Abstract: The first two harmonics of a Fourier series temperature expansion were used to model the diurnal variation of surface temperature in mountainous terrain of southern California The temperature T at any hour t was expressed ...

Abstract: Surface temperature and humidity data measured by eight remote weather stations on a south-facing slope in the San Bernardino Mountains of Southern California were compared with temperature and humidity data measured by a ...

Abstract: An objective classification model was developed that can automatically predict synoptic weather types in southern California. Stepwise discriminant analysis was used to match the National Meteorological Center's Limited-area ...

Abstract: The diurnal variation of surface temperature in mountainous terrain was modeled using the first two harmonics of the Fourier series. The temperature T at any time t is given by Each of the Fourier coefficients in this ...

Abstract: Stepwise discriminant analysis of eight meteorological variables was used to classify the days from May through September, 1970, on the southern slopes of the San Bernardino Mountains and over the adjacent basin of southern ...

Abstract: Meteorological patterns around an isolated, conical mountain were analyzed for 2 consecutive years July through October. Nine remote automatic weather stations were deployed on nearly uniform slopes, all four aspects, and ...

Abstract: The San Antonio Mountain Experiment (SAMEX) involves a 3325 m. conically shaped, isolated mountain in north-central New Mexico where hourly observations of temperature, relative humidity, wind speed, wind direction, and ...

Abstract: The authors first review a system for specifying monthly mean anomalies of midday temperature (T), dew-point (D), and wind speed (W) at a large network of surface stations across the United States. Multiple regression ...