# Tianmen Cave, Tibetan Plateau Holocene Stalagmite Oxygen Isotope Data 
#----------------------------------------------------------------------- 
#               World Data Center for Paleoclimatology, Boulder 
#                                  and 
#                     NOAA Paleoclimatology Program 
#----------------------------------------------------------------------- 
# NOTE: Please cite original reference when using these data, 
# plus the Online Resource and date accessed.
#
#
# Online_Resource: http://hurricane.ncdc.noaa.gov/pls/paleox/f?p=519:1:::::P1_STUDY_ID:13625
#
# Original_Source_URL: ftp://ftp.ncdc.noaa.gov/pub/data/paleo/speleothem/china/tianmen2012holocene.txt
#
# Description/Documentation lines begin with #
# Data lines have no #
#
# Archive: Speleothem
#--------------------
# Contribution_Date
#	Date: 2012-12-18
#--------------------
# Title
#	Study_Name: Tianmen Cave, Tibetan Plateau Holocene Stalagmite Oxygen Isotope Data 
#--------------------
# Investigators
#	Investigators: Cai, Y.; Zhang, H.; Cheng, H.; An, Z.; Edwards, R.L.; Wang, X.; Tan, L.; Liang, F.; Wang, J.; Kelly, M. 
#--------------------
# Description_and_Notes
# 
# High resolution (3 to 7 years) stalagmite oxygen isotope record from Tianmen Cave,  
# Tibetan Plateau providing a monsoon record for the mid-Holocene (8.7 to 4.3 ka BP). 
#
#--------------------
# Publication
#	Authors: Yanjun Cai, Haiwei Zhang, Hai Cheng, Zhisheng An, R. Lawrence Edwards, Xianfeng Wang, Liangcheng Tan, Fuyuan Liang, Jin Wang, Megan Kelly
#       Published_Date_or_YEAR: 2012-06-15
#	Published_Title: The Holocene Indian monsoon variability over the southern Tibetan Plateau and its teleconnections
#	Journal_Name: Earth and Planetary Science Letters
#	Volume: 335-336 
#	Issue:   
#	Pages: 135-144 
#	DOI: 10.1016/j.epsl.2012.04.035 
#	Abstract: A high-resolution stalagmite oxygen isotope record from Tianmen Cave, located in the south central Tibetan Plateau, characterizes detailed climatic variations between 8.7 and 4.3 ka BP on centennial and decadal time scales, with a temporal resolution of 3 to 7 years. The Tianmen record is in good agreement with speleothem records from Asian monsoon regions (i.e., Dongge Cave, Dykoski et al., 2005 and Wang et al., 2005; Qunf Cave, Fleitmann et al., 2003), upwelling records from the Arabian Sea (Gupta et al., 2003 and Gupta et al., 2005) and peat bog records from southeast Tibetan Plateau (Hong et al., 2003), indicating that the Indian summer monsoon (ISM) gradually weakened as Northern Hemisphere summer insolation declined during the early-mid Holocene and that ISM intensity, rather than temperature, dominates the precipitation d18O on centennial to decadal time scales in the southern TP. On centennial to decadal time scales, the detrended Tianmen record correlates well with the Greenland ice core record, further confirming the mechanistic connection between the ISM and high northern latitude temperature changes. Meanwhile, the Tianmen record bears significant solar activity cycles, suggesting that the solar output changes may affect the variability of the ISM and likely the position of the Intertropical Convergence Zone (ITCZ) as well. Moreover, due to joint effects of changes in monsoon precipitation, moisture source and temperature, the Tianmen d18O record shows much larger amplitude changes than speleothem d18O records from low-elevation Asian Monsoon regions, which is similar to the previously reported Marine Isotope Stage (MIS) 5 record (Cai et al., 2010), suggesting heightened sensitivity of precipitation isotope composition to climate changes over the high-elevation regions and further demonstrating that the stable isotope lapse rate may change under different climatic conditions.
