IntChron

Records

TOR

record: TOR
site: Torneträsk
country: Sweden
longitude: 19.6
latitude: 68.3
site_type: Dendrochronological
taxon: Pinus sylvestris L.
z_type: rings
z_units: rings
t_source: DendroNH

Data series

Int_69_34

series: Int_69_34
series_type: IntCal_Data
intcal_set_type: Int
intcal_set: 69
intcal_division: 34

z	z_range	t	t_sigma	intcal_data_id	intcal_seq_no	sample	ring_segment	calage	calage_range	calage_sigmaI	calage_sigmaD	calage_sigmaC	labcode	batch	r_date	r_date_sigma	r_date_sigma_extra	r_date_sigma_batch	r_date_sigma_mult	intcal_reservoir	intcal_reservoir_sigma
175	0	780.5	0	12993	0	230457-175		1170	1	0	0	0	ETH-57518.1.1	C140923LW1	1169	16	0	8.033	1	0	0
174	0	779.5	0	12992	0	230457-174		1171	1	0	0	0	ETH-57517.1.1	C140923LW1	1188	16	0	8.033	1	0	0
173	0	778.5	0	12991	0	230457-173		1172	1	0	0	0	ETH-57516.1.1	C140923LW1	1191	16	0	8.033	1	0	0
172	0	777.5	0	12990	0	230457-172		1173	1	0	0	0	ETH-57515.1.1	C140923LW1	1163	16	0	8.033	1	0	0
171	0	776.5	0	12989	0	230457-171		1174	1	0	0	0	ETH-57514.1.1	C140923LW1	1162	16	0	8.033	1	0	0
170	0	775.5	0	12988	0	230457-170		1175	1	0	0	0	ETH-57513.1.1	C140923LW1	1191	16	0	8.033	1	0	0
169	0	774.5	0	12987	0	230457-169		1176	1	0	0	0	ETH-57512.1.1	C140923LW1	1235	16	0	8.033	1	0	0
168	0	773.5	0	12986	0	230457-168		1177	1	0	0	0	ETH-57511.1.1	C140923LW1	1281	16	0	8.033	1	0	0
167	0	772.5	0	12985	0	230457-167		1178	1	0	0	0	ETH-57510.1.1	C140923LW1	1317	16	0	8.033	1	0	0
166	0	771.5	0	12984	0	230457-166		1179	1	0	0	0	ETH-57509.1.1	C140923LW1	1311	17	0	8.033	1	0	0
165	0	770.5	0	12983	0	230457-165		1180	1	0	0	0	ETH-57508.1.1	C140923LW1	1308	16	0	8.033	1	0	0

Dendro_Metadata

series: Dendro_Metadata
series_type: Data
header_list: code

notes

Dendrochronology TOR230457 (Neil Loader)

a) Sample identifier (Dendro-Lab Key-code): TOR230457
b) Sample certainly derives from a single tree (Y/N): Y
c) Site: Torneträsk, Sweden
d) Object type: Fallen tree
e) Preservation: Deadwood dry-preserved (on-land)
f) Sample type (e.g. core or slice): Slice
g) Species: Pinus sylvestris L.
h) No of rings:631
i) Pith (Y/N): N
j) Waney edge: N
k) Bark (Y/N): N
l) Sapwood (Y/N): Y
m) Methodology used for dating:
Dating was conducted by ringwidth measurement and multiple comparisons of the sample time series against a site “master” developed from individual Torneträsk timbers (available via NOAA ITRDB). The Baillie-Pilcher t-statistic was used for primary dating with additional support from visual matching, expert knowledge, Hollstein t, Cumulative Date Index (CDI) and Gleichläufigkeit. The TSAP software program was used for dating. The best match statistics are presented below.
n) Dated individually (Y/N) : Y

Single curve key code	relative position	Mean curve
TOR230457	Start Date 606 CE	TORCHR
	End Date 1236 CE	Torneträsk*

