'Turbulent exchange' presentation slideshows

Snow Water Equivalent Snow Cover Runoff Modeling

Snow Water Equivalent Snow Cover Runoff Modeling. By Almoutaz Abdalla. Snow Cover, SWE and Runoff Modeling. Introduction Snow Water Equivalent (SWE) Remote Sensing in Hydrological modeling (snow dominated) Components of Snowmelt modeling Snowmelt Runoff Model (SRM). Introduction.

1.4k views • 83 slides

IMPLEMENTATION OF SURFACE ENERGY BALANCE FLUXES INTO EULAG MODEL: MADRID CASE STUDY

757 views • 64 slides

Observations and Models of Boundary-Layer Processes Over Complex Terrain

Observations and Models of Boundary-Layer Processes Over Complex Terrain. What is the planetary boundary layer (PBL)? What are the effects of irregular terrain on the basic PBL structure? How do we observe the PBL over complex terrain? What do models tell us?

349 views • 22 slides

The Global Heat Budget

The Global Heat Budget. Air-sea exchanges of heat (& freshwater) create deep water masses & drive the conveyor belt Heat source into the ocean is solar radiation There are several heat loss terms latent, conduction, longwave radiation, reflected solar

417 views • 20 slides

Turbulent mixing in shallow water basins; parameterization of vertical turbulent exchange coefficient

19 th Congress of Mechanics 26 th August 2009. Turbulent mixing in shallow water basins; parameterization of vertical turbulent exchange coefficient. A.I.Sukhinov, E.V. Alexeenko, A.E.Chistyakov, B. Roux, P.G. Chen, S. Meule.

322 views • 16 slides

What is the Planetary Boundary Layer?

What is the Planetary Boundary Layer?. The PBL is defined by the presence of turbulent mixing that couples the air to the underlying surface on a time scale of less than a few hours. Diurnal evolution of the convective and stable boundary layers in

1.14k views • 16 slides

Marine Turbulence and Mixing

Introduction Monday 21 st 9-10am Turbulence theory Monday 21 st 11-12am Measuring turbulence Monday 28 th 9-10am Modelling turbulence Monday 28 th 11-12am . Marine Turbulence and Mixing. 4 . Modelling turbulence (a brief introduction). Dr. Matthew Palmer

300 views • 7 slides