Strain meters measuring seismic slip at Parkfield
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Strain meters measuring seismic slip at Parkfield
Parkfield earthquake prediction experiment. Strain meters measuring seismic slip on the San Andreas fault at Parkfield, California. Seismologists have predicted that an earthquake of around magnitude 6 will occur at Parkfield before 1993 and dozens of researchers are studying the area. The black " dustbin" in the foreground is the cap of a 200- metre well containing a strain meter belonging to the University of Queensland. The nearby solar panel provides energy & the antenna transmits the data via satellite. In the background is a second strain meter owned by the Carnegie Institute. The meters can detect slips of as little as a few millimetres over an area of 25 square kilometres
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Media ID 6342587
© DAVID PARKER/SCIENCE PHOTO LIBRARY
Earth Quakes Earthquake San Andreas Fault Seismology Parkfield
EDITORS COMMENTS
This print captures the groundbreaking efforts of seismologists at Parkfield, California, as they utilize strain meters to measure seismic slip on the San Andreas fault. With a predicted earthquake of magnitude 6 expected before 1993, this area has become a hub for dozens of dedicated researchers. In the foreground stands a black "dustbin" which is actually the cap of a 200-meter well housing a strain meter belonging to the esteemed University of Queensland. This sophisticated device is capable of detecting slips as minuscule as just a few millimeters across an expansive area spanning 25 square kilometers. Adjacent to it, we can spot a solar panel that diligently provides energy while an antenna transmits crucial data via satellite. The background showcases another strain meter owned by the prestigious Carnegie Institute, further highlighting the collaborative nature and significance of this experiment. These cutting-edge instruments play an instrumental role in monitoring and understanding seismic activity in real-time. As scientists meticulously analyze these measurements, they inch closer towards unraveling the mysteries surrounding earthquakes and enhancing their prediction capabilities. The invaluable insights gained from these experiments have far-reaching implications for our understanding of tectonic movements and ultimately contribute to safeguarding vulnerable communities against future seismic events. This awe-inspiring image serves as a testament to human ingenuity and determination in unraveling nature's secrets while striving towards creating safer environments for all.
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