Chronology is publicly deposited (Y/N): Y
Individual sample ringwidth file (see above)

p) Remainder of sample is stored in which archive?
Adran Ddaearyddiaeth, Prifysgol Abertawe SA2 8PP DU / Department of Geography, Swansea University SA2, 8PP UK.

code

******************************************************************
*** TSAP CROSS-DATING *** DATE: 2018.09.05 TIME: 12.39. ***
-> Find match of sample and references:
-> MinLeftOverlap=30 / MinRightOverlap=30
-> Chrono signature conditions: Density>4 / Internal Glk>75
-> Results listed for each sample-reference pair.
-> List 5 best matches.
-> Match acceptance: logical OR - connection of threshold values,
one of the following threshold values has to be exceeded.
Threshold conditions:
Glk%>60 SGlk%>70 SSGlk%>70 TV>3.0 CrC>0.6 CDI>10
------------------------------------------------------------------

Sample (=Single): T230457 0 631 606 1236
Reference (=Chrono): TORCHR (age AD+7000) PISY 0 --- 7418 -5407 2010

Sample	Ref. PosL PosR OVL Glk	TV	TVBP	TVH	CDI	DateL	DateR
T230457B TORCHR 6014 6644 631 71	15.6	18.6	19.3	145 606 1236

------------------------------------------------------------------

T230457

series: T230457
series_type: Dendro_Sample
t_from: 606.5
t_to: 1236.5
ring_count: 631
dated: 1

