Terrestrial in situ cosmogenic nuclides: theory and application

Keywords

Cosmogenic nuclide, Geology, Surface exposure dating, Bedrock, Nuclide

References

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Cited by

• concentrations in slowly eroding Antarctic bedrock surfacesGreg Balco, David L. Shuster — 2009
• Palaeoglaciology of the northeastern Tibetan PlateauJakob Heyman — 2010
• Linking temporal and spatial variability of millennial and decadal-scale sediment yield to aquatic habitat in the Columbia River BasinElijah Portugal — 2014
• Reconstructing paleoclimate and landscape history in Antarctica and Tibet with cosmogenic nuclidesPeter Oberholzer — 2004
• Burial dating of late Cenozoic deposits using in-situ produced cosmogenic nuclidesAndrea Ciampalini, Cristina Persano, Derek Fabel — 2010
• CAVE SEDIMENTS AND PALEOCLIMATEWilliam B. White — 2007
• Quaternary Sea-Level Changes: A Global PerspectiveColin V. Murray‐Wallace, Colin D. Woodroffe — 2014
• Late Quaternary glacier fluctuations at Lillooet, Diadem, and Berendon Glaciers, Coast Mountains, British ColumbiaLauren Annie Walker — 2003
• Modeling and dating glacier fluctuations and their relation to Pacific Ocean climateF. Anslow — 2008
• Caractérisation de l’évolution géomorphologique de la basse vallée de la Romanche (Isère, France) en relation avec les instabilités gravitaires de ses versants rocheuxOlivier Le Roux — 2011
• Dynamique du soulèvement côtier Pléistocène des Andes centrales : Etude de l'évolution géomorphologique et datations (10Be) de séquences de terrasses marines (Sud Pérou - Nord Chili).Marianne Saillard — 2008
• Late Quaternary ice sheet history and dynamics in central and southern ScandinaviaTimothy Johnsen — 2010
• Production atmosphérique du nucléide cosmogénique 10 Be et variations de l'intensité du champ magnétique terrestre au cours des derniers 800 000 ansL. Ménabréaz — 2012
• Géopatrimoine des trois Chablais : identification et valorisation des témoins glaciairesAmandine Perret — 2014
• Determining the glacial equilibrium line altitude (ELA) for the northern Retezat Mountains, southern Carpathians and resulting paleoclimatic implications for the last glacial cycleAnne U. Reuther, Christian Geiger, Petru Urdea — 2004
• Evolution géomorphologique du massif des Ecrins-Pelvoux depuis le Dernier Maximum Glaciaire – Apports des nucléides cosmogéniques produits in-situRomain Delunel — 2010
• Histoire des paysages et de l’occupation humaine du massif des Calanques depuis 300 000 ansCarole Romey — 2013
• Continental tectonics and landscape evolution in south-central Australia and southern TibetMark Quigley — 2006
• Interactions Tectonique, Erosion, Sédimentation dans les avant-pays de chaînes : Modélisation analogique et étude des piémonts de l'est du Tian Shan (Asie centrale)Fabien Graveleau — 2008
• High-elevation cosmogenic nuclide dating of the last deglaciation in the central Swedish mountains: implications for the timing of tree establishmentTimothy Johnsen, Derek Fabel, Arjen P. Stroeven — 2010

Related papers

• Quantifying glacial moraine age, denudation, and soil mixing with cosmogenic nuclide depth profilesMirjam Schaller, Todd A. Ehlers, J. D. Blum — 2009
• The long-singular ridges of the Halland Coastal Moraines, south-western SwedenJoanne M. Robison Fernlund — 1993
• Quantifying rates of Quaternary landscape evolution in Grand Teton National Park using in situ cosmogenic 10Be, 14C, and 36Cl datingAlia J. Lesnek, Joseph M. Licciardi — 2020
• A review of cosmogenic nuclide surface exposure dating: new challenges for Scottish geomorphologyWilliam M. Phillips — 2001
• Cosmogenic nuclide weathering biases: Corrections and potential for denudation and weathering rate measurementsRichard F. Ott, Sean F. Gallen, Darryl E. Granger — 2022
• Quantifying quartz enrichment and its consequences for cosmogenic measurements of erosion rates from alluvial sediment and regolithC. S. Riebe, James W. Kirchner, Darryl E. Granger — 2001
• Modeling the statistical distributions of cosmogenic exposure dates from morainesP. J. Applegate, Nathan M. Urban, Klaus Keller — 2009
• Tropical glacier fluctuations in the Cordillera Blanca, Peru between 12.5 and 7.6 ka from cosmogenic 10Be datingNeil F. Glasser, Samuel Clemmens, Christoph Schnabel — 2009
• Cosmogenic exposure dating and the pristine boulder fallacy(P. J. Applegate, Richard B. Alley — 2010
• Cosmogenic nuclide inheritance in Little Ice Age moraines - A case study from GreenlandNicolaj K. Larsen, Anne Søndergaard, Laura B. Levy — 2021