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216 Connections - the Role of Connectivity In Soil Processes: II

Poster Session
S01 Soil Physics

When modeling flow and transport processes, soils are often viewed as random heterogeneous media. But, soil forming processes are more likely to lead to spatially connected pathways. This poster session examines modeling, laboratory, and field investigations into the influence of connected pathways on flow and transport in soils on scales from root holes, to fractures, to buried channels.

Cosponsor(s):

Soil Biology & Biochemistry, Soil Mineralogy
Tuesday, November 2, 2010: 2:00 PM-4:00 PM
Long Beach Convention Center, Exhibit Hall BC, Lower Level

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Organizers:
Ty Ferre and Henry Lin
Presider:
Ty Ferre
216-1
Poster #901
The Site Investigation for Hydraulic Tomography.
Shao Yang Huang, Research Center for Water & Soil Resource and Natrual Disaster Prevention, National Yunlin University of Science and Technology; Jet-Chau Wen, National Yunlin University of Science and Technology; Ju-Huang Lee, Water Resources Agency, Ministry of Economic Affairs; Shin-Jen Cheng, Department of Environment and Resources Engineering, Diwan University,
216-2
Poster #902
Effectiveness of Drainage Systems in Cranberry Production.
Viviane Juneau, Laval University; Jean Caron, Laval University; Jacques Gallichand, Laval University; Sebastien Marchand, private advisor for cranberry growers
216-3
Poster #903
Comparing Crack Volume Estimations On a Vertisol Monitored in South Texas for Ten Years.
Andrea S. Kishne, Texas AgriLife Research; Cristine L. Morgan, Texas AgriLife Research; Kevin J. McInnes, Texas AgriLife Research; Wesley L. Miller, USDA-NRCS, retired
216-4
Poster #904
Effect of Macropore Density and Connectivity On Solute Transport in Saturated Soils.
Yumao Jin, Auburn; Navin Kumarr Twarakavi, Auburn University
216-5
Poster #905
On Emergence of Phase Discontinuities in Porous Media.
Thomas Gebrenegus, University of California-Merced; Teamrat Ghezzehei, University of California, Merced
216-6
Poster #906
Critical Path Analysis of the Hydraulic and Electrical Properties of Pore Network Models.
Todd Skaggs, USDA-ARS, U.S. Salinity Laboratory
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