Tempe / New York / Rotterdam / Oxford / Tokyo / Washington / D.C. / Canberra / London / L.A. / /
Company
Pergammon Press / Cambridge University Press / Fairchild / Jurassic Ferrar Group / Ken Bork Air Ltd. / New Zealand Journal / Beacon Supergroup / Antarctic Support Associates / Australian National University Press / /
Continent
America / Africa / South America / Antarctica / surrounding Antarctica / /
Country
New Zealand / United States / Australia / Madagascar / India / /
Event
Natural Disaster / /
Facility
Pagoda Formation / Arizona State University / Beacon Supergroup / Ohio State University / /
NaturalFeature
Transantarcf IC Mountains Ellsworth Mountains / Transantarctic Mountains / Dry Valley / Beardmore Glacier / Himalaya / Mount Griffith / Ellsworth Mountains / Tethyan Ocean / Iranian plateau / Transantarctic Mountain / Himalayan / Weddell Sea / South Atlantic Ocean / Thurston Island / Whitmore Mountains / hackIeton Ale Sea / Nimrod Glacier / Darwin Glacier / Turbidite Hill / Alpine / Shackleton Coast / Tibetan plateau / Turkish plateau / /
Organization
Cambridge University / Geological Society of America / Department of Geology / National Science Foundation / Geological Society of America Memoir / American Geophysical Union / American Geographical Society / Arizona State University / Geological Society / United States Navy / Australian National University / the Ohio State University / /
Person
Mike Roberts / EDMUND STUMP / Shaun Norman / Nicholas Rowe / Marie Byrd Land / Victoria Land / Paleo / M.Q. Jan / V / /
Position
Lawyer / /
ProvinceOrState
Tasmania / Arizona / /
PublishedMedium
Journal of Geophysical Research / /
Region
Antarctic / west antarctic / east antarctic / North New Zealand / New Zealand Antarctic / South New Zealand / East Antarctica / south Victoria / West Antarctica / southern Victoria / /
ated surfaces suggest deposition from wet-based terrestrial glaciers. Black shales of the overlying Mackellar Formation are in sharp contact with diamictite and sandstone of the Pagoda Formation. Lonestones are extremely