An advective boundary-layer model applied to Sydney, Australia J. D. Kalma OriginalPaper Pages: 351 - 361
The response of a propeller anemometer to turbulent flow with the mean wind vector perpendicular to the axis of rotation George H. FichtlPrem Kumar OriginalPaper Pages: 363 - 379
An empirical method for demonstrating the influence of heat flux on the shape of temperature spectra R. H. Silversides OriginalPaper Pages: 381 - 386
Utilisation du radon comme indicateur de l'intensite des echanges pres du sol (0–100 M) Aimé DruilhetJacques Fontan OriginalPaper Pages: 387 - 411
Inertial ranges in three-dimensional quasi-geostrophic turbulence M. Shabbar OriginalPaper Pages: 413 - 421
Meso-scale variations of the urban mixing height T. C. SpanglerR. A. Dirks OriginalPaper Pages: 423 - 441
An energy budget for waves and turbulence within an inversion Bryan R. Kerman OriginalPaper Pages: 443 - 458
Vorticity, divergence, and vertical velocity in a baroclinic boundary layer with a linear variation of the geostrophic wind A. Wiin-Nielsen OriginalPaper Pages: 459 - 476
Experimental results of the drag-coefficient estimation for air-coast interfaces S. A. Hsu Research Note Pages: 505 - 507
On the log-linear wind profile and the relationship between shear stress and stability characteristics over the sea S. A. Hsu Research Note Pages: 509 - 514
The influence of geostrophic shear on the cross-isobar angle of the surface wind Rory O. R. Y. Thompson Research Note Pages: 515 - 518
Note on a paper by Frenzen (1973): “The observed relation between the Kolmogorov and Von Kármán constants in the surface boundary layer” J. R. Garratt Correspondence Pages: 519 - 521
On the response of low-inertia cup anemometers in real turbulence; a reply Paul Frenzen Correspondence Pages: 523 - 526