/* DATA DESCRIPTION:
Citation:	Menozzi, Davide; Dosseto, Anthony; Kinsley, Leslie P J (2017): (Table 4) Uranium isotope determination of bedrock collected near Exeter, New South Wales, Australia [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.873933, 
	In supplement to: Menozzi, D et al. (2016): Assessing the effect of sequential extraction on the uranium-series isotopic composition of a basaltic weathering profile. Chemical Geology, 446, 126-137, https://doi.org/10.1016/j.chemgeo.2016.05.031
Related to:	Saha, Atal; Hauser, Lorenz; Hedeholm, Rasmus; Planque, Benjamin; Fevolden, Svein-Erik; Boje, Jesper; Johansen, Torild (2017): Cryptic Sebastes norvegicus species in Greenland waters revealed by microsatellites. ICES Journal of Marine Science, https://doi.org/10.1093/icesjms/fsx039
Coverage:	LATITUDE: -34.620847 * LONGITUDE: 150.318972
	MINIMUM ELEVATION: 718.0 m * MAXIMUM ELEVATION: 718.0 m
Event(s):	Exeter_Australia * LATITUDE: -34.620847 * LONGITUDE: 150.318972 * ELEVATION: 718.0 m * LOCATION: Australia * METHOD/DEVICE: Rock drill core (RDC)
Comment:	Errors are internal analytical uncertainties (2SE). The estimated external relative analytical uncertainties (RSE) were calculated fromreplicate analysis of rock standards and samples; the highest error is reported in this table and used as uncertainties for the error bars in next figures.
Parameter(s):	Treatment (Treat) * PI: Menozzi, Davide (dm791@uowmail.edu.au)
	Uranium [mg/kg] (U) * PI: Menozzi, Davide (dm791@uowmail.edu.au) * METHOD/DEVICE: Multi-collector inductively coupled plasma mass spectrometer (MC-ICP-MS)
	Standard error [±] (Std e) * PI: Menozzi, Davide (dm791@uowmail.edu.au) * METHOD/DEVICE: Multi-collector inductively coupled plasma mass spectrometer (MC-ICP-MS) * COMMENT: 2SE
	Thorium [mg/kg] (Th) * PI: Menozzi, Davide (dm791@uowmail.edu.au) * METHOD/DEVICE: Multi-collector inductively coupled plasma mass spectrometer (MC-ICP-MS)
	Standard error [±] (Std e) * PI: Menozzi, Davide (dm791@uowmail.edu.au) * METHOD/DEVICE: Multi-collector inductively coupled plasma mass spectrometer (MC-ICP-MS) * COMMENT: 2SE
	Uranium-234/Uranium-238 activity ratio ((234U/238U)) * PI: Menozzi, Davide (dm791@uowmail.edu.au) * METHOD/DEVICE: Multi-collector inductively coupled plasma mass spectrometer (MC-ICP-MS)
	Standard error [±] (Std e) * PI: Menozzi, Davide (dm791@uowmail.edu.au) * METHOD/DEVICE: Multi-collector inductively coupled plasma mass spectrometer (MC-ICP-MS) * COMMENT: 2SE
	Thorium-230/Uranium-238 ratio (230Th/238U) * PI: Menozzi, Davide (dm791@uowmail.edu.au) * METHOD/DEVICE: Multi-collector inductively coupled plasma mass spectrometer (MC-ICP-MS)
	Standard error [±] (Std e) * PI: Menozzi, Davide (dm791@uowmail.edu.au) * METHOD/DEVICE: Multi-collector inductively coupled plasma mass spectrometer (MC-ICP-MS) * COMMENT: 2SE
