tab	contribution
id	doi	version	timestamp	magic_version	contributor	author	description
7768	10.1029/JB073i022p07031	2	2007-11-29T06:11:02.000Z	2.3	@magic		
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tab delimited	er_locations
er_location_name	location_type	location_begin_lat	location_begin_lon	location_end_lat	location_end_lon	er_citation_names
North America	Region	35.23	246	35.23	246	This study
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tab delimited	er_sites
er_site_name	er_location_name	site_definition	site_class	site_lithology	site_type	site_lat	site_lon	magic_method_codes	er_citation_names
3652	North America	s	Archeologic : Igneous	Not Specified	Lava Flow	35.23	246	LP-PI	This study
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tab delimited	er_ages
er_location_name	er_site_name	age	age_sigma	age_unit	magic_method_codes	er_citation_names
North America	3652	650	100	Years AD (+/-)	GM-CC-ARCH	This study
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tab delimited	er_citations	MAGIC00407328
er_citation_name	long_authors	year	title	citation_type	journal	volume	pages
This study	Strangway, D.W., McMahon, B.E. and Larson, E.E.	1968	Magnetic paleointensity studies on a recent basalt from Flagstaff, Arizona	Journal	Journal of Geophysical Research-Solid Earth	73	7,031-7,037
Donadini et al. 2006	Donadini, F., Korhonen, K., Riisager, P. and Pesonen, L.J.	2006	Database for Holocene geomagnetic intensity information	Journal	EOS	87	137
Korte et al. 2005	Korte, M., Genevey, A., Constable, C.G., Frank, U. and Schnepp, E.	2005	Continuous geomagnetic field models for the past 7 millenia: 1. A new global data compilation	Journal	Geochemistry, Geophysics, Geosystems'	6	32
Thellier 1938	Thellier, E.	1938	Sur l'aimantationdes terres cuites et ses applications geophysique	Journal	Annales Institut Physique du Globe de Paris	16	157-302
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tab delimited	pmag_sites
er_location_name	er_site_name	site_inferred_age	site_inferred_age_sigma	site_inferred_age_unit	site_alpha95	site_n	site_int	site_int_sigma	site_int_sigma_perc	site_int_n	site_description	compilation_names	compilation_ids	magic_method_codes	er_citation_names
North America	3652	650	100	Years AD (+/-)	3.3	1	0.000056	0.000002	3.6	1	geomagia50 record.	GEOMAGIA50 : CALS7K.2	3400 : none	LP-PI-TRM	This study
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tab delimited	pmag_results
pmag_result_name	er_location_names	er_site_names	data_type	average_lat	average_lon	average_age	average_age_sigma	average_age_unit	average_nn	average_int	average_int_sigma	average_int_sigma_perc	average_int_nn	vdm	vdm_sigma	vdm_n	vadm	vadm_sigma	result_description	compilation_names	compilation_ids	magic_method_codes	er_citation_names
GEOMAGIA:3652	North America	3652	i	35.23	246	650	100	Years AD (+/-)	1	0.000056	0.000002	3.6	1	9.98E+22	3.6E+21	1	1.024E+23	3.7E+21	geomagia50 record.	GEOMAGIA50 : CALS7K.2	3400 : none	LP-PI-TRM	This study
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tab delimited	magic_methods
magic_method_code	method_type	method_definition	method_description	er_citation_names
GM-CC-ARCH	Geochronology Method	Correlation chronology: Archeology		
LP-PI	Lab Protocol	Paleointensity experiment	Minimal paleointensity method code, further information, about the basic method, alteration checks, and reciprocity checks can be specified using additional LP-PI codes described below.	
LP-PI-TRM	Lab Protocol	Paleointensity experiment: Using a laboratory TRM	Any paleointensity experiment that uses a TRM produced in a lab controlled field. Includes all variants of the Thellier method, including the Shaw method. More details on alteration and reciprocity checks can be added using the special LP-PI-ALT and LP-PI.	Thellier 1938