#
#---------------------
# Funding_Agency 
#	Funding_Agency_Name: Chinese Academy of Sciences
#	Grant: Knowledge Innovation Program (KZCX2-EW-QN109)
#---------------------
#	Funding_Agency_Name: Chinese Academy of Sciences
#	Grant: West Light Foundation 
#-------------------- 
#	Funding_Agency_Name: US National Science Foundation
#	Grant: EAR-0908792  
#---------------------
#	Funding_Agency_Name: Gary Comer Science and Education Foundation
#	Grant: CC8   
#-------------------- 
# Site_Information 
#       Site_Name: Tianmen Cave 
#	Location: Asia>Eastern Asia>China
#	Country: China
#	Northernmost_Latitude: 30.9167
# 	Southernmost_Latitude: 30.9167
# 	Easternmost_Longitude: 90.0667
# 	Westernmost_Longitude: 90.0667  
# 	Elevation: 4800 m 
#------------------   
# Data_Collection  
#	Core_Name: TM-18-2012Holocene
#	First_Year: 9045
#	Last_Year: 4147
#	Time_Unit: CalYrBP
#	Core_Length: .13185 m 
#	Notes: 
#------------------
# Chronology 
#
# 230Th dating results.  The error is 2s error.																			
# Sample	Depth	238U		232Th		d234U*		[230Th/238U]		[230Th/232Th]		Age		Age		d234Uinitial**		230Th Age	
# ID	/mm	ppb		ppt		measured		activity		atomic×10-6 		uncorrected		corrected		corrected		(yr BP)***	
# TM18a-1a*	12.5	224.9	±0.4	3097	±10	348	±3	0.0579	±0.0011	69	±1	4779	±96	4482	±177	352	±3	4420	±180
# TM18a-1b	12.5	213.7	±0.3	2706	±54	341	±2	0.0594	±0.0004	77	±2	4927	±32	4653	±197	346	±2	4590	±200
# TM18a-4	33.5	218.8	±0.2	2865	±57	325	±2	0.0648	±0.0003	82	±2	5459	±29	5172	±205	330	±2	5110	±210
# TM18a-5	54.5	245.7	±0.3	3800	±76	329	±2	0.071	±0.0004	76	±2	5975	±34	5637	±241	335	±2	5580	±240
# TM18a-6	66.5	285.3	±0.3	2337	±47	334	±2	0.073	±0.0004	147	±3	6119	±38	5941	±132	340	±2	5880	±130
# TM18a-2*	76.5	444.4	±1.0	743	±10	341	±4	0.0751	±0.0009	741	±14	6270	±83	6234	±85	347	±4	6170	±90
# TM18a-7	88.5	302.7	±0.3	991	±20	341	±2	0.0824	±0.0003	415	±9	6894	±31	6823	±59	348	±2	6760	±60
# TM18a-8	100	273.3	±0.2	2024	±41	329	±2	0.0884	±0.0005	197	±4	7484	±42	7323	±122	335	±2	7260	±120
# TM18a-9	110.5	320.2	±0.4	821	±17	306	±2	0.0935	±0.0004	601	±13	8075	±39	8018	±56	313	±2	7960	±60
# TM18a-3*	122.5	435	±0.7	253	±8	303	±3	0.0996	±0.0008	2821	±90	8647	±78	8634	±78	310	±3	8570	±80
# 																			
# TM18b-5	2	232.5	±0.3	4235	±85	444	±3	0.0153	±0.0003	14	±0	1162	±24	795	±261	445	±3	740	±260
# TM18b-1*	4.5	430	±0.9	11126	±44	447	±4	0.0197	±0.0014	13	±1	1493	±106	972	±282	448	±4	910	±280
# TM18b-2*	11.5	524.3	±1.1	198	±7	165	±3	1.0796	±0.0042	47231	±1678	243216	±4411	243208	±4410	327	±8	243100	±4400
# TM18b-3*	43.5	514.2	±1.1	502	±7	147	±3	1.0657	±0.0038	17996	±254	248570	±4299	248548	±4298	296	±7	248500	±4300
# TM18b-4*	126.5	672	±1.3	225	±7	67	±3	1.0822	±0.0035	53350	±1768	493336	±41144	493328	±41141	271	±39	493300	±41100
# 																			
# "*d234U = ([234U/238U]activity – 1)x1000.  ** d234Uinitial was calculated based on 230Th age (T), i.e., d234Uinitial = d234Umeasured x el234xT.  "																			
# Corrected 230Th ages assume the initial 230Th/232Th atomic ratio of 4.4  ±2.2 x10-6.   Those are the values for a material at secular 																			
