'Radiative fluxes' presentation slideshows

WRF Physics Options

WRF Physics Options. Jimy Dudhia. WRF Physics. Turbulence/Diffusion (diff_opt, km_opt) Radiation Longwave (ra_lw_physics) Shortwave (ra_sw_physics) Surface Surface layer (sf_sfclay_physics) Land/water surface (sf_surface_physics) PBL (bl_physics) Cumulus parameterization (cu_physics)

1.21k views • 69 slides

Richard Forbes (with thanks to Adrian Tompkins) forbes@ecmwft

RICH,. AN ECMWF LECTURER. Numerical Weather Prediction Parametrization of diabatic processes Clouds (4) Cloud Scheme Validation. Richard Forbes (with thanks to Adrian Tompkins) forbes@ecmwf.int. Cloud observations. Parametrization improvements. Error. Cloud simulation.

796 views • 60 slides

CMIP5 / HI-RES AMIP, and an update on WGNE/WGCM Performance Metrics Panel

CMIP5 / HI-RES AMIP, and an update on WGNE/WGCM Performance Metrics Panel. Peter J. Gleckler Program for Climate Model Diagnosis and Intercomparison (PCMDI) Lawrence Livermore National Laboratory Presented to 26th Session of the Working Group on Numerical Experimentation Tokyo, Japan

338 views • 22 slides

Understanding Feedback Processes

Understanding Feedback Processes. Outline Definitions Magnitudes and uncertainties Geographic distributions and priorities Observational requirements. Climate Feedbacks.

318 views • 22 slides

The RADAGAST project Tony Slingo Environmental Systems Science Centre University of Reading

GIST 23, Deutscher Wetterdienst, 27-29 April 2005. The RADAGAST project Tony Slingo Environmental Systems Science Centre University of Reading. Background and motivation Aims Methodology. Atmospheric radiation balance. Top of atmosphere fluxes are well observed

328 views • 21 slides

Robin Hogan ECMWF & University of Reading With input from many of the EarthCARE science team

EarthCARE : The next step forward in global measurements of clouds, aerosols, precipitation & radiation. Robin Hogan ECMWF & University of Reading With input from many of the EarthCARE science team. Earth Clouds, Aerosols and Radiation Explorer ( EarthCARE ).

598 views • 20 slides

RADIATIVE TRANSFER IN SHALLOW CUMULUS CLOUD FIELDS

RADIATIVE TRANSFER IN SHALLOW CUMULUS CLOUD FIELDS. HAN VAN DOP and KEITH WILSON. BBC FIELD CAMPAIGN 2003. October 2004. MAJOR OBJECTIVES collection of observations of radiative fluxes as a function of azimuth and zenith angle (radiances) in cloudy conditions. OBSERVED PARAMETERS.

276 views • 18 slides

348 views • 15 slides

analysis of surface meteorological data at the Gourma sites focus on

analysis of surface meteorological data at the Gourma sites focus on radiative fluxes & thermodynamics at diurnal & interannual time scales. F. Guichard, L. Kergoat, F. Timouk, F. Baup, F. Lavenu & E. Mougin. data & products. automatic weather station of Agoufou , 2002 ? now

238 views • 13 slides

NOAA ESRL and PMEL EPIC Research Background

NOAA ESRL and PMEL EPIC Research Background. The Physical Science Division of ESRL ( formerly ETL) and PMEL have cooperated with Woods Hole Oceanographic Institution and the University of Miami in a study of climate processes in the Eastern Pacific.

191 views • 5 slides

Clear-sky thermodynamic and radiative anomalies over a sea ice sensitive region of the Arctic

A11K-0193.

125 views • 1 slides

Objective

A Sensitivity Study of Radiative Fluxes at the Top of Atmosphere to Cloud-Microphysics and Aerosol Parameters in CAM5. Objective Investigate the sensitivity of net radiative fluxes at the top of atmosphere to 16 parameters of cloud microphysics and aerosol schemes in CAM5 Approach

139 views • 1 slides

Introduction

132 views • 1 slides