SW4503 : Advanced Soil Physics

Department

Department of Soil and Water

Academic Program

Master in Water Science

Type

Compulsory

Credits

03

Prerequisite

Overview

This course provides an advanced understanding of the role of soil physics science and its relationship to other sciences related to soil and water management processes, and enables the student to deepen the understanding of the foundations used in the study of the physical and mechanics of soil in the field and laboratory, and to fully understand the concepts of water movement in soil and the laws that govern its movement under different conditions. Soil moisture varies, the state and processes of movement of each of the soil heat and salts and the spread of various gases within the soil profile are studied, and modern methods of conducting laboratory and field measurements of many of the physical properties of soil are identified.

Intended learning outcomes

By the end of the course the student will be able to:

A. Knowledge & understand

A.1. Understanding of the physical properties of soil and its role in the study and management of soil and water.

A.2. Practicing many physical analyzes of soil samples in the laboratory

A.3. Instruct the student to be familiar with modern concepts of many physical phenomena that occur in the soil system.

B. Mental skills

B.1. Understanding the different theories in the field of soil physics and how to apply them in practice

B.2. The ability to conduct and interpret the results of soil physical analyzes in the laboratory and field to determine the physical properties of soil and their relationship to soil and water management

B.3. Deep understanding of soil behavior and its impact on the selection of appropriate agricultural machinery and equipment for soil service

C. Practical & professional skills

C.1. The ability to evaluate the physical status of different soils and its relationship to soil management from the agricultural point of view.

C.2. Deep understanding of the physical laws that govern the movement of water, air, salts and heat in the soil.

C.3. Deep understanding of the physical and mechanical behavior of the soil and its relationship to the movement of agricultural machinery in the soil.

D. Generic and transferable skills

D.1. enable the student to learn the technical skills to work in the field and the laboratory and develop decision-making capabilities in relation to soil and water management.

D.2. work with research teams interested in estimating the physical properties of soil.

D.3. participate with stakeholders and investors in the field of soil and water to enable it to discuss solutions to problems that may arise in related agricultural activities.

Teaching and learning methods

1. Lectures

2. Practical experiences and problem solving.

3. Student participation in homework, solving some issues, and field visits.

Methods of assessments

Percentage	Assessment date	Assessment Methods	S.N
25%	After the fifth week of study	First midterm exam (theory and practical)	1
25%	After the tenth week of study	Second midterm exam (theory and practical)	2
50%	After the twelfth week of study	Final midterm exam (theory and practical)	3
100%	100 Score	Total

Advanced Irrigation System (SW4513)
Advanced Ground Water Hydrology (SW4603)
Advanced Ground Water Pollution (SW4613)
Advanced Soil Physics (SW4503)
Advanced Soil – Water – Plant Relation (SW4553)
Advanced Soil and Water Conservation (SW4313)
Advanced Evapotranspiration (SW4703)
Advanced Pollution of Agriculture Environment (SW4353)
Advanced Management of Irrigation Water (SW4653)
System Analysis (SW4753)
Advanced Topics (SW4903)
Advanced Management and Design of Irrigation and Drainage Projects (SW4963)
Seminar (SW4971)
Advanced Remote Sensing (SW4973)
Thesis (SW4996)