z	t	ring_width	sample_depth
1	606.5	2.43	1
2	607.5	2.18	1
3	608.5	1.74	1
4	609.5	1.69	1
5	610.5	1.42	1
6	611.5	0.8	1
7	612.5	1.04	1
8	613.5	1.46	1
9	614.5	1.59	1
10	615.5	1.41	1
11	616.5	1.52	1
12	617.5	1.18	1
13	618.5	1.1	1
14	619.5	1.42	1
15	620.5	1.47	1
16	621.5	1.33	1
17	622.5	1.6	1
18	623.5	1.42	1
19	624.5	1.35	1
20	625.5	1.4	1
21	626.5	1.28	1
22	627.5	1.43	1
23	628.5	1.16	1
24	629.5	1.48	1
25	630.5	1.84	1
26	631.5	1.61	1
27	632.5	1.68	1
28	633.5	1.67	1
29	634.5	1.44	1
30	635.5	1.11	1
31	636.5	0.83	1
32	637.5	0.68	1
33	638.5	0.69	1
34	639.5	0.74	1
35	640.5	0.76	1
36	641.5	0.92	1
37	642.5	0.71	1
38	643.5	0.6	1
39	644.5	0.74	1
40	645.5	0.66	1
41	646.5	0.54	1
42	647.5	0.54	1
43	648.5	0.59	1
44	649.5	0.68	1
45	650.5	0.67	1
46	651.5	0.86	1
47	652.5	0.88	1
48	653.5	0.63	1
49	654.5	0.77	1
50	655.5	0.79	1
51	656.5	0.76	1
52	657.5	0.71	1
53	658.5	0.59	1
54	659.5	0.62	1
55	660.5	0.45	1
56	661.5	0.43	1
57	662.5	0.32	1
58	663.5	0.55	1
59	664.5	0.55	1
60	665.5	0.47	1
61	666.5	0.79	1
62	667.5	0.63	1
63	668.5	0.45	1
64	669.5	0.57	1
65	670.5	0.62	1
66	671.5	0.59	1
67	672.5	0.74	1
68	673.5	0.66	1
69	674.5	0.72	1
70	675.5	0.86	1
71	676.5	0.63	1
72	677.5	0.52	1
73	678.5	0.56	1
74	679.5	0.53	1
75	680.5	0.54	1
76	681.5	0.48	1
77	682.5	0.53	1
78	683.5	0.55	1
79	684.5	0.67	1
80	685.5	0.22	1
81	686.5	0.76	1
82	687.5	0.48	1
83	688.5	0.38	1
84	689.5	0.34	1
85	690.5	0.59	1
86	691.5	0.56	1
87	692.5	0.35	1
88	693.5	0.38	1
89	694.5	0.48	1
90	695.5	0.31	1
91	696.5	0.25	1
92	697.5	0.45	1
93	698.5	0.34	1
94	699.5	0.5	1
95	700.5	0.62	1
96	701.5	0.53	1
97	702.5	0.41	1
98	703.5	0.39	1
99	704.5	0.28	1
100	705.5	0.17	1
101	706.5	0.21	1
102	707.5	0.31	1
103	708.5	0.24	1
104	709.5	0.43	1
105	710.5	0.32	1
106	711.5	0.43	1
107	712.5	0.24	1
108	713.5	0.42	1
109	714.5	0.52	1
110	715.5	0.59	1
111	716.5	0.54	1
112	717.5	0.63	1
113	718.5	0.56	1
114	719.5	0.45	1
115	720.5	0.63	1
116	721.5	0.57	1
117	722.5	0.66	1
118	723.5	0.68	1
119	724.5	0.47	1
120	725.5	0.47	1
121	726.5	0.44	1
122	727.5	0.58	1
123	728.5	0.43	1
124	729.5	0.48	1
125	730.5	0.38	1
126	731.5	0.54	1
127	732.5	0.45	1
128	733.5	0.51	1
129	734.5	0.39	1
130	735.5	0.3	1
131	736.5	0.26	1
132	737.5	0.43	1
133	738.5	0.33	1
134	739.5	0.43	1
135	740.5	0.41	1
136	741.5	0.28	1
137	742.5	0.32	1
138	743.5	0.57	1
139	744.5	0.3	1
140	745.5	0.49	1
141	746.5	0.52	1
142	747.5	0.52	1
143	748.5	0.58	1
144	749.5	0.56	1
145	750.5	0.46	1
146	751.5	0.4	1
147	752.5	0.34	1
148	753.5	0.64	1
149	754.5	0.82	1
150	755.5	0.91	1
151	756.5	0.69	1
152	757.5	0.88	1
153	758.5	0.95	1
154	759.5	1	1
155	760.5	0.77	1
156	761.5	1.03	1
157	762.5	0.73	1
158	763.5	0.58	1
159	764.5	0.62	1
160	765.5	0.47	1
161	766.5	0.5	1
162	767.5	0.54	1
163	768.5	0.5	1
164	769.5	0.29	1
165	770.5	0.37	1
166	771.5	0.59	1
