tab delimited contribution id version timestamp contributor data_model_version reference description 14124 2 2006-12-22T02:32:15.000Z @magic 3.0 10.1029/2001JB000672 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_significance 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 Ayak Formation Outcrop 9015 i DE-DI : LT-T-Z:LP-DC4 This study Sedimentary sediments Amur Ayak Formation 53.58 53.58 127 127 Asia Russia Amur Area 161 176 Ma 100 302.8 53.8 9.6 40.4 7 36 95 Fo ND ND ND 46 34.9 10 15.5 HTC 0 Middle Jurassic. W-E folds, dips 10-25 degrees. HTC. Thermal, characteristic component 450-590C. IRM (MAGN). Authors did not consider syn-folding option, see FIELDTESTS. Watson&Enkin test at 77% unfolding. ND Ayak Formation Outcrop 9015 i DE-DI : LT-T-Z:LP-DC4 This study Sedimentary sediments Amur Ayak Formation 53.58 53.58 127 127 Asia Russia Amur Area 161 176 Ma 100 122.8 -53.8 9.6 40.4 7 95 Fo ND ND ND 46 34.9 10 15.5 HTC 0 Middle Jurassic. W-E folds, dips 10-25 degrees. HTC. Thermal, characteristic component 450-590C. IRM (MAGN). Authors did not consider syn-folding option, see FIELDTESTS. Watson&Enkin test at 77% unfolding. ND Ayak Formation Outcrop 9015 i DE-DI : LT-T-Z:LP-DC4 This study Sedimentary sediments Amur Ayak Formation 53.58 53.58 127 127 Asia Russia Amur Area 161 176 Ma 0 71.6 -81.8 14.2 19.1 7 95 Fo ND ND ND 46 34.9 10 15.5 HTC 0 Middle Jurassic. W-E folds, dips 10-25 degrees. HTC. Thermal, characteristic component 450-590C. IRM (MAGN). Authors did not consider syn-folding option, see FIELDTESTS. Watson&Enkin test at 77% unfolding. ND Bolshoy Neaver Formation Outcrop 9010 i DE-DI : LT-T-Z:LP-DC4 This study Sedimentary sediments Amur Bolshoy Neaver Formation 54 54 123.5 123.5 Asia Russia Amur Area 398 416 Ma 100 304.1 5.4 10.6 33.3 7 40 Fo ND ND Ro 21.6 6.3 5.3 10.6 HTC 15 Lower Devonian. Extent 1300 m thick. symmetrical folds NE-E, dips 30-60 degrees. HTC. Thermal, characteristic component 450-590C. IRM (MAGN). ND Bolshoy Neaver Formation Outcrop 9010 i DE-DI : LT-T-Z:LP-DC4 This study Sedimentary sediments Amur Bolshoy Neaver Formation 54 54 123.5 123.5 Asia Russia Amur Area 398 416 Ma 0 306 36.3 10.8 32.4 7 Fo ND ND Ro 21.6 6.3 5.3 10.6 HTC 15 Lower Devonian. Extent 1300 m thick. symmetrical folds NE-E, dips 30-60 degrees. HTC. Thermal, characteristic component 450-590C. IRM (MAGN). ND Imachi Formation Outcrop 9011 i DE-DI : LT-T-Z:LP-DC4 This study Sedimentary sediments Amur Imachi Formation 54 54 123.5 123.5 Asia Russia Amur Area 381 395 Ma 100 323.3 -3.9 12.8 19.8 8 60 95 Fo ND ND Ro 26.3 345.3 6.4 12.8 HTC 15 Lower - Middle Devonian. Extent 500 m thick. symmetrical folds NE-E, dips 30-60 degrees. HTC. Thermal, characteristic component 450-590C. IRM (MAGN). Authors did not consider syn-folding option, see FIELDTESTS. Watson&Enkin test at 77% unfolding. ND Imachi Formation Outcrop 9011 i DE-DI : LT-T-Z:LP-DC4 This study Sedimentary sediments Amur Imachi Formation 54 54 123.5 123.5 Asia Russia Amur Area 381 