Abstract

1 Think Tank Reports.- Flow and Transport Modeling Approaches: Philosophy, Complexity and Relationship to Measurements.- Effective Large Scale Unsaturated Flow and Transport Properties.- Evaluation of Field Properties from Point Measurements.- Evaluating the Role of Preferential Flow on Solute Transport through Unsaturated Field Soils.- 2 Papers.- Spatial Variability of Water and Solute Flux in a Layered Soil.- One and three Dimensional Evaluation of Solute Macrodispersion in an Unsaturated Sandy Soil.- Assessment of Field-Scale Leaching Patterns for Management of Nitrogen Fertilizer Application.- The Effect of Field Soil Variability in Water Flow and Indigenous Solute Concentrations on Transfer Function Modelling of Solute Leaching.- Analysis of Caisson Transport Experiment by Travel Time Approach.- Field Estimates of Hydraulic Conductivity from Unconfined Infiltration Measurements.- Sprinkler Irrigation, Roots and the Uptake of Water.- The Infiltration-Outflow Experiment Used to Detect Flow Deviations.- Spatial Variability of Unsaturated Flow Parameters in Fluvial Gravel Deposits.- Quantification of Deterministic and Stochastic Variability Components of Solute Concentrations at the Groundwater Table in Sandy Soils.- Use of Scaling Techniques to Quantify Variability in Hydraulic Functions of Soils in the Netherlands.- Kriging Versus Alternative Interpolators: Errors and Sensitivity to Model Inputs.- Spatial Averaging of Solute and Water Flows in Soil.- Criteria for Evaluating Pesticide Leaching Models.- Relating the Parameters of a Leaching Model to the Percentages of Clay and other Soil Components.- Prediction of Cation Transport in Soils Using Cation Exchange Reactions.- Transport of a Conservative Tracer under Field Conditions: Qualitative Modelling with Random Walk in a Double Porous Medium.- Mass Flux of Sorptive Solute in Heterogeneous Soils.- Effective Properties for Modeling Unsaturated Flow in Large-Scale Heterogeneous Porous Media.- Transport of Reactive Solutes in Spatially Variable Unsaturated Soils.- A Perturbation Solution for Transport and Diffusion of a Single Reactive Chemical with Nonlinear Rate Loss.- Areal Solute Flux Estimation: Legal Aspects.

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