tab delimited	contribution
id	version	timestamp	contributor	data_model_version	reference	description
15807	2	2006-12-21T10:05:59.000Z	@magic	3.0	10.1016/0012-821X(93)90065-H	Upgraded to MagIC Data Model 3.0 by the MagIC Database Team
>>>>>>>>>>
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_n_sites	dir_n_samples	fold_test	conglomerate_test	contact_test	reversal_test	pole_lat	pole_lon	pole_dp	pole_dm	pole_comp_name	pole_reversed_perc	description	rock_magnetic_test
Deformation Zone Rocks	Outcrop	7146	i	 DE-DI : LT-AF-Z : LT-T-Z:LP-DC4 	This study	Metamorphic	 Lamprophyre:altered diorite 	Superior Province	Deformation zone rocks	51.1	51.1	266.1	266.1	North America	Canada	Ontario	2570	2635	Ma	0	180	-57	3	23	6	20	ND	ND	ND	ND	77	86	3	4	RLG Remanence	100	Related to gold mineralization. RLG Remanence. AF to 100mT, thermal to 580C, characteristic component. IRM (sat. 0. 1T) ; Q. Mean of 3 units calculated.	M
Red Lake Greenstone Belt Batholiths	Outcrop	7145	i	 DE-DI : LT-AF-Z : LT-T-Z:LP-DC4 	This study	Intrusive	Granite	Superior Province	Red Lake Greenstone Belt Batholiths	51.1	51.1	266.1	266.1	North America	Canada	Ontario	2700	2730	Ma	0	159	-74	16	20	14	39	ND	ND	ND	ND	75	222	26	29	RLR Remanence	100	Hammell Lake, Killala Baird, Little Vermilion, Trout Lake. RLR Remanence. AF to 100mT, thermal to 580C, characteristic component. OP (MAGN) ; IRM (sat. 0. 1T) ; Q. Mean of 4 batholiths calculated.	M
>>>>>>>>>>
tab delimited	ages
location	age_low	age_high	age_unit	timescale_eon	timescale_era	description	method_codes	timescale_citations	citations
Deformation Zone Rocks	2570	2635	Ma	Archean	Neoarchean	40Ar/39Ar ages 2570-2635 at tail of cooling curve.	GM-ARAR	Gradstein et al. 2004	This study
Red Lake Greenstone Belt Batholiths	2700	2730	Ma	Archean	Neoarchean	U-Pb ages 2700-2730 Ma.	GM-UPB	Gradstein et al. 2004	This study