tab contribution id doi version timestamp magic_version contributor author description 8228 10.1029/JB073i022p07031 3 2009-03-03T04:39:12.000Z 2.4 @magic >>>>>>>>>> tab delimited er_locations er_location_name location_type location_begin_lat location_begin_lon location_end_lat location_end_lon continent_ocean location_description er_citation_names Arizona Region 35.23 246 35.23 246 North America Flagstaff. This study >>>>>>>>>> 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 3540 Arizona s Archeologic : Igneous Not Specified Lava Flow 35.23 246 LP-PI This study >>>>>>>>>> tab delimited er_ages er_location_name er_site_name age age_sigma age_unit magic_method_codes er_citation_names Arizona 3540 650 100 Years AD (+/-) GM-CC-ARCH This study >>>>>>>>>> tab delimited er_citations MAGIC00425037 er_citation_name long_authors year doi 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 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, Transactions of the American Geophysical Union 87 137 Korte et al. 2005 Korte, M., Genevey, A., Constable, C.G., Frank, U. and Schnepp, E. 2005 10.1029/2004GC000800 Continuous geomagnetic field models for the past 7 millenia: 1. A new global data compilation Electronic Journal Geochemistry, Geophysics, Geosystems 6 Perrin & Schnepp 2004 Perrin, M. and Schnepp, E. 2004 IAGA paleointensity database: distribution and quality of the dataset Journal Physics of the Earth and Planetary Interiors 147 255-267 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 >>>>>>>>>> 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_k site_int site_int_sigma site_int_sigma_perc site_int_n site_description external_database_names external_database_ids magic_method_codes er_citation_names Arizona 3540 650 100 Years AD (+/-) 3.3 12 1800 0.000056 0.000002 3.6 3 geomagia50 record. CALS7K.2 : PINT : GEOMAGIA50 none : none : 3540 LP-PI-TRM This study >>>>>>>>>> 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_k average_int average_int_sigma average_int_sigma_perc average_int_nn vdm vdm_sigma vdm_n vadm vadm_sigma result_description external_database_names external_database_ids magic_method_codes er_citation_names GEOMAGIA50:3540 Arizona 3540 i 35.23 246 650 100 Years AD (+/-) 12 1800 0.000056 0.000002 3.6 3 8.22E+22 2.9E+21 3 1.025E+23 3.7E+21 geomagia50 v 2. 0 record. CALS7K.2 : PINT : GEOMAGIA50 none : none : 3540 LP-PI-TRM This study >>>>>>>>>> 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-BT method codes. Thellier 1938