167	772.5	0.48	1
168	773.5	0.43	1
169	774.5	0.26	1
170	775.5	0.42	1
171	776.5	0.47	1
172	777.5	0.61	1
173	778.5	0.45	1
174	779.5	0.54	1
175	780.5	0.46	1
176	781.5	0.44	1
177	782.5	0.33	1
178	783.5	0.38	1
179	784.5	0.36	1
180	785.5	0.33	1
181	786.5	0.34	1
182	787.5	0.29	1
183	788.5	0.24	1
184	789.5	0.11	1
185	790.5	0.35	1
186	791.5	0.3	1
187	792.5	0.49	1
188	793.5	0.55	1
189	794.5	0.48	1
190	795.5	0.47	1
191	796.5	0.42	1
192	797.5	0.51	1
193	798.5	0.39	1
194	799.5	0.46	1
195	800.5	0.36	1
196	801.5	0.3	1
197	802.5	0.14	1
198	803.5	0.13	1
199	804.5	0.07	1
200	805.5	0.21	1
201	806.5	0.25	1
202	807.5	0.25	1
203	808.5	0.31	1
204	809.5	0.16	1
205	810.5	0.17	1
206	811.5	0.26	1
207	812.5	0.16	1
208	813.5	0.21	1
209	814.5	0.3	1
210	815.5	0.25	1
211	816.5	0.36	1
212	817.5	0.3	1
213	818.5	0.32	1
214	819.5	0.26	1
215	820.5	0.35	1
216	821.5	0.37	1
217	822.5	0.37	1
218	823.5	0.23	1
219	824.5	0.12	1
220	825.5	0.23	1
221	826.5	0.3	1
222	827.5	0.39	1
223	828.5	0.33	1
224	829.5	0.33	1
225	830.5	0.6	1
226	831.5	0.48	1
227	832.5	0.51	1
228	833.5	0.49	1
229	834.5	0.65	1
230	835.5	0.59	1
231	836.5	0.69	1
232	837.5	0.49	1
233	838.5	0.56	1
234	839.5	0.74	1
235	840.5	0.7	1
236	841.5	0.38	1
237	842.5	0.22	1
238	843.5	0.22	1
239	844.5	0.31	1
240	845.5	0.38	1
241	846.5	0.42	1
242	847.5	0.25	1
243	848.5	0.16	1
244	849.5	0.27	1
245	850.5	0.37	1
246	851.5	0.17	1
247	852.5	0.11	1
248	853.5	0.22	1
249	854.5	0.12	1
250	855.5	0.11	1
251	856.5	0.12	1
252	857.5	0.16	1
253	858.5	0.04	1
254	859.5	0.07	1
255	860.5	0.13	1
256	861.5	0.04	1
257	862.5	0.11	1
258	863.5	0.1	1
259	864.5	0.05	1
260	865.5	0.1	1
261	866.5	0.05	1
262	867.5	0.03	1
263	868.5	0.09	1
264	869.5	0.11	1
265	870.5	0.1	1
266	871.5	0.12	1
267	872.5	0.24	1
268	873.5	0.23	1
269	874.5	0.32	1
270	875.5	0.3	1
271	876.5	0.22	1
272	877.5	0.21	1
273	878.5	0.16	1
274	879.5	0.27	1
275	880.5	0.26	1
276	881.5	0.19	1
277	882.5	0.13	1
278	883.5	0.29	1
279	884.5	0.23	1
280	885.5	0.29	1
281	886.5	0.31	1
282	887.5	0.26	1
283	888.5	0.23	1
284	889.5	0.21	1
285	890.5	0.29	1
286	891.5	0.32	1
287	892.5	0.24	1
288	893.5	0.27	1
289	894.5	0.3	1
290	895.5	0.35	1
291	896.5	0.35	1
292	897.5	0.41	1
293	898.5	0.53	1
294	899.5	0.56	1
295	900.5	0.41	1
296	901.5	0.43	1
297	902.5	0.49	1
298	903.5	0.56	1
299	904.5	0.62	1
300	905.5	0.43	1
301	906.5	0.3	1
302	907.5	0.34	1
303	908.5	0.27	1
304	909.5	0.25	1
305	910.5	0.26	1
306	911.5	0.32	1
307	912.5	0.32	1
308	913.5	0.24	1
309	914.5	0.22	1
310	915.5	0.36	1
311	916.5	0.44	1
312	917.5	0.54	1
313	918.5	0.47	1
314	919.5	0.55	1
315	920.5	0.7	1
316	921.5	0.7	1
317	922.5	0.66	1
318	923.5	0.78	1
319	924.5	0.67	1
320	925.5	0.71	1
321	926.5	0.69	1
322	927.5	0.92	1
323	928.5	0.9	1
324	929.5	0.99	1
325	930.5	0.86	1
326	931.5	1.34	1
327	932.5	1.03	1
