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Nottebaum, Veit; Stauch, Georg; van der Wal, Jorien L N; Zander, Anja; Reicherter, Klaus; Batkhishig, Ochirbat; Lehmkuhl, Frank (2020): OSL dating quality parameters of sediments of Orog Nuur [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.913762, In: Nottebaum, Veit; Stauch, Georg; van der Wal, Jorien L N; Zander, Anja; Schlütz, Frank; Reicherter, Klaus; Shumilovskikh, Lyudmila S; Batkhishig, Ochirbat; Lehmkuhl, Frank (2020): Grain size and luminescence data from the Orog Nuur Basin (Mongolia) [dataset publication series]. PANGAEA, https://doi.org/10.1594/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
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
Event(s):
Orog_Nuur * Latitude: 45.030000 * Longitude: 100.730000 * Method/Device: Multiple investigations (MULT)
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
CommentCommentNottebaum, Veit
Laboratory code/labelLab labelNottebaum, Veit
Sample IDSample IDNottebaum, Veit
SectionSectNottebaum, Veiton-...
RatioRatioNottebaum, Veitrecycling ratio, IR50
Ratio, standard deviationRatio std dev±Nottebaum, Veitrecycling ratio, IR50
Dose recovery testD testNottebaum, VeitIR50
Standard deviationStd dev±Nottebaum, VeitDose recovery test, IR50
OverdispersionOverdispersion%Nottebaum, Veit
10 Overdispersion, standard deviationOverdispersion std dev±Nottebaum, VeitIR50
11 Dose, residualD resGyNottebaum, VeitIR50
12 Dose, residual, standard deviationD res std dev±Nottebaum, VeitpIRIR225
13 RatioRatioNottebaum, Veitrecycling ratio, pIRIR225
14 Ratio, standard deviationRatio std dev±Nottebaum, Veitrecycling ratio, pIRIR225
15 Dose recovery testD testNottebaum, VeitpIRIR225
16 Standard deviationStd dev±Nottebaum, VeitDose recovery test, pIRIR225
17 OverdispersionOverdispersion%Nottebaum, Veit
18 Overdispersion, standard deviationOverdispersion std dev±Nottebaum, VeitpIRIR225
19 RecuperationRecuperation%Nottebaum, VeitpIRIR225
20 Recuperation, standard deviationRecuperation std dev±Nottebaum, VeitpIRIR225
21 Dose, residualD resGyNottebaum, VeitpIRIR225
22 Dose, residual, standard deviationD res std dev±Nottebaum, VeitpIRIR225
23 PercentagePerc%Nottebaum, VeitPercentage resididual dose from nat. De
Size:
759 data points

Data

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


Comment

Lab label

Sample ID

Sect
(on-...)

Ratio
(recycling ratio, IR50)

Ratio std dev [±]
(recycling ratio, IR50)

D test
(IR50)

Std dev [±]
(Dose recovery test, IR50)

