Mountain Meteorology: Atmospheric Flow and Local Weather

Related lectures (30)

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Covers perturbation theory, compressible fluids, sound waves, instabilities, energy equations, and gravity waves.

Explores the ageotrophic wind, vertical motion diagnosis, fronts, and cyclone models in mid-latitude atmospheric dynamics.

Covers the concepts of homogeneous atmosphere, adiabatic atmosphere, and constant gradient atmosphere.

Explores radar Doppler spectra analysis for studying snowfall microphysics and secondary ice production mechanisms.

Covers deterministic and stochastic rainfall models in water resources engineering, including generation, calibration, and spatially explicit models.

Explores wave packets, group velocity, dispersion relations, and Gaussian spectra in spatio-temporal analysis.

Covers spatio-temporal spectral analysis, dispersion relations, Fourier transforms, and group velocity.

Explores radar meteorology principles, microphysics analysis, scanning techniques, and lidar applications in atmospheric measurements.

Explores air pollution analysis using wind data, probability distributions, and trajectory models for air quality assessment.

Explores the statistical summary of drop properties and the significance of drop size distribution in cloud and precipitation formation.