# "equilibrium, with the bulk earth 232Th/238U value of 3.8.  The errors are arbitrarily assumed to be 50%."																			
# ***B.P. stands for “Before Present” where the “Present” is defined as the year 1950 A.D.  																			
# 																			
#------------------
# Variables
# 
# End Description/Documentation (lines begin with #)
# Data lines follow (have no #)
# Data line variables format:  Variables list, one per line, shortname-tab-longname-tab-longname components (9 components: material, error, units, anomaly, period, archive, detail, method, C or N for Character or Numeric data) 
# Data line format: tab-delimited text, variable short name as header
#
## depth_mm	Depth (mm), , ,mm, , , , ,N
## age_calBP	Age (calendar years BP), , ,cal BP, , , , ,N
## d18OcarbVPDB	delta O18 Carbonate, , , permil VPDB, , , , , N
#------------------
# Data:
# Missing_Values: NA
depth_mm	age_calBP	d18OcarbVPDB
0.1	4147.8	-16.764
0.2	4150.6	-15.757
0.3	4153.5	-15.432
0.4	4156.4	-15.666
0.5	4159.3	-15.739
0.6	4162.2	-15.85
0.7	4165	-16.246
0.8	4167.9	-16.324
0.9	4170.8	-16.266
1	4173.7	-16.11
1.1	4176.6	-16.02
1.2	4179.5	-15.989
1.3	4182.3	-16.087
1.4	4185.2	-16.192
1.5	4188.1	-16.376
1.7	4193.9	-16.57
1.9	4199.6	-16.635
2.1	4205.4	-16.533
2.3	4211.1	-16.341
2.5	4216.9	-16.336
2.7	4222.7	-16.402
2.9	4228.4	-16.793
3.1	4234.2	-17.177
3.3	4240	-17.49
3.5	4245.7	-17.192
3.7	4251.5	-16.815
3.9	4257.2	-16.785
4.1	4263	-16.365
4.3	4268.8	-16.308
4.5	4274.5	-16.197
4.7	4280.3	-16.474
4.9	4286	-16.734
5.1	4291.8	-17.018
5.3	4297.6	-17.077
5.5	4303.3	-16.468
5.6	4306.2	-16.831
5.7	4309.1	-17.037
5.8	4312	-17.145
5.9	4314.9	-17.018
6	4317.7	-17.383
6.1	4320.6	-17.425
6.2	4323.5	-17.307
6.3	4326.4	-17.117
6.4	4329.3	-16.985
6.5	4332.1	-16.923
6.6	4335	-16.815
6.7	4337.9	-16.938
6.8	4340.8	-16.658
6.9	4343.7	-16.836
7	4346.5	-16.83
7.1	4349.4	-16.753
7.2	4352.3	-17.128
7.3	4355.2	-16.985
7.4	4358.1	-16.675
7.5	4361	-16.787
7.6	4363.8	-16.719
7.7	4366.7	-16.616
7.8	4369.6	-16.675
7.89	4372.2	-16.653
7.99	4375.1	-16.664
8.09	4378	-16.774
8.19	4380.8	-16.794
8.29	4383.7	-16.9
8.39	4386.6	-16.948
8.49	4389.5	-16.966
8.59	4392.4	-17.096
8.69	4395.2	-16.965
8.79	4398.1	-16.942
8.89	4401	-17.224
8.99	4403.9	-17.334
9.09	4406.8	-17.253
9.19	4409.6	-17.106
9.29	4412.5	-16.982
9.39	4415.4	-16.942
9.49	4418.3	-16.951
9.59	4421.2	-16.849
9.69	4424	-16.945
9.79	4426.9	-16.842
9.89	4429.8	-16.988
10	4433	-16.957
10.1	4435.9	-16.987
10.2	4438.7	-16.802
