.26	121
142.1	2001.25	117
142.3	2001.24	134
142.6	2001.23	106
142.8	2001.22	92.9
143.0	2001.20	98.4
143.2	2001.19	114
143.4	2001.18	113
143.6	2001.17	95.8
143.8	2001.16	127
144.0	2001.15	159
144.3	2001.14	165
144.5	2001.13	163
144.7	2001.11	139
144.9	2001.10	159
145.1	2001.09	162
145.3	2001.08	161
145.5	2001.07	142
145.7	2001.06	119
145.9	2001.05	114
146.2	2001.03	120
146.4	2001.02	125
146.6	2001.01	118
146.8	2001.00	152
147.0	2000.99	151
147.2	2000.98	135
147.4	2000.97	168
147.6	2000.95	174
147.9	2000.94	164
148.1	2000.93	149
148.3	2000.92	142
148.5	2000.91	154
148.7	2000.90	133
148.9	2000.89	154
149.1	2000.87	166
149.3	2000.86	185
149.6	2000.85	155
149.8	2000.84	173
150.0	2000.83	199
150.2	2000.82	254
150.4	2000.81	227
150.6	2000.79	222
150.8	2000.78	169
151.0	2000.77	196
151.3	2000.76	160