395 Ma 100 232.3 -3.9 12.8 19.8 8 95 Fo ND ND Ro 26.3 345.3 6.4 12.8 HTC 15 Lower - Middle Devonian. Extent 500 m thick. symmetrical folds NE-E, dips 30-60 degrees. HTC. Thermal, characteristic component 450-590C. IRM (MAGN). Authors did not consider syn-folding option, see FIELDTESTS. Watson&Enkin test at 77% unfolding. ND Imachi Formation Outcrop 9011 i DE-DI : LT-T-Z:LP-DC4 This study Sedimentary sediments Amur Imachi Formation 54 54 123.5 123.5 Asia Russia Amur Area 381 395 Ma 0 323.6 20.9 16.4 12.4 8 95 Fo ND ND Ro 26.3 345.3 6.4 12.8 HTC 15 Lower - Middle Devonian. Extent 500 m thick. symmetrical folds NE-E, dips 30-60 degrees. HTC. Thermal, characteristic component 450-590C. IRM (MAGN). Authors did not consider syn-folding option, see FIELDTESTS. Watson&Enkin test at 77% unfolding. ND Oldoy Formation Outcrop 9012 i DE-DI : LT-T-Z:LP-DC4 This study Extrusive:Sedimentary Tuff Amur Oldoy Formation 54 54 123.5 123.5 Asia Russia Amur Area 359 398 Ma 100 300.6 16.7 16.4 14.5 7 76 95 Fo ND ND Ro 24.6 12.9 8.7 16.9 HTC 93 Middle - Upper Devonian. Extent 1200 m thick. symmetrical folds NE-E, dips 30-60 degrees. HTC. Thermal, characteristic component 300-350C. IRM (MAGN). Authors did not consider syn-folding option, see FIELDTESTS. Watson&Enkin test at 78% unfolding. ND Oldoy Formation Outcrop 9012 i DE-DI : LT-T-Z:LP-DC4 This study Extrusive:Sedimentary Tuff Amur Oldoy Formation 54 54 123.5 123.5 Asia Russia Amur Area 359 398 Ma 100 120.6 -16.7 16.4 14.5 7 95 Fo ND ND Ro 24.6 12.9 8.7 16.9 HTC 93 Middle - Upper Devonian. Extent 1200 m thick. symmetrical folds NE-E, dips 30-60 degrees. HTC. Thermal, characteristic component 300-350C. IRM (MAGN). Authors did not consider syn-folding option, see FIELDTESTS. Watson&Enkin test at 78% unfolding. ND Oldoy Formation Outcrop 9012 i DE-DI : LT-T-Z:LP-DC4 This study Extrusive:Sedimentary Tuff Amur Oldoy Formation 54 54 123.5 123.5 Asia Russia Amur Area 359 398 Ma 0 114.1 -42.7 21.2 9.1 7 95 Fo ND ND Ro 24.6 12.9 8.7 16.9 HTC 93 Middle - Upper Devonian. Extent 1200 m thick. symmetrical folds NE-E, dips 30-60 degrees. HTC. Thermal, characteristic component 300-350C. IRM (MAGN). Authors did not consider syn-folding option, see FIELDTESTS. Watson&Enkin test at 78% unfolding. ND Teplovka Formation Outcrop 9013 i DE-DI : LT-T-Z:LP-DC4 This study Sedimentary sediments Amur Teplovka Formation 54 54 123.5 123.5 Asia Russia Amur Area 359 385 Ma 100 323.9 25.5 15.5 25.2 5 38 95 Fo ND ND ND 40.5 352.4 9 16.7 HTC 0 Upper Devonian. Extent 1000 m thick. symmetrical folds NE-E, dips 30-60 degrees. HTC. Thermal, characteristic component 350-600C. IRM (MAGN). Authors did not consider syn-folding option, see FIELDTESTS. Watson&Enkin test at 72% unfolding. ND Teplovka Formation Outcrop 9013 i DE-DI : LT-T-Z:LP-DC4 This study Sedimentary sediments Amur Teplovka Formation 54 54 123.5 123.5 Asia Russia Amur Area 359 385 Ma 100 143.9 -25.5 15.5 25.2 5 95 Fo ND ND ND 40.5 352.4 9 16.7 HTC 0 Upper Devonian. Extent 1000 m