| Name | SCM5p0_Montreal |
|---|---|
| magnitude | 5.0 |
| latitude | 45.500 degrees |
| longitude | -73.600 degrees |
| maximum_peak_ground_acceleration | 0.314 g |
| cost | $11,344,445,008 |
| redtag | 497 buildings |
| displaced | 11,836 people |
| deaths | 114 people |
| critical_injuries_and_entrapments | 53 people |
| all_hospitalizations | 485 people |
| epicentre_map |  |
| shakemap_file | s_shakemap_SCM5p0_Montreal_91.csv Download |
| damage_baseline_file | s_dmgbyasset_SCM5p0_Montreal_b0_92_b.csv Download |
| damage_retrofitted_file | s_dmgbyasset_SCM5p0_Montreal_r1_93_b.csv Download |
| consequence_baseline_file | s_consequences_SCM5p0_Montreal_b0_92_b.csv Download |
| consequence_retrofitted_file | s_consequences_SCM5p0_Montreal_r1_93_b.csv Download |
| loss_baseline_file | s_lossesbyasset_SCM5p0_Montreal_b0_94_b.csv Download |
| loss_retrofitted_file | s_lossesbyasset_SCM5p0_Montreal_r1_95_b.csv Download |
| site_model_file | openquake-inputs/earthquake/sites/regions/site-vgrid_CA.csv Download |
| rupture_model_file | ruptures/rupture_SCM5p0_Montreal.xml Download |
| rupture_mesh_spacing | 4 |
| gsim_logic_tree_file | CanadaSHM6/OpenQuake_model_files/gmms/LogicTree/OQ_classes_NGASa0p3weights_stablecrust.xml Download |
| truncation_level_risk | 3.0 |
| maximum_distance | 600 |
| number_of_ground_motion_fields_risk | 200 |
| exposure_file | openquake-inputs/exposure/general-building-stock/oqBldgExp_CE.xml Download |
| taxonomy_mapping_baseline | openquake-inputs/earthquake/vulnerability/CanSRM1_TaxMap_b0.csv Download |
| structural_fragility_file | openquake-inputs/earthquake/vulnerability/structural_fragility_CAN.xml Download |
| structural_vulnerability_file | openquake-inputs/earthquake/vulnerability/vulnerability_structural_CAN.xml Download |
| nonstructural_vulnerability_file | openquake-inputs/earthquake/vulnerability/vulnerability_nonstructural_CAN.xml Download |
| contents_vulnerability_file | openquake-inputs/earthquake/vulnerability/vulnerability_contents_CAN.xml Download |
| description | Montreal City scenario using the 1732 EQ epicentre, and assuming oblique-reverse slip on a rupture plane parallel to the Ile Bizard or Rapide-du-Cheval Blanc faults under current stress field based on slip tendency analysis by Rimando and Peace 2021 |