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Late Pleistocene glacial transitions in North America altered major river drainages, as revealed by deep-sea sediment

机译：北美的晚熟冰川过渡改变了主要河流排水，正如深海沉积物所透露

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Andrea Fildani; Angela M. Hessler; Cody C. Mason; Matthew P. McKay; Daniel F. Stockli;
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1. Late Pleistocene glacial transitions in North America altered major river drainages, as revealed by deep-sea sediment [J] . Andrea Fildani, Angela M. Hessler, Cody C. Mason, Scientific reports. . 2018,第1期

机译：北美的晚熟冰川过渡改变了主要河流排水，正如深海沉积物所透露
2. Peak Last Glacial weathering intensity on the North American continent recorded by the authigenic Hf isotope composition of North Atlantic deep-sea sediments [J] . Marcus Gutjahr, Martin Frank, J?rg Lippold, Quaternary Science Reviews: The International Multidisciplinary Review Journal . 2014,第Null期

机译：通过北大西洋深海沉积物的自生H同位素组成记录的北美大陆上一次最大冰川末期风化强度
3. Late Pleistocene Glacial Drainage in the Devils Lake Region, North Dakota [J] . SAUL ARONOW GSA Bulletin . 1963,第7期

机译：北达科他州魔鬼湖地区的晚更新世冰川排水
4. Early Pleistocene Palaeoclimate Records of Deep-Sea Sediment at IODP Site U1313, North Atlantic [C] . Guo Zhiyong, Zhai Qiumin, Qin Saisai Remote Sensing, Environment and Transportation Engineering (RSETE), 2012 2nd International Conference on . 2012

机译：北大西洋IODP站点U1313的深海沉积物的更新世早期古气候记录
5. Effect of Glacial Isostatic Adjustment on Rivers and Drainage Basins in the Red River Valley, North Dakota and Minnesota, U.S.A [D] . York, Benjamin Charles. 2017

机译：冰河等静压调整对红河谷，北达科他州和明尼苏达河流河流和排水盆地的影响
6. Late Pleistocene glacial transitions in North America altered major river drainages as revealed by deep-sea sediment [O] . Andrea Fildani, Angela M. Hessler, Cody C. Mason, -1

机译：深海沉积物显示北美洲晚更新世冰川过渡改变了主要河流排水
7. Comparison of U-Pb detrital zircon signatures across sediment routing system segments: insights from the late Pleistocene Mississippi River and Deep-sea fan [O] . Cody Mason, Jourdan Speessen, Brian Romans, 2020

机译：U-Pb拆卸沉积物系统段的U-PB DEDRITITILCON签名的比较：延迟先进的密西西比河和深海粉丝见解

Late Pleistocene glacial transitions in North America altered major river drainages, as revealed by deep-sea sediment

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