Citation:

PANGAEA.913754

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Related to:

Nottebaum, Veit; Stauch, Georg; van der Wal, Jorien L N; Zander, Anja; Schlütz, Frank; Shumilovskikh, Lyudmila S; Reicherter, Klaus; Batkhishig, Ochirbat; Lehmkuhl, Frank (accepted): Late Quaternary landscape evolution and paleoenvironmental implications from multiple geomorphic dryland systems, Orog Nuur Basin, Mongolia.

White, James W C; Barlow, L K; Fisher, D; Grootes, Pieter Meiert; Jouzel, Jean; Johnsen, Sigfús Jóhann; Stuiver, Minze; Clausen, Henrik Brink (1997): The climate signal in the stable isotopes of snow from Summit, Greenland: Results of comparisons with modern climate observations. Journal of Geophysical Research: Oceans, 102(C12), 26425-26440, https://doi.org/10.1029/97JC00162

Project(s):

Crossing Climatic Tipping Points - Consequences for Central Asia (CAME-II_Q-TIP)

Funding:

Federal Ministry of Education and Research (BMBF), grant/award no. 03G0863F : CAME II: Q-TiP - Kipp-Punkte von Seesystemen in der ariden Zone Zentralasiens

Coverage:

Latitude: 45.030000 * Longitude: 100.730000

Minimum DEPTH, sediment/rock: 0.23 m * Maximum DEPTH, sediment/rock: 3.35 m

Event(s):

Orog_Nuur * Latitude: 45.030000 * Longitude: 100.730000 * Method/Device: Multiple investigations (MULT)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Comment	Comment		Nottebaum, Veit
2	Laboratory code/label	Lab label		Nottebaum, Veit
3	Sample ID	Sample ID		Nottebaum, Veit
4	Section	Sect		Nottebaum, Veit	on-...
5	DEPTH, sediment/rock	Depth sed	m	Nottebaum, Veit	Geocode – m.b.s-
6	Uranium	U	mg/kg	Nottebaum, Veit
7	Uranium, standard deviation	U std dev	±	Nottebaum, Veit
8	Thorium	Th	mg/kg	Nottebaum, Veit
9	Thorium, standard deviation	Th std dev	±	Nottebaum, Veit
10	Potassium	K	%	Nottebaum, Veit
11	Potassium, standard deviation	K std dev	±	Nottebaum, Veit
12	Water content, sediment	Water sed	%	Nottebaum, Veit	measured
13	Water content, sediment	Water sed	%	Nottebaum, Veit	used
14	Water content, standard deviation	Water std dev	±	Nottebaum, Veit	used
15	-	-		Nottebaum, Veit	D0 IR50
16	Standard deviation	Std dev	±	Nottebaum, Veit	D0 IR50
17	-	-		Nottebaum, Veit	D0 pIRIR225
18	Standard deviation	Std dev	±	Nottebaum, Veit	D0 pIRIR225

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0)

Size:

561 data points

Data

Download dataset as tab-delimited text — use the following character encoding:

