265 Coupled Soil Mechanical and Hydraulic Processes In Structured Soils: II

Poster Session
S01 Soil Physics This session aims to further understanding of processes in structured soils through research that quantifies soil structure, preferential flow of mass through soil structure, and the formation and degradation of soil structure. One process that can alter soil structure and function is soil compaction, which causes aggregate and/or particle rearrangement, alters pore continuity, and changes accessibility and tensorial functions of corresponding soil properties. Another process of interest includes expansive soils where wetting and drying cycles cause changes in macro and micro pore structure and function, unsaturated hydraulic conductivity, and stability.

Cosponsor(s):

Soil & Water Management & Conservation
Tuesday, October 23, 2012: 4:00 PM-6:00 PM
Duke Energy Convention Center, Exhibit Hall AB, Level 1

Share |
Organizers:
Rainer Horn , Colin Campbell and Cristine Morgan
Presiders:
Colin Campbell and Rainer Horn
Poster #902
Pipeflow and Internal Erosion Observations and Modeling.
Glenn Wilson, USDA National Sedimentation Laboratory; Garey Fox, Oklahoma State University; Taber L. Midgley, Oklahoma State University; Tianyu Zhang, Beijing Normal University
Poster Presentation
  • SSSA Wilson Poster.2012.pdf (243.1 kB)
  • Poster #903
    Aggregate Tensile Strength As Affected by Three Surfactants.
    Gary A. Lehrsch, USDA-ARS; Anita Koehn, USDA-ARS; Robert Sojka, USDA-ARS
    Poster #904
    Soil Uses During Two Sugarcane Growth Interval Periods.
    Carolina Fernandes, Sao Paulo State University; Roniram Silva, Sao Paulo State University; Priscila Truber, Sao Paulo State University; José Eduardo Corá, Sao Paulo State University; Adolfo Marcelo, Sao Paulo State University
    Poster #905
    A Study On the Soil Bulk Density As Affected by Compression in Column Test.
    Hee Rae Cho, Rural Development Administration; Yong-Sun Zhang, Rural Development Administration; Kyung-Hwa Han, Rural Development Administration; Sung-Won Yoon, Rural Development Administration; Seunghun Hyun, Korea university
    Poster Presentation
  • Poster_H.R.CHO.pdf (561.6 kB)
  • Poster #906
    Effective Vertical Solute Transport in Soils by Artificial Macropores.
    Yasushi Mori, JAPAN,Okayama Univ.; Yuuya Hirai, Shimane University; Atsushi Suetsugu, JAPAN,Okayama Univ.; Hiroaki Somura, Shimane University; Takeo Akae, JAPAN,Okayama Univ.
    Poster #907
    A Solute Transport Model for Simulating Nitrate Infiltration Into Structured Soils.
    Brian J. Lepore, Ball State University; John Norman, University of Wisconsin-Madison
    << Previous Session | Next Session >>
    See more from this Division: S01 Soil Physics