'Turbulent fluxes' diaporamas de présentation

Emphasize surface fluxes Statement of problem Present status Parameterization issues

Air-Sea Interaction: Physics of air-surface interactions and coupling to ocean/atmosphere BL processes. Emphasize surface fluxes Statement of problem Present status Parameterization issues An amusing case. Flux Definitions. Present Status of Surface Flux Parameterizations.

444 views • 33 slides

Emphasize surface fluxes Statement of problem Present status Parameterization issues

Air-Sea Interaction: Physics of air-surface interactions and coupling to ocean/atmosphere BL processes. Emphasize surface fluxes Statement of problem Present status Parameterization issues An amusing case. Flux Definitions. Present Status of Surface Flux Parameterizations.

355 views • 33 slides

Modifications of the MICOM version used in the Bergen Climate Model

Modifications of the MICOM version used in the Bergen Climate Model. Mats Bentsen and Helge Drange. Nansen Environmental and Remote Sensing Center Bjerknes Centre for Climate Research Nansen-Zhu International Research Centre, Beijng. Outline. BCM components and configuration Conservation

211 views • 20 slides

Analysis of PBL Turbulent and Non-turbulent Fluxes

Analysis of PBL Turbulent and Non-turbulent Fluxes. M. Hicks 1 , S. Kang 2 , B. Demoz 1 , E. Joseph 1 , 1 Howard University, Washington, DC, USA 2 UCAR, Boulder, CO, USA. Outline. Overview HUBC Characteristics Methodology Preliminary Results Future Work. Motivation.

339 views • 19 slides

286 views • 17 slides

348 views • 15 slides

283 views • 15 slides

TURBULENCE DECAY IN THE STABLE ARCTIC BOUNDARY LAYER

American Meteorological Society Seventh Conference on Polar Meteorology and Oceanography and Joint Symposium on High-Latitude Climate Variations. Paper 3.12. TURBULENCE DECAY IN THE STABLE ARCTIC BOUNDARY LAYER. Andrey A. Grachev

253 views • 11 slides

WHAT DO WE KNOW? Role and effects :

WHAT DO WE KNOW? Role and effects :

134 views • 3 slides