The Baroclinic, Variable Eddy Viscosity Ekman Layer Bradford W. BergerBranko Grisogono OriginalPaper Pages: 363 - 380
Non-Linear Numerical Model Predictions of Flow Over an Isolated Hill of Moderate Slope F.E. Hewer OriginalPaper Pages: 381 - 408
A Study of Concentration Fluctuations in Instantaneous Clouds Dispersing in the Atmospheric Surface Layer for Relative Turbulent Diffusion: Basic Descriptive Statistics Eugene YeeP. R. KosteniukJ. F. Bowers OriginalPaper Pages: 409 - 457
Horizontal, Two Point Coherence for Separations Greater Than the Measurement Height Wolfgang SchlezDavid Infield OriginalPaper Pages: 459 - 480
Numerical Modelling of the Effects of Vegetation and Environmental Conditions on the Lake Breeze Jinmei Shen OriginalPaper Pages: 481 - 498
A Study of Correlations of Scalar Quantities in the Atmospheric Surface Layer Xiaohu LiuOsamu TsukamotEiji Ohtaki OriginalPaper Pages: 499 - 508
Dynamical Initialization of Boundary-Layer Data G. K. SenM. ChatterjeeD. K. Sinha OriginalPaper Pages: 509 - 514
Comments on “a Practical Method for Relating Scalar Concentrations to Source Distributions in Vegetation Canopies” by M. R. Raupach Lianhong Gu OriginalPaper Pages: 515 - 524
Response to Gu (1998), “comments on ‘a Practical Lagrangian Method for Relating Scalar Concentrations and Source Distributions in Plant Canopies’ by M. R. Raupach (1989: Quart. J. Roy Meteorol. Soc. 115, 609–632)” M. R. Raupach OriginalPaper Pages: 525 - 528