10.3	4441.6	-17.013
10.4	4444.5	-17.456
10.5	4447.4	-17.908
10.6	4450.3	-17.632
10.7	4453.1	-17.452
10.8	4456	-17.339
10.9	4458.9	-17.264
11	4461.8	-16.988
11.1	4464.7	-16.998
11.2	4467.5	-16.896
11.3	4470.4	-16.907
11.4	4473.3	-17.1
11.5	4476.2	-17.133
11.6	4479.1	-17.19
11.7	4482	-17.36
11.8	4484.8	-17.644
11.9	4487.7	-18.055
12	4490.6	-17.743
12.1	4493.5	-17.546
12.2	4496.4	-17.339
12.3	4499.2	-17.388
12.4	4502.1	-17.008
12.5	4505	-16.681
12.6	4507.9	-16.528
12.7	4510.8	-16.521
12.8	4513.6	-16.492
12.9	4516.5	-16.689
13	4519.4	-16.739
13.1	4522.3	-16.781
13.2	4525.2	-16.857
13.3	4528	-17.31
13.4	4530.9	-17.558
13.5	4533.8	-17.868
13.6	4536.7	-17.689
13.7	4539.6	-17.685
13.8	4542.5	-17.539
13.9	4545.3	-17.426
14	4548.2	-17.417
14.1	4551.1	-17.192
14.2	4554	-16.993
14.3	4556.9	-17.518
14.4	4559.7	-18.262
14.5	4562.6	-17.181
14.6	4565.5	-16.383
14.7	4568.4	-16.147
14.8	4571.3	-16.355
14.9	4574.1	-16.829
15	4577	-16.737
15.1	4579.9	-16.617
15.2	4582.8	-16.777
15.3	4585.7	-16.938
15.4	4588.5	-16.741
15.5	4591.4	-16.56
15.6	4594.3	-16.376
15.8	4600.1	-16.388
16	4605.8	-16.14
16.2	4611.6	-16.428
16.4	4617.4	-16.88
16.6	4623.1	-17.126
16.8	4628.9	-17.172
17	4634.6	-17.28
17.2	4640.4	-17.253
17.4	4646.2	-17.207
17.6	4651.9	-17.052
17.8	4657.7	-16.949
18	4663.5	-16.879
18.2	4669.2	-16.751
18.4	4675	-16.767
18.6	4680.7	-16.609
18.8	4686.5	-17.051
19	4692.3	-17.625
19.2	4698	-17.785
19.4	4703.8	-17.896
19.6	4709.5	-17.951
19.8	4715.3	-18.088
20	4721.1	-18.123
20.2	4726.8	-18.026
20.4	4732.6	-17.63
20.6	4738.4	-17.498
20.8	4744.1	-17.309
21	4749.9	-17.377
21.2	4755.6	-17.348
21.4	4761.4	-17.664
21.6	4767.2	-17.778
21.8	4772.9	-17.841
22	4778.7	-18.054
22.2	4784.5	-17.894
22.4	4790.2	-17.782
22.6	4796	-17.502
22.8	4801.7	-17.557
23	4807.5	-17.483
23.2	4813.3	-17.545
23.4	4819	-17.607
23.6	4824.8	-17.679
23.8	4830.5	-17.726
24	4836.3	-17.946
24.2	4842.1	-18.296
24.4	4847.8	-18.688
24.6	4853.6	-18.585
24.8	4859.4	-18.037
25	4865.1	-17.877
25.2	4870.9	-18.068
25.4	4876.6	-18.177
25.6	4882.4	-18.261
25.8	4888.2	-18.161
26	4893.9	-18.09
26.2	4899.7	-18.022
26.4	4905.5	-17.975
26.6	4911.2	-18.042
26.8	4917	-17.98
27	4922.7	-17.95
27.2	4928.5	-17.984
27.4	4934.3	-18.076
27.6	4940	-17.913
27.8	4945.8	-18.271
28	4951.5	-18.496
28.2	4957.3	-18.648
28.4	4963.1	-18.728
28.6	4968.8	-18.878
28.8	4974.6	-18.923
29	4980.4	-19.21
29.2	4986.1	-19.559
29.4	4991.9	-18.541
29.6	4997.6	-18.73
29.8	5003.4	-18.518
29.9	5006.3	-18.421
30	5009.2	-18.273
