tab contribution id doi version timestamp magic_version contributor author description 4290 Klootwijk et al. (1982) 1 2006-12-19T08:13:42.000Z 2.2 @magic >>>>>>>>>> tab delimited er_locations er_location_name location_type location_begin_lat location_begin_lon location_end_lat location_end_lon continent_ocean country region terrane geological_province_section location_class location_lithology location_description er_citation_names Blaini Limestone Outcrop 30.2 78.4 30.2 78.4 Asia India Garhwal Himalaya India Blaini Limestone Sedimentary Limestone : shales Krol Belt sedimentary sequence. Extent Thickness 14m. Strike 83-93/Dip 73-81S. This study Krol Belt sedimentary sequence, Post-folding Outcrop 30.2 78.4 30.2 78.4 Asia India Garhwal Himalaya India Krol Belt Sedimentary Limestone : hales : diamictites S-SW dips 54-97 degrees. . This study Krol Belt sedimentary sequence, Pre-folding Outcrop 30.2 78.4 30.2 78.4 Asia India Garhwal Himalaya India Krol Belt Sedimentary Limestone : shales : diamictites S-SW dips 54-97 degrees. . This study Krol-A Limestone Outcrop 30.2 78.4 30.2 78.4 Asia India Garhwal Himalaya India Krol-A Limestone Sedimentary Limestone Krol Belt sedimentary sequence. Extent Thickness 15. 5m. Strike 120-125/Dip 85S. This study Lower Blaini Diamictite Outcrop 30.2 78.4 30.2 78.4 Asia India Garhwal Himalaya India Lower Blaini Diamictite Sedimentary Diamictite Krol Belt sedimentary sequence. Extent Thickness 11. 5m. Strike 140-145/Dip 92-97 SW. This study >>>>>>>>>> tab delimited er_ages er_location_name age_range_low age_range_high age_unit timescale_eon timescale_era timescale_period timescale_epoch magic_method_codes er_timescale_citation_names er_citation_names Krol-A Limestone 200 299 Ma Phanerozoic Paleozoic : Mesozoic Permian : Triassic Cisuralian : Late Triassic GM-CC-STRAT Gradstein et al. 2004 This study Blaini Limestone 271 318 Ma Phanerozoic Paleozoic Carboniferous : Permian Pennsylvanian : Cisuralian GM-CC-STRAT Gradstein et al. 2004 This study Lower Blaini Diamictite 271 318 Ma Phanerozoic Paleozoic Carboniferous : Permian Pennsylvanian : Cisuralian GM-CC-STRAT Gradstein et al. 2004 This study Krol Belt sedimentary sequence, Post-folding 65 318 Ma Phanerozoic Paleozoic : Mesozoic Carboniferous : Cretaceous Pennsylvanian : Late Cretaceous GM-CC-STRAT Gradstein et al. 2004 This study Krol Belt sedimentary sequence, Pre-folding 65 318 Ma Phanerozoic Paleozoic : Mesozoic Carboniferous : Cretaceous Pennsylvanian : Late Cretaceous GM-CC-STRAT Gradstein et al. 2004 This study >>>>>>>>>> tab delimited er_citations MAGIC00392391 er_citation_name long_authors year title citation_type journal volume pages book_title book_editors publisher city iaga_database iaga_ref_no This study Klootwijk, C.T., Jain, A.K. and Khorana, R. 1982 Palaeomagnetic constraints on allochthony and age of the Krol Belt sequence, Garhwal Himalaya, India Journal J.Geophys. 