Willett / Mancktelow / Singh / New York / Pasighat / Finnegan / Nanga Parbat / Naeser / Johnson / Hulton / Bethlehem / /
Company
Amazon / Siwalik Group / Oxford University Press / Meltzer A.S. / /
Country
France / United States / Australia / China / Tibet / India / / /
Event
Natural Disaster / /
Facility
Lhasa Block basement / University of Washington / Indian basement / Australian National University / Lehigh University / /
NaturalFeature
Indus River / Himalaya / Himalayan / Brahmaputra canyon / Bay of Bengal / Coast Mountains / Tsangpo / Yarlung-Tsangpo River / Yellow river / Indus / Siang River / Tsangpo gorge / Brahmaputra / Tsangpo canyon / Brahmaputra River / /
Organization
Research School of Earth Sciences / Geological Society of America / Quaternary Research Center / Geological Society of America Abstracts / National Science Foundation / D. Trippett4 Quaternary Research Center / Geological Society of America Bulletin / Australian National University / Canberra / American Geophysical Union / Department of Earth and Space Sciences / Chengdu Cartographic Publishing House / Lehigh University / General Services Administration / University of Washington / Seattle / Oxford University / Department of Earth and Environmental Sciences / /
Person
Stewart / Richard Stewart / Indus Rivers / Brandon / Chamberlain / Ganga Rivers / /
Position
Mineralogist / Bishop / Major / Documents Secretary / /
ProvinceOrState
New Jersey / S.K. / North Dakota / British Columbia / Qinghai / Washington / South Dakota / New Mexico / Pennsylvania / Nova Scotia / Assam / Colorado / /
PublishedMedium
Terra Nova / Converting / American Journal of Science / Journal of Geophysical Research / /
Region
southern Tibet / eastern India / eastern Tibet / eastern Himalaya / eastern Himalayan / southeastern Tibet / /
Brahmaputra sediment flux dominated by highly localized rapid erosion from the easternmost Himalaya R.J. Stewart1, B. Hallet*1, P.K. Zeitler2, M.A. Malloy2, C.M. Allen3, D. Trippett4 Quaternary Research Center and Depart