10
ReMi Team 5 Scott Mathot Lyndsay Hazelwood Ellen Hall-Patton

ReMi

  • Upload
    nico

  • View
    37

  • Download
    0

Embed Size (px)

DESCRIPTION

ReMi. Team 5 Scott Mathot Lyndsay Hazelwood Ellen Hall-Patton. Arrays. 20 lines total 1-6 on West side of highway, following most visible fault trace 7-12 on East side of highway, where scarp was less apparent 13-20 perpendicular to the proposed fault. Lines 1-6. Lines 1-6. Line 7-12. - PowerPoint PPT Presentation

Citation preview

Page 1: ReMi

ReMiTeam 5

Scott MathotLyndsay Hazelwood

Ellen Hall-Patton

Page 2: ReMi

20 lines total◦1-6 on West side of highway, following most visible fault trace

◦7-12 on East side of highway, where scarp was less apparent

◦13-20 perpendicular to the proposed fault

Arrays

Page 3: ReMi
Page 4: ReMi

Lines 1-6

Page 5: ReMi

Lines 1-6

Page 6: ReMi

Line 7-12

Page 7: ReMi

Line 13-20

Page 8: ReMi

Lines 13-20

Page 9: ReMi

Shear velocities at 30m depth change across the fault

Arrays on the Southwest side appear to show lower velocities than those on the NE side◦ Especially true when fault is visible on the surface

Differences in velocities become smaller the farther Southeast the arrays are set◦ Correlates with where fault becomes less apparent◦ Low velocity zone is apparent between the

vegetation lineament and projected fault trace

Results

Page 10: ReMi

Depth calculations allow for increased error as the angle of the dip of the layers departs from zero

Impossible to detect some geologic boundaries because of no field-measureable seismic shear-velocity contrast

Geophone placement and leveling Inconsistency in picking pf plots

Limitations