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Course Information

Course Information

Course Title	Code	Semester	L+U Hour	Credits	ECTS
HYDROLOGY	ZTY305		0 + 0	2.0	0

Prerequisites

None

Language of Instruction	Turkish
Course Level	Graduate Degree
Course Type	Compulsory
Mode of delivery	Lecture, sample problems and solutions, report preparation, discussion
Course Coordinator
Instructors
Assistants
Goals	In Agricultural Engineering irrigation, drainage, water structures, watershed protection and management of water resources management and water-related issues can be utilized to give the basic information about water
Course Content	Introduction, the scope of hydrology, hydrological cycle, water characteristics, atmosphere temperature, evaporation, atmospheric moisture, Precipitation, snow properties, infiltration, ground water, runoff, water collection basin characteristics, runoff analysis, unit hydrograph, the probability methods in hydrology, sedimentation.
Learning Outcomes	1) Gives basic information about irrigation, drainage, water structures, water resources management and watershed protection and management. 2) Scope of hydrology, Hydrological circuit, Water Budget Relationship, Water resources operation, World water distribution, Climate classes gives basic information 3) Gives information about the molecular structure of water, the state of water, the specific gravity of water. 4) It gives information about Net Radiation, Albedo, Conduction of Heat, Changing of Atmosphere Temperature with Height, Measurement of Atmosphere Temperature, Determination of Atmosphere Temperature. 5) It gives information about the factors affecting evaporation amount, measurement of evaporation, evaporation from reservoir, evaporation of snow. 6) It gives information about the determination of humidity in the atmosphere, measurement of humidity, change of humidity in atmosphere. 7) It examines the topics related to the occurrence of precipitation, precipitation types, precipitation types, rainfall measurement, area rain measurements, rainfall analysis, homogeneity analysis, interpolation of rain quantities, intensity of rain, average rain amount, depth of rain-area-time analysis, change of rain quantity. 8) Gives information about the measurement of profit, the amount of melted snow, snow load. 9) Explains the infiltration rate of infiltration, infiltration and infiltration rate of water collection basin. 10) Gives information about the separation of water in the soil, types of aquifer, movement of groundwater, measurement of permeability, feeding of groundwater, well hydraulics, safety efficiency. 11) Physical Properties of Water Collection Basin, Physical Properties of Stream, Surface Flow Hydrograph, gives information about Estimation of Surface Flow Volume. 12) Factors Affecting Surface Flow give information about Surface Flow Measurement. 13) Unit Hydrograph, Obtaining Unit Hydrograph from Different Heavy Rain, Synthetic Unit Hydrographs, Rational Method, Determination of Flood Flow. Flooding in the Reservoir, Flooding in the Channel 14) Statistics Idioms, Frequency Distribution. Provides information about statistical parameters, probability distribution relations, repetition time, hydrological data selection, hydrological processes and sedimentation.