Overdispersion [%]
10 
Overdispersion std dev [±]
(IR50)
11 
D res [Gy]
(IR50)
12 
D res std dev [±]
(pIRIR225)
13 
Ratio
(recycling ratio, pIRIR225)
14 
Ratio std dev [±]
(recycling ratio, pIRIR225)
15 
D test
(pIRIR225)
16 
Std dev [±]
(Dose recovery test, pIRIR225)
17 
Overdispersion [%]
18 
Overdispersion std dev [±]
(pIRIR225)
19 
Recuperation [%]
(pIRIR225)
20 
Recuperation std dev [±]
(pIRIR225)
21 
D res [Gy]
(pIRIR225)
22 
D res std dev [±]
(pIRIR225)
23 
Perc [%]
(Percentage resididual dose fr...)
fluvialC-L4443OROG-7321.060.030.820.0654.49.30.630.061.050.031.000.0448.06.700.810.403.4248.002.25
fluvialC-L4447OROG-11421.050.030.850.0318.42.61.380.361.000.021.100.0910.82.210.410.096.042.181.16
fluvialC-L4448OROG-12421.020.040.820.0519.42.41.360.341.000.031.240.1513.32.500.400.184.881.920.80
fluvialC-L4457OROG-21771.030.030.830.1260.715.20.700.440.970.050.970.0267.67.800.660.560.790.343.02
fluvialC-L4464OROG-28831.040.030.910.0516.24.41.060.391.010.051.000.0611.22.900.990.521.380.372.40
fluvialC-L4466OROG-30850.970.040.790.0277.310.70.700.101.020.020.850.0258.35.301.451.312.000.205.32
fluvialC-L4470OROG-341181.020.030.850.0313.82.30.800.031.030.030.960.0711.51.900.800.341.300.102.10
fluvialC-L4475OROG-401420.950.010.850.027.61.60.560.241.040.030.940.034.41.100.520.131.260.184.34
lacustrineC-L4441OROG-5271.030.010.800.022.21.30.760.041.030.011.040.050.00.000.400.073.210.611.10
lacustrineC-L4442OROG-6271.010.010.810.017.21.70.540.121.040.020.910.015.21.460.070.032.740.530.79
lacustrineC-L4446OROG-10341.030.010.830.059.81.80.530.211.010.031.060.047.01.301.400.411.360.205.70
lacustrineC-L4450OROG-14471.050.030.780.026.21.90.750.011.030.030.960.035.41.400.480.083.031.110.84
lacustrineC-L4451OROG-15471.040.030.780.028.42.51.330.931.020.030.980.046.21.500.460.132.220.800.65
lacustrineC-L4452OROG-16481.060.030.790.0310.52.31.020.051.030.030.950.036.41.700.270.093.810.011.11
lacustrineC-L4455OROG-19621.020.020.860.026.11.40.350.041.040.041.000.075.61.300.250.141.130.225.46
lacustrineC-L4458OROG-22780.990.060.860.019.01.70.600.041.030.030.920.014.61.101.810.600.870.184.18
lacustrineC-L4465OROG-29830.990.040.910.0415.12.50.530.321.050.031.000.0312.12.201.040.651.321.043.51
lacustrineC-L4467OROG-31861.010.040.880.0240.25.60.670.221.040.010.950.0245.56.501.810.631.460.301.30
lacustrineC-L4468OROG-321121.020.020.780.0216.64.21.120.151.000.020.980.0412.33.900.410.083.800.860.38
lacustrineC-L4469OROG-331131.010.020.830.0217.32.81.360.210.990.010.890.0413.53.600.450.145.062.260.57
aeolianC-L4437OROG-1101.050.020.800.016.63.00.260.051.030.060.910.038.52.200.980.541.450.302.00
aeolianC-L4437OROG-1101.040.020.950.021.31.62.800.021.040.020.890.020.00.000.940.301.490.321.60
aeolianC-L4438OROG-2101.060.020.790.0213.24.00.380.111.050.040.930.0612.82.201.371.001.410.242.19
aeolianC-L4438OROG-2101.040.020.950.100.00.02.870.121.050.030.870.010.00.001.080.101.470.151.92
aeolianC-L4449OROG-13441.030.030.840.0431.95.50.460.051.060.031.040.0224.44.200.560.201.740.052.85
aeolianC-L4454OROG-18551.010.010.800.0516.73.10.400.021.060.030.870.0613.82.600.320.351.130.152.02
aeolianC-L4456OROG-20641.010.010.900.0230.13.90.570.050.980.050.980.0342.75.300.630.840.590.1434.70
aeolianC-L4459OROG-23801.010.050.910.064.41.20.300.080.940.041.050.027.91.901.082.310.800.1129.60
aeolianC-L4461OROG-25801.020.020.870.0935.16.10.250.210.960.050.940.0235.16.101.361.350.570.0715.00
aeolianC-L4463OROG-27801.020.040.840.0411.42.60.370.180.980.040.940.0319.43.102.403.300.340.0221.30
aeolianC-L4471OROG-351361.020.030.870.0311.82.20.830.021.040.031.040.0510.91.700.270.291.850.036.17
aeolianC-L4472OROG-3761.020.040.870.018.01.80.450.131.030.040.930.015.31.301.770.970.750.432.20
aeolianC-L4473OROG-381381.030.030.890.0219.43.00.840.541.010.020.930.0115.52.500.330.161.060.204.39