| 21 |
Learning Outcomes: |
| 1 |
Irrigation Definition, history, characteristics, and the importance of the agricultural point of irrigation method, system and project to explain the concepts.;
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| 2 |
Irrigation in terms of some important soil properties (Soil phases, soil texture, soil structure, specific gravity of soil, soil bulk density, porosity, porosity, saturation, etc.). Understand the forms of expression, and soil moisture.;
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| 3 |
Statements are important for irrigation (saturation point, field capacity, wilting point, oven dried, etc.). Comprehend, direct and indirect measure of soil moisture. ;
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| 4 |
After calculation of irrigation time and determine the range of plant water consumptions.;
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| 5 |
To understand the issue of regulation of the parcels of farm and land leveling.
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| 6 |
Irrigation practices in the true means by which the garden and the greenhouse environment, characteristics of these methods, be able to comprehend such issues as factors in the choice of method.;
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| 7 |
To understand the importance of drainage and irrigation of agricultural land drainage problems.To explain the methods of drainage.;
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| 8 |
Application of irrigation and drainage does not create environmental problems. ;
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| Week |
Theoretical |
Practical |
| 1 |
• Irrigation definition, properties, and agricultural significance.
• A short history of irrigation, on the basis of global and country.
• Irrigation potential and the ready availability of a special state of Turkey.
• Irrigation method, irrigation systems and concepts such as irrigation project.
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| 2 |
• Some soil properties are important for irrigation: (Soil phases, soil texture, soil structure, specific gravity of soil, soil bulk density, porosity, porosity, saturation, etc.).Possible to calculate these values in different circumstances.
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| 3 |
• Acting within the scope of the subject of irrigation water applied to plant root depth of soil depth.
• Calculation of soil moisture and forms of expression.
• Important in terms of irrigation soil moisture constants.(Saturation point, field capacity, wilting point, oven dried, etc.).
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| 4 |
• Available water-holding capacity of soil
• Taking soil samples.(Impaired, intact examples) tools used for this purpose.
• Soil moisture measurement methods.Instruments used for this purpose.
• Soil water movement and soil water intake rate and measurement methods.
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| 5 |
• Plant water consumption (daily, monthly, seasonal), calculation methods, examples, solutions.
• Plant pattern, crop coefficient, efficiency concepts.
• Irrigation water requirement, irrigation module saptırılacak amount of irrigation water source.
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| 6 |
• Land leveling (the benefits of leveling factors limit the application)
• Types of land leveling, desing methods.
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| 7 |
• Surface irrigation methods |
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| 8 |
Lesson repeat and midterm |
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| 9 |
• Pressurized irrigation methods, sprinkler irrigation method |
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| 10 |
• Overhead sprinkler systems, above-ground sprinkler irrigation systems, fogging, tree of six micro-sprinkler, irrigation systems used in greenhouses |
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| 11 |
• Drip irrigation method |
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| 12 |
Repeating courses and midterm exam |
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| 13 |
• Drainage
• The importance of irrigation drainage.
• Definition and benefits of drainage.
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| 14 |
• Irrigated land drainage problems and other agricultural areas.
• Drainage methods.
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