Week 8: Mobile-immobile water flow model for solute transport
Course Material
- Week 1: Course File for SAES-7118, Time Table for Spring Semester 2020, Importance and basic concepts of soil physics
- Week 2: Water flow equations and their applications
- Week 3: Thermodynamic potentials and chemical potential of soil water
- Week 4: Use of models for artificial drainage & factors affecting drainage
- Week 5: Heat flow equations: Application and calculations
- Week 6: Application of gas flow equations
- Week 7: Pollutant transport in soil environment: Analytic solutions of the CDE model
- Week 8: Mobile-immobile water flow model for solute transport
- Week 9: Behavior assessment model for pesticide and hormones transport
- Week 10: Application of soil physics for remediation of hazardous wastes
- Week 11: Spatial variability analysis of soil properties and significance
- Week 12: Analysis of frequency distribution
- Week 13: Techniques for characterizing variability
- Week 14: Irrigation water scheduling; Water balance; Old and modern concepts of irrigation
- Week 15: Irrigation and water use efficiency
- Week 16: Calculation of evapo-transpiration by various methods
- Chapters 16
- Department Soil and Environmental Sciences
- Teacher
Dr. Ghulam Sarwar
