381Soil Physics and Hydrology Posters: II

Poster Session

S01 Soil Physics

General contributions to soil physics and hydrology will be presented. This is Part II of a two-part poster session. Part I is scheduled the previous day.

Cosponsor(s):

S11 Soils & Environmental Quality, S05 Pedology, S01 Soil Physics, Environmental Quality, Climatology & Modeling
Wednesday, October 24, 2012: 2:15 PM-4:15 PM
Duke Energy Convention Center, Exhibit Hall AB, Level 1
Organizer:
Timothy R. Green
Presider:
Timothy R. Green
925
Predicting Soil-Water Characteristics From Volumetric Contents of Pore-Size Analogue Particle Fractions.
Muhammad Naveed, Aarhus University; Per Moldrup, Aalborg University; Markus Tuller, University of Arizona; Ty Ferre, University of Arizona; Ken Kawamoto, Saitama University; Toshiko Komatsu, Saitama University; Lis Wollesen de Jonge, Aarhus University
926
Removal of Heavy Metals From Aqueous Solutions Using Cocopeat.
Augustus C. Resurreccion, University of the Philippines; Maria Antonia Tanchuling, University of the Philippines; Edgar Angelo Dela Cruz, University of the Philippines; Joanne Parafina, University of the Philippines; Anfy Cabunilas, University of the Philippines; Jessabelle Reginio, University of the Philippines; Kukuh Waskita, University of the Philippines
927
Effect of Soil Type On Soil Water Content and Carbon Cycle In Different Type of Tropical Forests Using Process Based Model In Thailand, Southeast Asia.
Minaco Adachi, National Institute for Environmental Studies; Akihiko Ito, National Institute for Environmental Studies; Takahisa Maeda, National Institute of Advanced Industrial Science and Technology; Atsushi Ishida, Kyoto University; Phanumard Ladpala, Department for National Park, Wildlife and Plant Conservation; Somreong Panuthai, Department for National Park, Wildlife and Plant Conservation; Taksin Artchawakom, Sakaerat Environmental Research Station, TISTR
928
Evaluation of a Portable Dihedral Tensiometer Designed to Measure Water Tension In Substrates.
Adonai G. Calbo, Brazilian Agricultural Research Corporation, Embrapa; Carlos M. Vaz, Brazilian Agricultural Research Corporation, Embrapa; Luiz E. Porto, Tecnicer Tecnologia Ceramica; Waldir A. Marouelli, Brazilian Agricultural Research Corporation, Embrapa
929
Measuring Soil Water Tension with a Stationary Dihedral Tensiometer: Principles and Applications.
Adonai G. Calbo, Brazilian Agricultural Research Corporation, Embrapa; Carlos M. Vaz, Brazilian Agricultural Research Corporation, Embrapa; Luiz E. Porto, Tecnicer Tecnologia Ceramica; Waldir A. Marouelli, Brazilian Agricultural Research Corporation, Embrapa
930
An Instrumented Rhizotron to Investigate the Root Growth In Wheat.
Dick Jenkins, Delta-T Devices; Martin Goodchild, Delta-T Devices; Rhys Ashton, Rothamsted Reseach; Christopher Watts, Rothamsted Research; Malcolm Hawkesford, Rothamsted Reseach; William Whalley, Rothamsted
931
Predicting the Soil-Gas Diffusion Coefficient: Universal Water-Induced Linear Reduction (U-WLR) Model for Repacked and Intact Soil.
Per Moldrup, Aalborg University; T.K.K. Chamindu Deepagoda, Aalborg University; Toshiko Komatsu, Saitama University; Ken Kawamoto, Saitama University; Shoichiro Hamamoto, Saitama University; Lis de Jonge, Aarhus University; Dennis Rolston, University of California-Davis
932
An Improved Heat Pulse Probe for Estimation of Soil Water Flux Density.
Andrew Sherfy, University of Tennessee Knoxville; Jaehoon Lee, University of Tennessee Knoxville
933
Adsorption and Desorption of Atrazine Retention by Sugarcane Residue and Soils.
H. Magdi M. Selim, Louisiana State University Agricultural Center
934
Lead and Tin Transport and Retention in Soils: Miscible Displacement and Modeling.
Tamer Elbana, Louisiana State University Agricultural Center; H. Magdi M. Selim, Louisiana State University Agricultural Center; Donald Sparks, University of Delaware
935
Hydraulic Parameters in Heterogeneous Soils: Temporal Vs. Spatial Variability.
Dongmin Sun, University of Houston, Clear Lake; Jianting Zhu, Desert Research Institute
936
A Mechanistic Root Water Uptake Model Including Root Resistance.
Quirijn de Jong van Lier, University of Sao Paulo; Jos Van Dam, Wageningen University & Research Centre; Marcos Alex Dos Santos, LEB/ESALQ University of SÃÂ; Angelica Durigon, LEB/ESALQ University of SÃÂ
937
Comparison of Apparent Soil Electrical Conductivity – Soil Salinity Calibration Models for Regional-Scale Salinity Assessment.
Dennis L. Corwin, USDA-ARS, U.S. Salinity Laboratory; Scott M. Lesch, Riverside Public Utilities
938
Relationship Between Concentrations of N2O and NO3-N in Soil Under SRI Paddy Fields.
Naoto Shimoozono, Meiji University; Takashi Kato, Meiji University; Yusuke Kudo, Meiji University; Kosuke Noborio, Meiji University
939
Behaviors of Greenhouse Gasses in Soil and Their Fluxes At the Soil Surface After Soil Sterilization with Hot Water.
Fumiya Suzuki, Meiji, University; Yuki Ito, Meiji, University; Kosuke Noborio, Meiji University; Kazuhiro Ota, Kanagawa Agricultural Technology Center
1000
The Relationship Between Salt Concentration and Thermal Properties of Clayey Soils.
Shinsuke Aoki, Meiji University; Kosuke Noborio, School of Agriculture, Meiji University
1001
Effects of Water Management Practices On Greenhouse Gas Emissions and Rice Yield.
Yusuke Kudo, Meiji University; Kosuke Noborio, School of Agriculture, Meiji University; Takashi Kato, Meiji University; Naoto Shimoozono, Meiji University
1002
Introducing a Laboratory Setup Design for Assessing the Performance of Automated Vacuum Lysimeters.
Ali Farsad, University of Massachusetts, Amherst; Masoud Hashemi, University of Massachusetts, Amherst; Stephen Herbert, University of Massachusetts-Amherst; Amir Sadeghpour, University of massachusetts amherst
1003
A Simple Approach for Modeling Preferential Flow in Agricultural Settings Using Water Table Fluctuations.
Kim Perkins, USGS; John R. Nimmo, USGS; Erik A. Smith, USGS; Annette E. Rosenbom, National Geological Survey of Denmark and Greenland
1004
Specific Heat of Soil Solids and Its Influence On Soil Water Content Measurements From the Heat Pulse Method.
Yajing Wang, China Agricultural University; Yili Lu, China Agricultural University; Tusheng Ren, China Agricultural University; Robert Horton, Iowa State University
<< Previous Session | Next Session >>
See more from this Division: S01 Soil Physics