Session: Soil Moisture: Advances in Design and Development of Water Content, Matric Potential, and Flux Measurement Methods for the Critical Zone: II (Posters)

451

Measuring Temporal Changes in Pondnig Depth in a Rice Paddy Field Using Time Domain Reflectometry.
Yuki Shoji, Meiji University; Tomotsugu Yazaki, Meiji University; Kosuke Noborio, Meiji University

663-2

452

High Temperature Effects on Dielectric Constant of Moistened Soil Measured by Time Domain Reflectometry.
Takahiro Kato, Meiji University; Kosuke Noborio, Meiji University

663-3

453

Water Content and Temperature Distribution Under Hot Water Infiltrating Condition into Greenhouse Soil.
Hiroyuki Ochiai, Meiji University; Kosuke Noborio, Meiji University; Nobuhiro Kita, Kanafgawa Agricultural Technology Center; Takahiro Kato, Meiji University

663-4

454

Measurement of the Dielectric Properties of Wyoming Soils Using Electromagnetic Probes.
Thijs Kelleners, University of Wyoming; Ginger Paige, University of Wyoming; Steve Gray, University of Wyoming

663-5

455

An Improved Method for Creating Moisture Release Curves in Dry Soils to Determine Mineralogical and Physical Properties.
Colin S. Campbell, Decagon Devices, Inc.; Gaylon S. Campbell, Decagon Devices, Inc.; Doug R. Cobos, Decagon Devices, Inc.; Brady Carter, Decagon Devices, Inc.; Anthony Fontana, Decagon Devices, Inc.

663-6

456

An Electronic Mariotte Burette for Precision Controlled Water Pressures.
Marcel Schaap, University of Arizona; Peter J. Shouse, USDA-ARS

663-7

457

Response Time Characterization of Heat Dissipation Sensors for Soil Matric Potential.
Jim Bilskie, Campbell Scientific, Inc

663-8

458

Determining the Repeatability of the Matric Potential Sensor (MPS-1) in a Columbia Silt Loam Soil.
Armen I. Malazian, Univeristy of California, Davis; Atac Tuli, University of California, Davis; Tamir Kamai, University of California, Davis; Colin S. Campbell, Decagon Devices, Inc.; Jan Hopmans, University of California, Davis

663-9

459

Measure Soil Ice Density and Thermal Properties by Dual-Probe Heat Pulse Method.
Gang Liu, China Agricultural University; Bing Cheng Si, University of Saskatchewan

663-10

460

Snowmelt Infiltration Determination using Heat Pulse Probe and Snow Lysimeter Techniques compared with an Energy Balance Model.
Changbing Yang, Utah State University; Scott Jones, Utah State University

663-11

461

Inverse Analyses of Water Flow in Semi-arid Savannas on Karst Terrain by Hydrus 1D.
Ieyasu Tokumoto, Texas A&M University; James Heilman, Texas A&M University; Ray Kamps, Texas A&M University

663-12

462

Subsurface Evaporation Estimated from Sensible Heat Balance.
Xinhua Xiao, Iowa State University; Robert Horton, Iowa State University; Joshua L. Heitman, North Carolina State University; Thomas Sauer, USDA-ARS, National Soil Tilth Laboratory

663-13

463

Evaporation from Manure-amended Soil.
Andrey K. Guber, USDA-ARS; Yakov Pachepsky, USDA-ARS; Randy Rowland, USDA-ARS

663-14

464

Continuous Frozen Columns for Determining Low Tension Moisture Characteristic Curves of Soil-less Substrates.
Magdalena Zazirska, Oregon State University; James Owen Jr., Oregon State University; James Altland, USDA-ARS; Dan Sullivan, Oregon State University

663 Soil Moisture: Advances in Design and Development of Water Content, Matric Potential, and Flux Measurement Methods for the Critical Zone: II (Posters)(S01 Soil Physics)

663 Soil Moisture: Advances in Design and Development of Water Content, Matric Potential, and Flux Measurement Methods for the Critical Zone: II (Posters)
(S01 Soil Physics)