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Deep Water: Researchers find more below than previously thought

Deep Water: Researchers find more below than previously thought
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An Abstract State of Mind is focus of digital art exhibit – Abbotsford News

An Abstract State of Mind is focus of digital art exhibit – Abbotsford News
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La corteza terrestre contiene más agua que los glaciares, Groenlandia y la Antártida juntos

Las profundidades de la corteza terrestre contienen un enorme volumen de agua salada antigua que no se ha detectado hasta ahora y que representa una tercera parte del total del agua subterránea del planeta, según una investigación desarrollada en la Universidad de Saskatchewan en Saskatoon, Canadá.Liderada por el.

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Measuring new depths at the bottom of the hydrologic cycle

This work is at the frontier of hydrology, microbiology and geology. “It seems every time someone scratches a new spot in the subsurface, we find life existing somewhere we didn’t think it could before and one of the key aspects to that seems to be circulating water,” said co-author Dr. Grant Ferguson (PhD), a professor with the University of Saskatchewan College of Engineering, School of Environment and Sustainability, and member of the Global Institute for Water Security. “What we think we’re seeing in the subsurface is that it hasn’t adjusted to our current geology yet,” Ferguson said. “We’re looking at not only deep hydrology in the depth but deep time, too.”

Rocky mountainsCanada generalUnited statesGeophysical research lettersSchool of environmentGlobal institute for water securityUniversity of saskatchewan college engineeringUniversity of arizonaAtmospheric sciencesGrant fergusonSaskatchewan collegeGlobal instituteMeteoric water circulationGeophysical researchJennifer mcintoshGrand canyon

Scientists measure new depths at the bottom of the hydrologic cycle

This work is at the frontier of hydrology, microbiology and geology. “It seems every time someone scratches a new spot in the subsurface, we find life existing somewhere we didn’t think it could before and one of the key aspects to that seems to be circulating water,” said co-author Dr. Grant Ferguson (PhD), a professor with the University of Saskatchewan College of Engineering, School of Environment and Sustainability, and Member of the Global Institute for Water Security. “What we think we’re seeing in the subsurface is that it hasn’t adjusted to our current geology yet,” Ferguson said. “We’re looking at not only deep hydrology in the depth but deep time, too.”

Rocky mountainsCanada generalUnited statesGeophysical research lettersSchool of environmentUniversity of saskatchewan college engineeringUniversity of arizonaAtmospheric sciencesGrant fergusonSaskatchewan collegeGlobal instituteMeteoric water circulationGeophysical researchJennifer mcintoshGrand canyonCanadian global water futures