License:	Creative Commons Attribution 3.0 Unported (CC-BY-3.0) (URI: https://creativecommons.org/licenses/by/3.0/)
Size:	369 data points
*/
Treat	U [mg/kg]	Std e [±] (2SE)	Th [mg/kg]	Std e [±] (2SE)	(234U/238U)	Std e [±] (2SE)	230Th/238U	Std e [±] (2SE)
BR untreated	1.009	0.002	3.312	0.003	0.997	0.002	0.880	0.006
BR leached	0.614	0.001	2.546	0.002	1.010	0.002	1.237	0.007
BR 1 h etching	0.447	0.001	1.912	0.002	1.043	0.002	1.327	0.008
BR 2 h etching	0.437	0.001	2.066	0.002	1.063	0.002	1.503	0.008
BR 24 h etching	0.350	0.000	2.343	0.001	1.101	0.003	1.975	0.009
CLOW untreated	1.245	0.002	4.445	0.006	0.998	0.002	0.850	0.006
CLOW > 125 µm	2.548	0.012	4.875	0.005	0.990	0.003	0.488	0.005
CLOW leached	1.007	0.001	4.470	0.004	0.977	0.003	1.126	0.006
CLOW 1 h etching	0.586	0.001	4.718	0.004	1.017	0.002	2.025	0.014
CLOW 2 h etching	0.546	0.001	3.647	0.003	1.017	0.002	1.879	0.009
CLOW 4 h etching	0.528	0.001	3.646	0.007	1.016	0.002	1.939	0.014
CLOW 8 h etching	0.575	0.001	4.155	0.004	1.014	0.002	1.885	0.011
CLOW 24 h etching	0.744	0.001	6.341	0.008	0.998	0.002	2.124	0.013
CUP untreated	1.903	0.006	6.018	0.009	1.004	0.001	0.851	0.007
CUP > 125 µm	1.791	0.007	5.624	0.008	1.000	0.003	0.925	0.009
CUP leached	1.279	0.002	5.367	0.006	1.017	0.002	1.218	0.008
CUP 1 h etching	0.735	0.001	6.097	0.008	1.050	0.003	2.381	0.016
CUP 2 h etching	0.778	0.001	7.141	0.008	1.039	0.003	2.515	0.011
CUP 4 h etching	0.684	0.001	6.056	0.007	1.032	0.002	2.424	0.013
CUP 4 h etching replicate	0.687	0.001	5.316	0.007	1.037	0.001	2.252	0.011
CUP 8 h etching	0.731	0.001	7.950	0.008	1.043	0.002	2.825	0.013
CUP 8 h etching replicate	0.787	0.001	8.442	0.008	1.039	0.002	2.870	0.013
CUP 24 h etching	0.766	0.001	8.350	0.013	1.042	0.002	3.016	0.021
SLOW untreated	1.901	0.006	7.351	0.012	1.009	0.002	0.919	0.006
SLOW > 125 µm	1.848	0.008	7.393	0.011	1.009	0.003	1.005	0.009
SLOW leached	1.008	0.002	6.792	0.014	0.974	0.003	1.660	0.014
SLOW 1 h etching	1.022	0.002	7.232	0.009	0.976	0.002	1.762	0.011
SLOW 2 h etching	1.133	0.001	8.320	0.008	0.976	0.002	1.733	0.009
SLOW 4 h etching	1.081	0.002	7.610	0.009	0.976	0.003	1.774	0.012
SLOW 8 h etching	1.051	0.003	7.567	0.010	0.974	0.002	1.779	0.014
SLOW 24 h etching	1.269	0.002	9.041	0.014	0.962	0.002	1.750	0.012
SUP untreated	2.123	0.007	8.445	0.014	1.020	0.002	0.963	0.007
SUP > 125 µm	2.290	0.008	8.969	0.011	1.009	0.003	1.039	0.009
SUP leached	1.287	0.006	9.243	0.015	0.960	0.004	1.824	0.019
SUP 1 h etching	1.315	0.004	10.061	0.024	0.955	0.002	1.972	0.018
SUP 2 h etching	1.320	0.002	9.589	0.018	0.968	0.002	1.875	0.014
SUP 4 h etching	1.251	0.003	9.205	0.019	0.961	0.002	1.816	0.014
SUP 8 h etching	2.168	0.005	15.977	0.035	0.960	0.002	1.833	0.018
SUP 24 h etching	0.416	0.000	12.984	0.031	0.974	0.002	7.856	0.054
QLO-1	1.842	0.007	4.420	0.005	1.004	0.002	0.935	0.007
QLO-1	1.880	0.005	4.447	0.006	1.003	0.002	0.907	0.007