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on
1
Intro
2
Triggered Earthquake
3
Triggered Earthquake Map
4
Monthly Water Injection Data
5
Well Head Pressure
6
Injection Rate
7
Why are some faults important
8
New Stress Map
9
Prague Earthquake
10
Nemaha Fault
11
Potentially Active Faults
12
Stoplight System
13
Geologic Criteria
Description:
Explore the critical topic of managing triggered seismicity risks in this 21-minute AGU conference talk. Delve into the causes and consequences of triggered earthquakes, examining detailed maps and data on water injection, well head pressure, and injection rates. Understand the significance of certain faults and their potential for seismic activity, including a case study of the Prague Earthquake and the Nemaha Fault. Learn about the innovative Stoplight System and essential geologic criteria used to assess and mitigate seismic hazards associated with human activities.

Managing the Risk of Triggered Seismicity - Lecture U34A-05

AGU
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