30.1	5012	-18.111
30.2	5014.9	-17.984
30.3	5017.8	-18.065
30.4	5020.7	-18.204
30.5	5023.6	-17.767
30.6	5026.5	-18.04
30.7	5029.3	-17.941
30.8	5032.2	-18.97
30.9	5035.1	-18.609
31	5038	-18.68
31.1	5040.9	-18.273
31.2	5043.7	-17.342
31.3	5046.6	-16.834
31.4	5049.5	-16.909
31.5	5052.4	-16.448
31.6	5055.3	-16.159
31.7	5058.1	-16.231
31.8	5061	-16.499
31.9	5063.9	-16.83
32	5066.8	-16.9
32.1	5069.7	-16.954
32.2	5072.5	-16.98
32.3	5075.4	-16.978
32.4	5078.3	-17.225
32.5	5081.2	-17.319
32.6	5084.1	-17.304
32.7	5087	-17.38
32.8	5089.8	-17.107
32.9	5092.7	-17.031
33.1	5098.5	-17.309
33.2	5101.4	-17.36
33.3	5104.2	-17.304
33.4	5107.1	-17.232
33.5	5110	-17.341
33.6	5112.2	-17.277
33.7	5114.5	-17.227
33.8	5116.7	-17.027
33.9	5119	-17.062
34	5121.2	-17.18
34.1	5123.4	-16.999
34.2	5125.7	-16.934
34.3	5127.9	-17.359
34.4	5130.1	-17.543
34.5	5132.4	-17.778
34.6	5134.6	-17.591
34.7	5136.9	-18.29
34.8	5139.1	-18.456
35	5143.6	-17.517
35.1	5145.8	-17.219
35.2	5148	-17.146
35.3	5150.3	-17.375
35.4	5152.5	-17.32
35.5	5154.8	-17.301
35.6	5157	-17.012
35.8	5161.5	-16.839
36	5166	-15.683
36.2	5170.4	-16.116
36.4	5174.9	-16.047
36.6	5179.4	-16.198
36.8	5183.9	-16.49
37	5188.3	-16.515
37.5	5199.5	-18.205
37.8	5206.2	-17.07
38.1	5213	-17.641
38.4	5219.7	-18.547
38.7	5226.4	-18.387
39.3	5239.8	-18.877
39.6	5246.5	-18.99
39.9	5253.2	-19.075
40.2	5260	-18.9
40.5	5266.7	-18.442
40.8	5273.4	-18.166
41.1	5280.1	-17.627
41.4	5286.8	-17.387
41.7	5293.5	-17.068
42	5300.2	-17.055
42.3	5307	-16.999
42.6	5313.7	-16.965
42.9	5320.4	-17.183
43.2	5327.1	-17.067
43.5	5333.8	-16.737
43.8	5340.5	-16.829
44.1	5347.2	-16.659
44.4	5354	-17.054
44.7	5360.7	-17.071
45	5367.4	-17.041
45.1	5369.6	-17.298
45.2	5371.9	-17.599
45.3	5374.1	-17.567
45.4	5376.3	-17.473
45.5	5378.6	-17.484
45.6	5380.8	-17.467
45.7	5383	-17.259
45.9	5387.5	-17.012
46.1	5392	-17.125
46.3	5396.5	-17.186
46.6	5403.2	-17.482
46.9	5409.9	-17.54
47.2	5416.6	-17.591
47.5	5423.3	-17.627
47.8	5430	-17.712
48.1	5436.8	-17.519
48.4	5443.5	-17.476
48.7	5450.2	-17.659
49	5456.9	-17.389
49.6	5470.3	-17.35
49.9	5477	-17.293
50.2	5483.8	-17.238
50.5	5490.5	-17.219
50.8	5497.2	-17.111
51.1	5503.9	-17.144
51.4	5510.6	-17.459
51.7	5517.3	-17.817
52	5524	-17.827
52.3	5530.8	-17.938
52.6	5537.5	-17.715
52.9	5544.2	-17.541
53.2	5550.9	-17.221
53.5	5557.6	-17.182
53.8	5564.3	-17.204
54.1	5571	-17.334
54.2	5573.3	-17.371
54.3	5575.5	-17.255
54.4	5577.8	-17.218
54.5	5580	-17.167
54.6	5582.5	-17.435
54.7	5585	-17.751
54.8	5587.5	-17.849
