Physical Meteorology/ Atmospheric Thermodynamics & Radiation
This course covers Atmospheric Thermodynamics and Radiation.
Introduction to Atmospheric Sciences
Tropical Meteorology and climatology will be covered in this course
Waves and Instability
Part of the Atmospheric Dynamics-II and Advanced Dynamics paper dealing with Waves and Instability
Ground based remote sensing observations (1 Credit)
LIDARS, SODARS, Wind Profiler, radio-acoustic sounding systems (RASS), Microwave radiometer. Aerosol measurements. Disdrometer.
Boundary Layer Meteorology
The course covers fundamental aspects of earth's atmospheric boundary layer. The learning objectives are:
• Distinguish
Atmospheric Boundary Layer (ABL) from rest of the troposphere.
• Understand diurnal evolution and structure of the ABL.
• Identify important characteristics of the ABL.
• Learn internal boundary layer formation due to heterogeneous
surface.
• Get familiar with surface energy balance.
• Understand turbulent transport of energy and mass in the
boundary layer
• Become familiar with conservation equations in the boundary
layer and closure problem
• Understand turbulent kinetic energy and its budget in the
boundary layer
• Understand Ekman layer
concept
• Have general understanding on atmospheric turbulence
• Learn about turbulence spectra in the atmospheric boundary
layer
• Learn about micrometeorological measurements