tab delimited	contribution
id	version	timestamp	contributor	data_model_version	reference	description
15194	2	2006-12-22T01:12:43.000Z	@magic	3.0	10.1016/S0040-1951(98)00216-9	Upgraded to MagIC Data Model 3.0 by the MagIC Database Team
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tab delimited	locations
location	location_type	result_name	result_type	method_codes	citations	geologic_classes	lithologies	terranes	geological_province_sections	lat_s	lat_n	lon_w	lon_e	continent_ocean	country	region	age_low	age_high	age_unit	dir_tilt_correction	dir_dec	dir_inc	dir_alpha95	dir_k	dir_k_ratio	dir_n_sites	dir_n_samples	fold_test_significance	fold_test	conglomerate_test	contact_test	reversal_test	pole_lat	pole_lon	pole_dp	pole_dm	pole_reversed_perc	description	rock_magnetic_test
Lumuwan Formation	Outcrop	8423	a	 DE-VGP : LT-T-Z:LP-DC4 	This study	Sedimentary	Redbeds	South China	Lumuwan Formation	19.2	19.2	109.4	109.4	Asia	China	Hainan Island	100	132	Ma	100	10.9	44.1	4.2	71.8		17	163	90	SFo	ND	ND	ND	77.7	162.1	4.4	4.4	0	Late Early Cretaceous. Combined Result. Thermal to 690C, characteristic component. Data combined with RESULTNO 7759.	ND
Lumuwan Formation	Outcrop	8423	a	 DE-VGP : LT-T-Z:LP-DC4 	This study	Sedimentary	Redbeds	South China	Lumuwan Formation	19.2	19.2	109.4	109.4	Asia	China	Hainan Island	100	132	Ma	54	4.3	48.4	5.4	45.1	1.75	17		90	SFo	ND	ND	ND	77.7	162.1	4.4	4.4	0	Late Early Cretaceous. Combined Result. Thermal to 690C, characteristic component. Data combined with RESULTNO 7759.	ND
Lumuwan Formation	Outcrop	8423	a	 DE-VGP : LT-T-Z:LP-DC4 	This study	Sedimentary	Redbeds	South China	Lumuwan Formation	19.2	19.2	109.4	109.4	Asia	China	Hainan Island	100	132	Ma	0	16.8	37.9	5.6	41		17		90	SFo	ND	ND	ND	77.7	162.1	4.4	4.4	0	Late Early Cretaceous. Combined Result. Thermal to 690C, characteristic component. Data combined with RESULTNO 7759.	ND
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tab delimited	ages
location	age_low	age_high	age_unit	timescale_eon	timescale_era	timescale_period	timescale_epoch	method_codes	timescale_citations	citations
Lumuwan Formation	100	132	Ma	Phanerozoic	Mesozoic	Cretaceous	Early Cretaceous	GM-FOSSIL	Gradstein et al. 2004	This study