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B. Hubbard on Muck Rack

B. Hubbard

As seen in: Nature, AGU's Eos
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Articles

Influence of the grounding zone on the internal structure of ice shelves - Nature Communications

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By B. Hubbard, A. Luckman, S. L. Bevan, K. E. Miles, B. Kulessa
| Nature Verified
Abstract Antarctic ice shelves typically comprise continental meteoric ice, in situ-accumulated meteoric ice, and marine ice accumulated at the shelf base. Using borehole optical televiewer logs from across Larsen C Ice Shelf, Antarctic Peninsula, we identify and report an intermediate ice unit, located between continental and in situ meteoric ice, that is tens of metres thick and formed of layers that progressively increase in dip (by ~60°) with depth.
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Mount Everest Archives - Eos

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By Caryl-Sue Micalizio, Mikael Attal, A. Blaustein, B. Hubbard
| AGU's Eos
Posted inAGU News Our March issue takes you on an epic journey with the rocks of Mount Everest, from seafloor to summit. Posted inFeatures The rocks of Mount Everest’s peak made an epic journey from seafloor to summit. Posted inNews Rapid erosion can cause mountains to rise—even the world’s tallest peak. Posted inNews Las variaciones de la presión atmosférica en la cima del Everest afectan a la disponibilidad de oxígeno, modificando la percepción de la elevación de la cumbre unos cientos de metros.
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