Publication	Sample-type	Sample-ID	Group-ID	Sample	Lat(DD)	Long(DD)	Elev(masl)	Thickn(cm)	Density(g/cm3)	Shield	10Be-conc(at/g)	10Be-unc(at/g)	10Be-std	26Al-conc(at/g)	26Al-unc(at/g)	26Al-std	Sampl-year	Publ-10-age(yr)	Publ-10-unc(yr)	Publ-26-age(yr)	Publ-26-unc(yr)	10Be-age(yr)	10-ext-unc(yr)	10-int-unc(yr)	26Al-age(yr)	26-ext-unc(yr)	26-int-unc(yr)	Extra-publ
Meyer et al. (2020)	boulder	Meye2020-1	Meye2020-A	Oyu_126	28.3979	86.6352	4690	3	2.65	1	1290000	90000	NIST_27900	1930000	170000	SMAL11	2016	19900	2200	4850	600	21168	1980	1485	6179	731	546	-
Meyer et al. (2020)	boulder	Meye2020-2	Meye2020-A	Oyu_127	28.3971	86.6340	4690	3	2.65	1	870000	20000	NIST_27900	3320000	170000	SMAL11	2016	13300	1200	8370	840	14932	985	345	10167	957	523	-
Meyer et al. (2020)	boulder	Meye2020-3	Meye2020-A	Oyu_128	28.3961	86.6395	4690	3	2.65	1	760000	50000	NIST_27900	6800000	450000	SMAL11	2016	11800	1300	17200	1900	13348	1207	881	18028	1866	1204	-
Meyer et al. (2020)	boulder	Meye2020-4	Meye2020-A	Oyu_129	28.3971	86.6385	4690	3	2.65	1	1730000	30000	NIST_27900	7560000	300000	SMAL11	2016	26700	2400	19200	1800	27135	1748	474	19812	1758	794	-
Meyer et al. (2020)	boulder	Meye2020-5	Meye2020-A	Oyu_131	28.3961	86.6352	4690	3	2.65	1	1030000	60000	NIST_27900	3670000	290000	SMAL11	2016	15900	1700	9300	1100	17421	1483	1019	11007	1232	875	-

Reference:
Meyer MC, Gliganic LA, May J-H, Merchel S, Rugel G, Schlütz F, Aldenderfer MS, Krainer K, 2020. Landscape dynamics and humal-environment interactions in the northern foothills of Cho Oyu and Mount Everest (southern Tibet) during the late Pleistocene and Holocene. Quaternary Science Reviews 229, 106127.

Data comments:
Sample density assumed to be 2.65 g/cm3.
Sampling year assumed to be 2016 ("The wider Su-re area up to the Cho Oyu glacier was investigated during two field seasons in 2014 and 2016").
One group ID for all samples (all samples from one moraine). The samples could potentially be grouped with Chev2011-U from Chevalier et al. (2011) but they are grouped separately due to distance and significantly different exposure age scatter.

expage.github.io - data from expage-202306