50 127-136 GPMDB 1502 Collinson 1983 Collinson, D.W. 1983 Book 503 Methods in rock magnetism and Paleomagnetism: Techniques and instrumentation Chapman and Hall London Cox & Doell 1960 Cox, A. and Doell, R.R. 1960 Review of paleomagnetism Journal Geological Society of America Bulletin 71 645 Gradstein et al. 2004 Gradstein, F.M., Ogg, J.G. and Smith, A.G. 2004 Book 588 A Geologic Time Scale Cambridge University Press Cambridge McElhinny & McFadden 2000 McElhinny, M.W. and McFadden, P.L. 2000 Serial Book International Geophysics Series 73 1-1 Paleomagnetism: continents and oceans Dmowska, R., Holton, J.R. and Rossby, H.T. Academic Press San Diego Wilson 1961 Wilson, R.L. 1961 Palaeomagnetism in Northern Ireland, Part I. The thermal demagnetization of natural magnetic moments in rocks Journal Geophysical Journal London 5 45-58 >>>>>>>>>> tab delimited pmag_results pmag_result_name er_location_names data_type fold_test conglomerate_test contact_test reversal_test rock_magnetic_test pole_comp_name average_lat average_lon average_age_low average_age_high average_age_unit average_inc average_dec average_alpha95 average_n average_nn average_k vgp_lat vgp_lon vgp_dp vgp_dm tilt_correction percent_reversed antipodal normal_inc normal_dec normal_n normal_k normal_alpha95 reversed_inc reversed_dec reversed_n reversed_k reversed_alpha95 iaga_database iaga_res_no result_description magic_method_codes er_citation_names 770 Krol-A Limestone i ND ND ND Ro ND 30.2 78.4 200 299 Ma -67.5 306.5 15 1 14 8 -3.5 289.5 21 25 100 57 166.4 -61 317 6 6 30 71.5 115 8 10 18.5 GPMDB 770 Thermal to 670C. LP-DC4 : DE-DI : LT-T-Z This study 771 Blaini Limestone i ND ND ND Rc ND 30.2 78.4 271 316 Ma 74.5 89.5 7.5 1 62 7 -26.5 291 12.5 13.5 100 76 170 -67 270 15 8.5 14 77 89.5 47 6.5 9 GPMDB 771 Thermal to 670C. LP-DC4 : DE-DI : LT-T-Z This study 772 Lower Blaini Diamictite i ND ND ND Ro ND 30.2 78.4 271 318 Ma -72 354 12 1 23 7 2.5 261.5 18.5 21 100 48 158.2 -79 321 12 7 18 62 187.5 11 8.5 16.5 GPMDB 772 Thermal to 670C. LP-DC4 : DE-DI : LT-T-Z This study 773 Krol Belt sedimentary sequence, Post-folding i ND ND ND Ro ND Post-folding 30.2 78.4 2 25 Ma 38 16 7 5 142 97 73 196 5 8.5 0 200 GPMDB 773 Post-folding. Thermal to 670C. Secondary component 'Late Tertiary age'. . LP-DC4 : DE-DI : LT-T-Z This study 774 Krol Belt sedimentary sequence, Pre-folding i ND ND ND Ro ND Pre-folding 30.2 78.4 25 65 Ma 22.5 27 10 6 147 45 59 199 5.5 10.5 100 200 GPMDB 774 Prefolding. Thermal to 670C. Secondary component 'Middle to Early Tertiary age'. . LP-DC4 : DE-DI : LT-T-Z This study >>>>>>>>>> tab delimited magic_methods magic_method_code method_type method_definition method_description method_iaga7 method_url_tauxe er_citation_names DE-DI Direction Estimation Pole latitude and longitude calculation from mean declination-inclination Ptype D Cox & Doell 1960 GM-CC-STRAT Geochronology Method Correlation chronology: Stratigraphic succession LP-DC4 Lab Protocol Principal component analysis carried out from analysis of Zijderveld diagrams DC4 http://earthref.org/MAGIC/books/Tauxe/2005/lecture.16.htm#IAGA7 McElhinny & McFadden 2000 LT-T-Z Lab Treatment Specimen cooling: In zero field Heating the specimen to the desired temperature step and then cooling in zero ambient magnetic field. T http://earthref.org/MAGIC/books/Tauxe/2005/lecture.09.htm#LT-TZ Wilson 1961 : Collinson 1983