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Found 13 results

Conference Paper
Legg NT, Meigs A, Grant GE, Kennard PM.  2012.  Controls on debris flow bulking in proglacial gully networks on Mount Rainier, WA. AGU Fall Meeting. Abstract
Desrochers J, Nolin A.  2011.  Distinguishing Features of Atmospheric River Storms Linked to Debris Flow Initiation on Mt. Hood, Oregon, and Mt. Rainier, Washington. AGU Fall Meeting. Abstract
Grant GE, Nolin AW, Lancaster ST, Copeland EA, Parker LE, Kennard PM, Delaney I.  2010.  From Atmospheric Rivers to Rivers of Debris. MNTCLM. Abstract
Grant GE, Nolin A, Lancaster ST, Copeland E, Ellinger JR, Parker LE, Kennard P, Delaney I.  2010.  From Atmospheric Rivers to Rivers of Debris: Coupling extreme precipitation events, glacial retreat, debris flows, and channel changes on Mount Rainier, Washington. Global Change and the World's Mountains. :309-310. Abstract
Grant GE, Nolin AW, Copeland E, Ellinger JR, Parker LE, Lancaster ST, Kennard PM, Delaney I, Tainer E.  2009.  From Atmospheric Rivers to Rivers of Debris: Coupling extreme precipitation events, glacial retreat, debris flows, and channel changes on Mount Rainier, Washington. GSA Annual Meeting.
Copeland E, Kennard P, Nolin A, Lancaster ST, Grant GE.  2008.  Initiation of Recent Debris Flows on Mount Rainier, Washington: A Climate Warming Signal. AGU Fall Meeting.
Legg NT, Meigs A, Grant GE, Kennard P.  2011.  LiDAR-Based Geomorphic Mapping in Forested Landscapes: Using trees to your advantage. GSA Annual Meeting. 43:408. Abstract
Nolin A, Grant GE, Lancaster ST.  2010.  Melting Mountains: LiDAR mapping and characterization of the periglacial debris flows on Mt. Rainier, Washington and Mt. Hood, Oregon. GSA Annual Meeting. Abstract
Journal Article
Lancaster ST, Nolin AW, Copeland E, Grant GE.  2012.  Periglacial debris flow hazard determined from satellite imagery, airborns LiDAR and ground-based mapping. Geosphere.
Thesis
Ellinger JR.  2010.  The changing glaciers of Mt. Hood, Oregon and Mt. Ranier, Washington: implications for periglacial debris flows. Geosciences. Master of Science:146. Abstract
Legg NT.  2013.  Debris flows in glaciated catchments: a case study on Mount Rainier, Washington. College of Earth Ocean and Atmospheric Sciences. Master of Science:149. Abstract
Parker LE.  2009.  Meteorological conditions associated with rain-related periglacial debris flows on Mount Hood, Oregon and Mount Rainier, Washington. Geosciences Department. Master of Science:88. Abstract
Copeland EA.  2009.  Recent periglacial debris flows from Mount Rainier, Washington. Geosciences Department. Master of Science:125. Abstract