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UID:bc2755ec-91b1-450a-a50e-14788678a942@nexttoyou
DTSTAMP:20261105T160407Z
DTSTART:20261106T210000Z
DTEND:20261106T220000Z
SUMMARY:Geophysics PhD Defense\, Becca Prentice: "Utilizing Transient Elec
 tromagnetic Method to Locate Pathways for River-Sourced Recharge in the S
 an Joaquin Valley"
LOCATION:Mitchell Earth Sciences Hartley Conference Center\, 397 Panama Ma
 ll\, Stanford\, CA 94305
DESCRIPTION:The importance of water is becoming increasingly apparent acro
 ss the globe. As more regions experience swings in climate\, from extreme
  dry periods to extreme wet periods\, there is growing recognition of the
  importance of storing excess water during wet periods for use during dry
  periods. Storing water beneath the ground provides an alternative to res
 ervoirs\, which do not always provide sufficient storage and are expensiv
 e to build\, with associated environmental impacts. Recharging groundwate
 r systems has become a key solution for restoring groundwater levels and 
 increasing water storage\, and natural recharge needs to be protected and
  increased for the sustainable management of groundwater. The goal of thi
 s thesis is to locate river-sourced recharge pathways in California’s San
  Joaquin Valley. I leveraged two geophysical methods\, both based on the 
 transient electromagnetic method\, one airborne and one ground-based\, to
  map the distribution of sediment types in the subsurface\, which is need
 ed to identify pathways for river-sourced recharge.\n\nhttp://next-to-u.a
 pp/events/bc2755ec-91b1-450a-a50e-14788678a942
URL:http://next-to-u.app/events/bc2755ec-91b1-450a-a50e-14788678a942
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