Provenance differentiation and earth surface process of the Mu Us sandy land constrained by detrital zircon U–Pb dating

Progress in Earth and Planetary Science

Table 1 Sampling information on zircons from the Mu Us Sandy Land, Hobq desert and Chinese Loess Plateau

No	Sample ID	Longitude	Latitude	Data source
No	Sample ID	(°E)	(°N)	Data source
MU-1	160703-13	107.93	39.13	This study
MU-2	160704-1	107.95	39.03
MU-3	160703-12	108.09	39.04
MU-4	160704-4	107.53	38.3
MU-5	160704-9	107.41	37.85
MU-6	160704-10	107.53	37.67
MU-7	160703-10	108.77	38.61
MU-8	160703-3	109.3	38.58
MU-9	160703-1	109.7	38.34
MU-10	MD9	107.23	38.49	Stevens et al. (2013)
MU-11	MD10	107.99	37.92
MU-12	MD4	108.49	37.71
MU-13	MD2	108.76	38.48
MU-14	MD7	109.66	38.65
MU-15	MD1	109.79	38.14
MU-16	MD3	108.49	37.71
MU-17	MD5	108.82	37.99
MU-18	MU51	106.9	38.7	Zhang et al. (2016)
MU-19	MU50	107.1	38.5
MU-20	MU35	107.8	38.4
MU-21	MU39	108	37.9
MU-22	MU32	38.6	109.9
MU-23	MU36	38.9	110
MU-24	MU40	39.4	109
MU-25	MU24	38.7	109
MU-26	MU43	38.6	108.9
Hobq Desert	Western	40.76	107.89	Zou (2017)
	Middle	40.38	109.23
	Eastern	40.26	110.79
Chinese Loess Plateau	Beiguoyuan	37.49	108.9	Bird et al. (2015)
	Jingbian	36.62	107.29
	Lingtai	35.07	107.65
	Weinan	34.35	109.51	Xiao et al. (2012)
	Xining	36.71	101.83	Xiao et al. (2012)
	Caoxian	36.35	104.62	Che and Li (2013)
	Xifeng	35.77	107.77	Che and Li (2013)
	Jiaxian	38.27	110.09	Zhang et al. (2021)
	Heimugou	35.72	109.61	Pullen et al. (2011)