| Week |
Theoretical |
Practical |
| 1 |
• Agricultural meteorology and basic meteorological concepts.
• Meteorological and agro-meteorological studies in the world and the beginning of our country, development and current status.
• Branches of the science of meteorology work.
• Meteorology sectors served and the services offered.
• Matters covered by agricultural meteorological advice and warnings.
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| 2 |
• Position of the atmosphere around the earth, the density and height.
• Composition of the atmosphere, what are the gases in the troposphere layer and agricultural significance.
• Multiple layers of the atmosphere and its properties.
• The benefits of the atmosphere to living things.
• Served meteorological sectors.Services in the field of agriculture and agro-meteorological warnings and precautions. Meteorological Observations.
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| 3 |
• The sun, the earth rates illumination, light intensity and quality of the factors that effect.
• Diffusion.
• Absorption.
• Reflection.
• Autographs of the sun.
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| 4 |
• Effective in this case the phenomenon of photosynthesis and light.
• Phototropism, Photoperiodism and effects of plant growth-development.
• Long-day plants, short-day plants and alternative plants.
• The effect on plants than the wavelengths of light.
• Meteorological and agricultural significance of the greenhouse effect.
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| 5 |
• Types of heat exchangers and heat transfer (conduction, radiation, convection).
• Factors affecting the heating of the atmosphere.
• The mechanism of annual change in day temperature.
• The concept of horizontal distribution of temperature and isoterm.
• Vertical temperature changes (temperature variation gradient, adiabatic temperature change, inverziyon) and learns the characteristic features.
• Which instruments measured how the temperature, the average temperature calculation, units and conversion formulas between the units.
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| 6 |
• Soil heating, heat transfer and measurement of soil temperature.
• The importance of crop production in terms of temperature, the effects of high and low temperature plants.
• Water vapor, the identification and measurement of air humidity.Moistening of the greenhouse.
• Don events, classification, critical agricultural point of frost dates.
• Don incidents of agricultural land (open or under cover greenhouse or aquaculture), and methods for protecting products.
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| 7 |
• Change of state of the water.
• And the states of water vapor in the atmosphere (dew, frost, fog, cloud ..)
• Measurement of air humidity.
• Absolute, relative, specific humidity and vapor pressure, the concepts and calculations.
• Exchange mechanism for the air humidity during the day.
• The importance of the air humidity in agricultural production.
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| 8 |
Lesson repeat and Midterm |
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| 9 |
• Evaporation event, Evaporation.
• Evaporation rate.
• Measurement and calculation of evaporation.
• What is transpiration.
• Evapotranspirasy (plant water consumption) influencing factors.
• Determination methods and calculations of evapotranspiration.
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| 10 |
• Cooling and condensation forms.
• The formation of clouds.
• Cloud types.
• Properties of clouds.
• Cloud.
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| 11 |
• What does what is covered by the theories of the formation of precipitation and precipitation.
• Factors affecting the formation of precipitation.
• By formation of the types of rainfall.
• Specific definitions and expressions of interest with precipitation unit.
• Precipitation (rain and snow observations), using what tools, how it is determined by taking into consideration a principle, the importance of agricultural meteorological point rainfall records.
• Agriculture and precipitation.
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| 12 |
Repeating courses and midterm exam |
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| 13 |
• Air pressure measuring instruments, principles, units, and the concept of isobar.
• High and low pressure.
• The formation of the wind.
• Wind direction and range, speed and frequency.
• Wind measuring instruments, the principle, the units used.
• The importance of the wind.The advantages and disadvantages of agricultural meteorological wind angle.
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| 14 |
• Climate classification.
• Phenology and agro-climatic studies.
• What is Observation Observations are made of agricultural meteorological stations.
• What is a park of agricultural meteorology observation that the observation and measurement tools are located in parks.
• Climatological Observations, rasata output clocks.
• Observations Microclimatological and microclimate.
• Synoptic Observations, Observations and observation aerolojik parks.
• Utilization of satellites in meteorology.
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| 23 |
Textbooks, References and/or Other Materials: |
• Öğr. Gör. Dr. Arzu Mor Tarımsal Meteoroloji Ders Sunum Notları (Basılmamış)
• Arıcı,İ. ve Korukçu A., 2006. Meteoroloji I. Uludağ Üniversitesi Ziraat Fakültesi Yayınları, 5.Baskı Ders Notları No:6 Bursa.
• Aküzüm,T., Erözel, A.Z., Evsahibioğlu, A.N., Kodal, S., Tokgöz, A., Öztürk, F., Beyribey, M., Selenay, F., Yurtsever, E. Meteoroloji I Ankara Üniversitesi Ziraat Fak. Tarımsal Yapılar ve Sulama Bölümü. A.Ü. Yayınları No:1325 Ders Kitabı:384 Ankara 1994
• AKÜZÜM, T., 1986. “Agrometeoroloji ve Kültürteknik Çalışmalarındaki Yeri”. Kültürtekniğe Giriş Ders Kitabı. A.Ü. Ziraat Fakültesi Yayınları No:996, Ofset Basım No:28, Ankara
• 20’th International Postgraduate Course on Agrometeorology. Kurs notları. ISRAEL
• Yrd. Doç.Dr. Yunus Borhan. İ.T.Ü. Uçak ve Uzay Bilimleri Fakültesi Meteoroloji Mühendisliği Bölümü Genel Meteoroloji Ders notları. Nisan 1988.
• Tanin, Y., Ünal, N., Kacar, M., Tarımsal Meteoroloji I Ankara 1982.
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| 24 |
Assesment |
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