Relating quartz crystallographic preferred orientation intensity to finite strain magnitude in the Northern Snake Range metamorphic core complex, Nevada: a new tool for characterizing strain patterns in ductilely sheared rocks

nolan Blackford; Sean P. Long; Jeffrey Lee; Kyle P. Larson; Gareth Seward; Julia L. Stevens; Hadeel Al Harthi

Relating quartz crystallographic preferred orientation intensity to finite strain magnitude in the Northern Snake Range metamorphic core complex, Nevada: a new tool for characterizing strain patterns in ductilely sheared rocks

By nolan Blackford¹, Sean P. Long², Jeffrey Lee³, Kyle P. Larson⁴, Gareth Seward⁵, Julia L. Stevens², Hadeel Al Harthi²

1. University of Arizona 2. Washington State University 3. Colorado School of Mines 4. University of British Columbia, Okanagan 5. University of California, Santa Barbara

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(DOCX, 71.63 KB)Blackford_etal_SM_CPO_strain.docx
(PDF, 8.05 MB)Fig_S1_Strain_Methods.pdf
(PDF, 3.37 MB)Fig_S2_Rs_phi_graphs.pdf
(PDF, 650.62 KB)Fig_S3_xsec.pdf
(PDF, 9.55 MB)Fig_S4_Compiled_fabric_plots.pdf
(PDF, 3.52 MB)Fig_S5_Mica_Methods.pdf
(XLSX, 35.94 KB)Table_S1_Full_Data.xlsx
(XLSX, 13.56 KB)Table_S2_Cpm_thicknesses.xlsx

Relating quartz crystallographic preferred orientation intensity to finite strain magnitude in the Northern Snake Range metamorphic core complex, Nevada: a new tool for characterizing strain patterns in ductilely sheared rocks

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