Cover Journal of Applied Meteorology and Climatology
Journal of Applied Meteorology and Climatology

 

Volume 35 (1996): Issue 10 (Oct 1996)

Print ISSN:
0894-8763
Online ISSN:
1520-0450
Cover Journal of Applied Meteorology and Climatology
EDITORIAL
EDITORIAL
ARTICLES
Dispersion of an Elevated Release in a Coastal Region
Plume Dispersion Simulation in Low-Wind Conditions Using Coupled Plume Segment and Gaussian Puff Approaches
Sodar in Dispersion Modeling
Bhopal Gas Leak: A Numerical Investigation of the Prevailing Meteorological Conditions
Comparisons of Cross Sections for Melting Hydrometeors as Derived from Dielectric Mixing Formulas and a Numerical Method
A Field Study of Raindrop oscillations. Part I: Observation of Size Spectra and Evaluation of Oscillation Causes
Raindrop Size Distributions and the Radar Bright Band
Vertical Profiles of Aerosol and Radiation and the Influence of a Temperature Inversion: Measurements and Radiative Transfer Calculations
Estimating Regional Surface Heat and Moisture Fluxes above Prairie Cropland from Surface and Upper-Air Measurements
Structure of Florida Thunderstorms Using High-Altitude Aircraft Radiometer and Radar Observations
A Method for Combined Passive–Active Microwave Retrievals of Cloud and Precipitation Profiles
Sensitivity of Urban Airshed Model (UAM-IV) Calculated Air Pollutant Concentrations to the Vertical Diffusion Parameterization during Convective Meteorological Situations
High Levels of Winter Air Pollution under the Influence of the Urban Heat Island along the Shore of Tokyo Bay
Topographic Vorticity-Mode Mesoscale-β (TVM) Model. Part I: Formulation
Topographic Vorticity-Mode Mesoscale-β (TVM) Model. Part II: Evaluation
An Investigation of the Conditional Sampling Method Used to Estimate Fluxes of Active, Reactive, and Passive Scalars
Non-Rayleigh Signal Statistics Caused by Relative Motion during Measurements
An Algorithm for Inferring Surface UV Irradiance Including Cloud Effects
Stochastic Weather Simulation: Overview and Analysis of Two Commonly Used Models
A Mass-Conservative, Positive-Definite, and Efficient Eulerian Advection Scheme in Spherical Geometry and on a Nonuniform Grid System
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