328	933.5	1.15	1
329	934.5	1.14	1
330	935.5	1.16	1
331	936.5	1.14	1
332	937.5	0.93	1
333	938.5	1.08	1
334	939.5	1.02	1
335	940.5	0.92	1
336	941.5	0.56	1
337	942.5	0.99	1
338	943.5	0.74	1
339	944.5	0.61	1
340	945.5	0.55	1
341	946.5	0.55	1
342	947.5	0.53	1
343	948.5	0.68	1
344	949.5	0.65	1
345	950.5	0.47	1
346	951.5	0.61	1
347	952.5	0.6	1
348	953.5	0.68	1
349	954.5	0.76	1
350	955.5	0.81	1
351	956.5	0.58	1
352	957.5	0.84	1
353	958.5	0.68	1
354	959.5	0.74	1
355	960.5	0.75	1
356	961.5	0.53	1
357	962.5	0.56	1
358	963.5	0.81	1
359	964.5	0.66	1
360	965.5	0.78	1
361	966.5	0.96	1
362	967.5	0.82	1
363	968.5	0.81	1
364	969.5	1.13	1
365	970.5	1.23	1
366	971.5	1.13	1
367	972.5	1.53	1
368	973.5	1.34	1
369	974.5	1.51	1
370	975.5	1.3	1
371	976.5	0.99	1
372	977.5	1.01	1
373	978.5	1.14	1
374	979.5	0.85	1
375	980.5	0.72	1
376	981.5	0.72	1
377	982.5	0.71	1
378	983.5	0.8	1
379	984.5	0.78	1
380	985.5	0.79	1
381	986.5	1.05	1
382	987.5	1.11	1
383	988.5	0.93	1
384	989.5	1.05	1
385	990.5	1.17	1
386	991.5	1	1
387	992.5	1.28	1
388	993.5	1.1	1
389	994.5	1.64	1
390	995.5	1.19	1
391	996.5	1.15	1
392	997.5	1.11	1
393	998.5	1.12	1
394	999.5	1.08	1
395	1000.5	1.26	1
396	1001.5	1.05	1
397	1002.5	1.05	1
398	1003.5	0.94	1
399	1004.5	1.16	1
400	1005.5	1.19	1
401	1006.5	1.21	1
402	1007.5	1.27	1
403	1008.5	1.22	1
404	1009.5	1.01	1
405	1010.5	1.01	1
406	1011.5	0.54	1
407	1012.5	0.63	1
408	1013.5	0.78	1
409	1014.5	0.75	1
410	1015.5	0.67	1
411	1016.5	0.56	1
412	1017.5	0.53	1
413	1018.5	0.62	1
414	1019.5	0.82	1
415	1020.5	0.8	1
416	1021.5	0.83	1
417	1022.5	1	1
418	1023.5	0.98	1
419	1024.5	1.28	1
420	1025.5	0.63	1
421	1026.5	1.07	1
422	1027.5	1.56	1
423	1028.5	1.32	1
424	1029.5	1.1	1
425	1030.5	1.33	1
426	1031.5	1.36	1
427	1032.5	0.83	1
428	1033.5	0.82	1
429	1034.5	0.93	1
430	1035.5	0.99	1
431	1036.5	1	1
432	1037.5	1.04	1
433	1038.5	1.18	1
434	1039.5	1.05	1
435	1040.5	0.88	1
436	1041.5	0.83	1
437	1042.5	0.95	1
438	1043.5	1	1
439	1044.5	1.07	1
440	1045.5	1.09	1
441	1046.5	0.81	1
442	1047.5	1.05	1
443	1048.5	0.98	1
444	1049.5	0.92	1
445	1050.5	1.13	1
446	1051.5	1.01	1
447	1052.5	1.21	1
448	1053.5	0.87	1
449	1054.5	0.84	1
450	1055.5	1.05	1
451	1056.5	1.3	1
452	1057.5	1.23	1
453	1058.5	1.32	1
454	1059.5	1.25	1
455	1060.5	1.06	1
456	1061.5	1.36	1
457	1062.5	1.66	1
458	1063.5	1.38	1
459	1064.5	1.15	1
460	1065.5	1.16	1
461	1066.5	1.22	1
462	1067.5	1.03	1
463	1068.5	1.27	1
464	1069.5	0.97	1
465	1070.5	0.89	1
466	1071.5	0.97	1
467	1072.5	1	1
468	1073.5	1.12	1
469	1074.5	1.28	1
470	1075.5	1.23	1
471	1076.5	1.12	1
472	1077.5	0.89	1
473	1078.5	0.93	1
474	1079.5	0.79	1
475	1080.5	0.62	1
476	1081.5	0.24	1
477	1082.5	0.43	1
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data_url: https://intchron.org/public.php?record=intcal20/TOR

Data