UPenn; Fluvial Geomorphology
I am generally interested with the propagation of signals through a landscape from precipitation to bed load transport, and how changes in the catchment landscape filters, alters or shreds those signals. In order to understand the propagation of that signal in its entirety it is paramount to determine the dynamics of bed load transport within a single flood, and a series of floods. These tie into a greater interest in understanding how climate and variability in the types of rainfall events (input signal variability) effect bed load fluxes and the evolution of landscapes.
2016
Self-organization of river channels as a critical filter on climate signals. Phillips, C.B., Jerolmack, D.J. (2016): Science
2014
Dynamics and Mechanics of bed load tracer particles. Phillips, C. B. and Jerolmack, D. J. (2014): Earth Surface Dynamics Discussion
2013
Impulse framework for unsteady flows reveals super-diffusive bed load transport. Phillips, C. B., Martin, R. L., and Jerolmack D. J. (2013): Geophysical Research Letters
2012
Reduced channel morphological response to urbanization in a flood-dominated humid tropical environment. Phillips C.B. and Scatena F.N. (2012): Earth Surface Processes and Landforms
Papers and books that explicitly acknowledge a CZO grant are highlighted in PALE ORANGE.
2014
The Threshold of Motion Filters Extreme Climatic Fluctuations in Gravel Bedded Alluvial and Bedrock Rivers Resulting in Near-Threshold and Transported-Limited Systems. Colin Phillips, Douglas Jerolmack, Jane Willenbring (2014): AGU Fall Meeting. San Fransisco, CA
2014
The Control of Grain-Scale Mechanincs on Channel Form Landscape Dynamics, and Climatic Perturbations in Gravel-Bedded Rivers. Phillips, C.B., Jerolmack, D.J. (2014): Earth and Environmental Science, University of Pennsylvania
2013
Graduate Research Group White Paper: Cross-CZO Research Potential. Harpold, A.A., D. Karwan, J. Perdrial, J.A. Marshall, J. Driscoll, A. Neal, and C. Phillips (2013): Internal CZO publication Cross-CZO National
2012
Stream Channel Response to Urbanization in the Humid Tropical Region of Northeast Puerto Rico. Phillips, C. B. (2012): Geological Society of America Abstracts with Programs. Vol. 44, No. 7, p.105
10 May 2016 - A new study suggests suggest that the self-organization of bedrock river channels blunts the impact of extreme rainfall events.
24 May 2013 - {embed1} The slow erosion of mountains is driven by the cumulative effects of innumerable storms. There are few places more stormy than the Luquillo...
Granular controls on the dispersion of bed load tracers
Moscone West 2005.