This course is an undergraduate course of the Department of Agricultural Technology, TEI of Epirus, and refers to the analysis and evaluation of the legislation governing public works and studies of public projects, oriented to objects of Geotechnical Sciences.
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Irrigations (Theory)
Menelaos Theoxaris - Undergraduate -
(A-)
Agricultural Technology, TEI of Epirus
At the theoretical part of this lesson are presenting issues related to Irrigations in Agriculture in order to understand the dynamics and the application value of Irrigations. Also it is important to learn the ways they will think and address the complex irrigation problems. They must understand the most appropriate and cost effective method of irrigation constructions. Also basic aim is the economotechnical investigation in different techniques used in rendering process of Irrigations in agriculture.
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Irrigations (Laboratory)
Menelaos Theoxaris, Dimitrios Kateris - Undergraduate -
(A-)
Agricultural Technology, TEI of Epirus
At the laboratory part of this lesson are presenting issues related to Irrigations in Agriculture in order to understand the dynamics and the application value of Irrigations. Also it is important to learn the ways they will think and address the complex irrigation problems. They must understand the most appropriate and cost effective method of irrigation constructions. Also basic aim is the economotechnical investigation in different techniques used in rendering process of Irrigations in agriculture.
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The theoretical part of the lectures includes: Introduction and definitions. Hydrological cycle. Water and soil / substrates. Irrigation requirements in floriculture and landscape.
Hydrostatics and hydrodynamics. Irrigation systems in floriculture and landscape (surface irrigation, sprinkle irrigation, micro-irrigation, underground irrigation). Alternative water sources for irrigation (recycled, grey, rain etc.). Design principles for irrigation and drainage systems. Legislation and relevant regulations. Construction and management of irrigation and drainage systems.
The practice includes the preparation of an irrigation/ drainage study.
The laboratories includes: general principles of hydraulics, hydrostatics and hydrodynamics. Components of irrigation systems (materials, types, connecting equipment, etc.). Sensors. Construction of an irrigation program. Auditing of irrigation system. Visits to irrigation projects.
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Drainage (Τheory)
Menelaos Theoxaris - Undergraduate -
(A-)
Agricultural Technology, TEI of Epirus
The aim of the lesson is to present, to inform and to educate students on issues related to additional water removing in a specific area. This water could be over the soil surface or underground with the main purpose to make the area more suitable for use by humans. Also basic aim is the economotechnical investigation in different techniques used in rendering process of drainage and the effect of different parameters involved in the study of a drainage network.
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Drainage (Laboratory)
Menelaos Theoxaris, Dimitrios Kateris - Undergraduate -
(A-)
Agricultural Technology, TEI of Epirus
The aim of the lesson is to present, to inform and to educate students on issues related to additional water removing in a specific area. This water could be over the soil surface or underground with the main purpose to make the area more suitable for use by humans. Also basic aim is the economotechnical investigation in different techniques used in rendering process of drainage and the effect of different parameters involved in the study of a drainage network.
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The aim of the lesson is to present, to inform and to educate students on issues related to agricultural and greenhouse constructions. Particular emphasis is placed on understanding in phenomena taking place in a greenhouse. So, the students can analyze these phenomena and then be able to calculate the necessary equipment which they can achieve the proper conditions inside the greenhouse.
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The aim of the lesson is to present, to inform and to educate students on issues related to agricultural and greenhouse constructions. Particular emphasis is placed on understanding in phenomena taking place in a greenhouse. So, the students can analyze these phenomena and then be able to calculate the necessary equipment which they can achieve the proper conditions inside the greenhouse.
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Filippos Ververidis - Undergraduate -
(A-)
Department of Plant Sciences, TEI of Crete
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Spyros Lionakis - Undergraduate -
(A-)
Department of Plant Sciences, TEI of Crete
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