54.9	5590	-17.898
55	5592.5	-17.816
55.1	5595	-17.718
55.2	5597.5	-17.84
55.5	5605	-17.814
55.8	5612.5	-17.844
56.1	5620	-17.889
56.4	5627.5	-17.91
56.7	5635	-17.965
57	5642.5	-18.435
57.3	5650	-18.081
57.6	5657.5	-19.729
57.9	5665	-19.318
58.2	5672.5	-18.853
58.5	5680	-18.956
58.8	5687.5	-19.462
59.1	5695	-19.69
59.4	5702.5	-18.811
59.6	5707.5	-18.388
59.8	5712.5	-18.241
60	5717.5	-17.858
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122.45	8567.5	-20.423
122.55	8572.5	-19.901
122.65	8577.6	-19.347
122.75	8582.7	-19.5113
122.85	8587.8	-19.4
122.95	8592.9	-19.093
123.05	8598	-19.72
123.15	8603	-19.78
123.25	8608.1	-20.138
123.35	8613.2	-20.814
123.45	8618.3	-20.25
123.55	8623.4	-19.462
123.65	8628.5	-19.199
123.75	8633.5	-21.6
123.85	8638.6	-22.198
123.95	8643.7	-21.058
124.05	8648.8	-20.319
124.15	8653.9	-19.851
124.25	8659	-19.831
124.35	8664	-20.875
124.45	8669.1	-20.865
124.55	8674.2	-20.692
124.65	8679.3	-20.447
124.75	8684.4	-20.717
124.85	8689.5	-19.932
124.95	8694.5	-20.082
125.05	8699.6	-20.8
125.15	8704.7	-19.801
125.25	8709.8	-19.464
125.35	8714.9	-20.344
125.45	8720	-20.734
125.55	8725	-21.082
125.65	8730.1	-20.794
125.75	8735.2	-20.638
125.85	8740.3	-20.33
125.95	8745.4	-20.711
126.05	8750.5	-20.6
126.15	8755.5	-20.431
126.25	8760.6	-19.722
126.35	8765.7	-19.294
126.45	8770.8	-19.566
126.55	8775.9	-20.436
126.65	8781	-20.163
126.75	8786	-19.391
126.85	8791.1	-19.281
126.95	8796.2	-18.943
127.05	8801.3	-18.866
127.15	8806.4	-19.184
127.25	8811.5	-19.691
127.35	8816.5	-19.921
127.45	8821.6	-19.986
127.55	8826.7	-20.205
127.65	8831.8	-20.357
127.75	8836.9	-20.289
127.85	8842	-20.878
127.95	8847	-21.023
128.05	8852.1	-20.624
128.15	8857.2	-20.038
128.25	8862.3	-19.969
128.35	8867.4	-19.771
128.45	8872.5	-20.242
128.55	8877.5	-20.424
128.65	8882.6	-20.531
128.75	8887.7	-20.363
128.85	8892.8	-19.633
128.95	8897.9	-18.586
129.15	8908	-18.438
129.25	8913.1	-19.118
129.35	8918.2	-19.894
129.45	8923.3	-20.618
129.55	8928.4	-20.854
129.65	8933.5	-21.1
129.75	8938.5	-21.157
129.85	8943.6	-20.914
129.95	8948.7	-19.966
130.05	8953.8	-20.34
130.15	8958.9	-20.51
130.25	8964	-20.174
130.35	8969	-19.334
130.45	8974.1	-19.078
130.55	8979.2	-19.65
130.65	8984.3	-21.081
130.75	8989.4	-21.808
130.85	8994.5	-21.115
130.95	8999.5	-20.301
131.05	9004.6	-20.444
131.15	9009.7	-20.238
131.25	9014.8	-19.826
131.35	9019.9	-20.684
131.45	9025	-20.193
131.55	9030	-18.697
131.65	9035.1	-19.377
131.75	9040.2	-19.82
131.85	9045.3	-19.637