thick. symmetrical folds NE-E, dips 30-60 degrees. HTC. Thermal, characteristic component 350-600C. IRM (MAGN). Authors did not consider syn-folding option, see FIELDTESTS. Watson&Enkin test at 72% unfolding. ND Teplovka Formation Outcrop 9013 i DE-DI : LT-T-Z:LP-DC4 This study Sedimentary sediments Amur Teplovka Formation 54 54 123.5 123.5 Asia Russia Amur Area 359 385 Ma 0 138.1 -18.3 27.4 8.7 5 95 Fo ND ND ND 40.5 352.4 9 16.7 HTC 0 Upper Devonian. Extent 1000 m thick. symmetrical folds NE-E, dips 30-60 degrees. HTC. Thermal, characteristic component 350-600C. IRM (MAGN). Authors did not consider syn-folding option, see FIELDTESTS. Watson&Enkin test at 72% unfolding. ND Tipara Formation Outcrop 9014 i DE-DI : LT-T-Z:LP-DC4 This study Sedimentary sediments Amur Tipara Formation 53.58 53.58 127 127 Asia Russia Amur Area 326 359 Ma 100 299.8 47 12 22.3 8 52 95 F+ ND ND ND 39.8 31.6 10 15.5 HTC 0 Tournaisian - Visean. NW folds, dips 50-80 degrees. HTC. Thermal, characteristic component 350-600C. IRM (MAGN). Authors did not consider syn-folding option, see FIELDTESTS. Watson&Enkin test at 91% unfolding. ND Tipara Formation Outcrop 9014 i DE-DI : LT-T-Z:LP-DC4 This study Sedimentary sediments Amur Tipara Formation 53.58 53.58 127 127 Asia Russia Amur Area 326 359 Ma 100 119.8 -47 12 22.3 8 95 F+ ND ND ND 39.8 31.6 10 15.5 HTC 0 Tournaisian - Visean. NW folds, dips 50-80 degrees. HTC. Thermal, characteristic component 350-600C. IRM (MAGN). Authors did not consider syn-folding option, see FIELDTESTS. Watson&Enkin test at 91% unfolding. ND Tipara Formation Outcrop 9014 i DE-DI : LT-T-Z:LP-DC4 This study Sedimentary sediments Amur Tipara Formation 53.58 53.58 127 127 Asia Russia Amur Area 326 359 Ma 0 139.5 -74.7 23.1 6.7 8 95 F+ ND ND ND 39.8 31.6 10 15.5 HTC 0 Tournaisian - Visean. NW folds, dips 50-80 degrees. HTC. Thermal, characteristic component 350-600C. IRM (MAGN). Authors did not consider syn-folding option, see FIELDTESTS. Watson&Enkin test at 91% unfolding. ND >>>>>>>>>> tab delimited ages location age_low age_high age_unit timescale_eon timescale_era timescale_period timescale_epoch timescale_stage method_codes timescale_citations citations Ayak Formation 161 176 Ma Phanerozoic Mesozoic Jurassic Middle Jurassic GM-CC-STRAT Gradstein et al. 2004 This study Bolshoy Neaver Formation 398 416 Ma Phanerozoic Paleozoic Devonian Early Devonian GM-CC-STRAT Gradstein et al. 2004 This study Imachi Formation 385 416 Ma Phanerozoic Paleozoic Devonian Early Devonian : Middle Devonian GM-CC-STRAT Gradstein et al. 2004 This study Oldoy Formation 359 398 Ma Phanerozoic Paleozoic Devonian Middle Devonian : Late Devonian GM-CC-STRAT Gradstein et al. 2004 This study Teplovka Formation 359 385 Ma Phanerozoic Paleozoic Devonian Late Devonian Frasnian - Famennian GM-CC-STRAT Gradstein et al. 2004 This study Tipara Formation 326 359 Ma Phanerozoic Paleozoic Carboniferous Mississippian Tournaisian - Visean GM-CC-STRAT Gradstein et al. 2004 This study