Universidad de Jaén

CHAPTER 1 INTRODUCTION

1 OLIVE IRRIGATION IN SPAIN

1. EVOLUTION OF THE OLIVE IRRIGATION

3 IRRIGATION METHODS OLIVAR

4 FITNESS OF METHODS

CHAPTER 2 WATER NEEDS IN THE OLIVE GROVE

1. INTRODUCTION.
2. WATER RELATIONS OLIVE.
3. CALCULATION OF THE NEEDS WATER.
4. IRRIGATION PROGRAMMING LOCATED IN OLIVE.
5. EXAMPLE OF CALCULATION OF WATER NEEDS FOR MAXIMUM PRODUCTION. (SEMINAR)
6. OLIVE IRRIGATION DEFICIT. OLIVE RESPONSE TO WATER DEFICIT.

CHAPTER 3 USES OF WATER POOR

3.1 INTRODUCTION

3.2 CHARACTERISTICS OF SALINITY

3.3 IRRIGATION WATER QUALITY

3.4.- CRITERIA SALINITY, TOXIC IONS REASONABILITY E

3.5.- SALINITY AND OLIVAR

3.6.- EXPERIENCES OF IRRIGATION WATER IN SALINITY OLIVAR.

3.7.- MANAGEMENT OF IRRIGATION WATER IN OLIVAR

3.8.- USE OF WASTEWATER IN IRRIGATION OLIVAR

3.9.- CHARACTERISTICS OF TREATED WASTEWATER FOR IRRIGATION:

3.10.- STUDY ON WASTEWATER IRRIGATION IN OLIVE.

CHAPTER  4 ELEMENTS OF IRRIGATION SYSTEMS AND CHARACTERISTIC LOCATED IN OLIVE IRRIGATION

1. INTRODUCTION

1. MODEL 1
2. MODEL 2: DOUBLE PUMP
3. MODEL 3: IRRIGATION SURVEY:
4. MODEL 4: TREATED WASTEWATER IRRIGATION:
5. PUMPING SYSTEMS
6. STORAGE SYSTEMS / REGULATION
7. FILTER SYSTEMS
8. DISTRIBUTION NETWORK. PIPES AND SPECIAL PARTS
9. AUTOMATION

CHAPTER 5 HYDRAULIC  DESIGN

1. INTRODUCTION
2. - DESIGN NETWORK
3. CALCULATION OF HIDRANTE
4. CALCULATION OF SECONDARY, PRIMARY AND DRIVE
5. USE OF COMPUTER PROGRAMS FOR CALCULATION OF NETWORKS
6. DESIGN OF WATER STORAGE SYSTEM
7. CALCULATION OF PUMPING SYSTEM
8. DESIGN FILTER STATION

CHAPTER 6: FERTIRRIGATION

1. INTRODUCTION.

2 IRRIGATION EQUIPMENT TANKS FERTILIZATION. FERTILIZER VENTURI. INJECTORS.

1. FERTILIZERS TANKS AND RESERVOIRS.

CHAPTER 7 MANAGEMENT AND EVALUATION OF IRRIGATION SYSTEMS

7.1. INTRODUCTION.

7.2 EVALUATION OF COMPONENTS OF INSTALLATION

7.3. EVALUATION OF IRRIGATION UNIFORMITY

7.4. IRRIGATION MANAGEMENT ASSESSMENT

 CHAPTER  8 IRRIGATION SYSTEM MAINTENANCE

8.1. INTRODUCTION.

8.2. THE PROBLEM OF OBSTRUCTION.

8.2.1 PROBLEMS CAUSED BY SEALS.

8.2.2 TYPES OF OBTURATION.

8.2.3.- PREVENTION AND TREATMENT OF NATURAL FILLING.

8.2.4.- PREVENTION AND TREATMENT OF FILLING CHEMICAL.

8.3. MAINTENANCE

A1: the themes are developed actively, with the aid of computer resources and slate, asking questions and encouraging students to participate, opinion and the pursuit of knowledge. They will be complemented by a lecture on current irrigation of olive groves.
A2: Students perform laboratory practice, consisting of pumping systems and irrigation networks.
A3: 3 hours will be devoted to seminars on topics related to current irrigation systems located in olive grove try, three hours were devoted to tutoring and other two to collective tutoring. In the individual, apart from the ones for the general teaching of the teacher, it will be available to the students to consider any issues. In the collective tutoring, the general progress of the course, any incidents, deficiencies if any, improvement actions and everything that is considered useful for the smooth running of the course and students, and the achievement of be analyzed the objectives.
A4 a trip of practice for the visit of an irrigation system will be made.

Students with special educational needs should contact the Student Attention Service (Servicio de Atención y Ayudas al Estudiante) in order to receive the appropriate academic support

1. Attendance and participation 15%
Active participation in class.
Participation in the debate
Participation in group work
Observation and teacher notes

 
 
2. Concepts of matter 65%
Command of the theoretical and operational knowledge of the subject.
- Part 1 Theoretical: 30%.
- Part 2: Practical 35%
 
theory test
(objective test)
 
 
3. Carrying out works or cases 20%
-Delivery Cases well-problems
resolved.
-In Every job will be discussed:
- Structure work
- Quality of documentation
- Originality
-Ortografía And presentation
  1 single job