1 Comment	2 Lab label	3 Sample ID	4 Sect (on-...)	5 Depth sed [m] (m.b.s-)	6 U [mg/kg]	7 U std dev [±]	8 Th [mg/kg]	9 Th std dev [±]	10 K [%]	11 K std dev [±]	12 Water sed [%] (measured)	13 Water sed [%] (used)	14 Water std dev [±] (used)	15 - (D0 IR50)	16 Std dev [±] (D0 IR50)	17 - (D0 pIRIR225)	18 Std dev [±] (D0 pIRIR225)
fluvial	C-L4443	OROG-7	32	1.65	1.93	0.10	6.63	0.35	2.53	0.04	0.7	5	5	4.17	0.18	4.18	0.18
fluvial	C-L4447	OROG-11	42	0.70	2.45	0.11	5.77	0.31	2.15	0.04	2.2	5	5	3.90	0.17	3.91	0.17
fluvial	C-L4448	OROG-12	42	0.50	1.49	0.08	3.84	0.23	2.23	0.04	0.3	5	5	3.60	0.16	3.61	0.16
fluvial	C-L4457	OROG-21	77	0.45	3.06	0.13	9.08	0.46	2.02	0.04	1.4	5	5	4.20	0.18	4.22	0.18
fluvial	C-L4464	OROG-28	83	1.65	1.29	0.07	4.48	0.29	1.90	0.03	0.3	5	5	3.23	0.15	3.24	0.15
fluvial	C-L4466	OROG-30	85	0.77	2.48	0.12	10.62	0.52	1.86	0.03	0.2	5	5	3.99	0.17	4.01	0.17
fluvial	C-L4470	OROG-34	118	0.70	2.45	0.11	7.91	0.39	1.98	0.03	1.3	5	5	3.90	0.17	3.91	0.17
fluvial	C-L4475	OROG-40	142	1.30	1.35	0.07	4.72	0.26	2.42	0.04	1.0	5	5	3.82	0.17	3.83	0.17
lacustrine	C-L4441	OROG-5	27	0.60	5.21	0.22	21.71	1.02	2.60	0.04	2.7	5	5	6.22	0.25	6.26	0.25
lacustrine	C-L4442	OROG-6	27	0.40	4.55	0.20	16.51	0.80	2.57	0.04	1.8	5	5	5.65	0.23	5.69	0.23
lacustrine	C-L4446	OROG-10	34	0.40	0.96	0.06	3.58	0.21	2.35	0.04	0.3	5	5	3.57	0.16	3.58	0.16
lacustrine	C-L4450	OROG-14	47	2.25	2.59	0.12	7.83	0.41	2.32	0.04	1.4	5	5	4.13	0.17	4.15	0.17
lacustrine	C-L4451	OROG-15	47	1.25	3.10	0.14	7.98	0.41	2.31	0.04	3.7	5	5	4.35	0.19	4.37	0.19
lacustrine	C-L4452	OROG-16	48	0.70	1.61	0.08	5.11	0.27	2.22	0.04	0.4	5	5	3.70	0.16	3.71	0.16
lacustrine	C-L4455	OROG-19	62	0.30	2.29	0.11	9.41	0.49	1.74	0.03	0.6	5	5	3.77	0.16	3.79	0.16
lacustrine	C-L4458	OROG-22	78	0.23	2.24	0.11	7.48	0.38	1.92	0.03	0.5	5	5	3.80	0.16	3.81	0.16
lacustrine	C-L4465	OROG-29	83	0.60	4.73	0.20	20.09	1.00	2.55	0.04	3.7	5	5	5.93	0.24	5.97	0.24
lacustrine	C-L4467	OROG-31	86	0.35	1.78	0.09	4.96	0.26	1.91	0.03	0.6	5	5	3.47	0.15	3.48	0.15
lacustrine	C-L4468	OROG-32	112	0.80	5.68	0.23	9.30	0.46	2.21	0.04	1.6	5	5	5.02	0.21	5.05	0.21
lacustrine	C-L4469	OROG-33	113	0.78	1.81	0.09	3.91	0.22	2.44	0.04	0.8	5	5	3.88	0.17	3.89	0.17
aeolian	C-L4437	OROG-1	10	0.72	2.41	0.11	8.44	0.43	1.59	0.03	7.4	10	10	3.46	0.23	3.47	0.23
aeolian	C-L4437	OROG-1*	10	0.72	2.41	0.11	8.44	0.43	1.59	0.03	7.4	10	10	3.59	0.25	3.69	0.25
aeolian	C-L4438	OROG-2	10	0.32	2.50	0.13	8.88	0.46	1.66	0.03	12.3	10	10	3.62	0.24	3.64	0.24
aeolian	C-L4438	OROG-2*	10	0.32	2.50	0.13	8.88	0.46	1.66	0.03	12.3	10	10	3.79	0.26	3.89	0.26
aeolian	C-L4449	OROG-13	44	0.28	2.06	0.10	4.91	0.28	1.84	0.03	0.6	5	5	3.49	0.15	3.48	0.15
aeolian	C-L4454	OROG-18	55	0.37	2.03	0.10	7.34	0.38	2.03	0.03	0.7	5	5	3.82	0.16	3.84	0.16
aeolian	C-L4456	OROG-20	64	0.50	1.20	0.07	3.08	0.20	2.26	0.04	0.3	5	5	3.50	0.16	3.50	0.16
aeolian	C-L4459	OROG-23	80	3.35	1.48	0.07	3.72	0.22	1.98	0.03	1.5	5	5	3.26	0.15	3.27	0.15
aeolian	C-L4461	OROG-25	80	1.40	1.76	0.09	4.87	0.27	2.04	0.04	1.2	5	5	3.52	0.16	3.53	0.16
aeolian	C-L4463	OROG-27	80	1.40	1.41	0.08	3.36	0.21	2.06	0.04	0.6	5	5	3.34	0.15	3.35	0.15
aeolian	C-L4471	OROG-35	136	0.37	4.19	0.23	12.86	0.76	2.18	0.03	10.3	10	10	4.83	0.32	4.85	0.32
aeolian	C-L4472	OROG-37	6	0.40	2.78	0.13	9.14	0.47	1.85	0.03	0.9	5	5	4.02	0.17	4.04	0.17
aeolian	C-L4473	OROG-38	138	1.20	1.75	0.09	6.38	0.33	1.24	0.02	1.2	5	5	2.91	0.13	2.92	0.13