SWL REU Students
Research Experience for Undergraduates - Summer 2004
| Tom Batroney |
mail |
Summer runoff mechanisms in the Catskills: A
field study |
| Peter Burns |
mail |
SMDR: Is a user-friendly, windows-based version
possible? |
| Rosemarie Fehrman |
mail |
How surfactants influence colloid retension,
water film thickness, and contact angles in unsaturated media |
| Paul Jawlik |
mail |
Suspended solids removal from urban stormwater
runoff |
| Poonam Joshi |
mail |
Phosphorus removal from milkhouse wastewater
using fly ash and wollastonite |
| Elan Margulies |
mail |
Summer soil moisture in the Catskills: An investigation
of topographic controls |
| Andrew Neal |
mail |
Incorporating VSA hydrology into popular water
quality models |
| Jeff Walker |
mail |
Investigating the role of infiltration on soil
erosion with a simple experiment |
| Kimberly Zubris |
mail |
Synthetic fibers as an indicator of land application
of sludge |
Tom Batroney
School: Wilkes University
Research Project: Chemical tracery study of hillslopes
in Catskills.
Peter Burns
School: Cornell University
Research Project: Developing a user-interface for the existing
C++ version of the SMdR model.
Rosemarie Fehrman
School: Cornell University
Research Project: Colloid movement in unsaturated media.
Paul Jawlik
School: Columbia University
Research Project: Brownian and shear coagulation, sedimentation
filtration and other treatment techniques for urban stormwater
originating from elevated transportation media.
Poonam Joshi
School: Michigan State University
Research Project: Phosphorus removal from the milkhouse wastewater
using flyash and wollastonite.
Elan Margulies
School: Cornell University
Research Project: Measure variables of topographic index,
such as land use; Varification of soil moisture test.
Andrew Neal
School: Cornell University
Research Project: Developing a land use and topography based
distribution method for runoff modeling in GWLF.
Jeff Walker
School: Cornell University
Research Project: Comparison of soil erosion with and without
infiltration and phosphorus dynamics during soil erosion simulations.
Kimberly Zubris
School: Lehigh University
Research Project: Synthetic fibers as a marker of land applications. |