'Wind stress' presentation slideshows

The Gulf of Maine Integrated Model System: A Hindcast Experiment from 1995 to 2006

The Gulf of Maine Integrated Model System: A Hindcast Experiment from 1995 to 2006. The UMASSD Team: C. Chen, G. Cowles, S. Hu, Q. Xu, P. Xue and D. Stuebe. The WHOI Team: R. C. Beardsley, C. Davis, R. Ji and D. Limeburner. The MIT Team: P. Rizzolli and J. Wei.

605 views • 49 slides

Applications of Gridded Ocean Vector Wind Products

495 views • 37 slides

Paper Review

Paper Review. B94209025 ??? Kirsten Feng. Introduction. <<Tropical Pacific Climate and Its Resonse to Global Warming in the Kiel Climate Model>> <<Slowdown of the Meridional Overturning Circulation in the Upper Pacific Ocean>>

500 views • 32 slides

TIDES AND WAVES FOR THE NATIONAL WEATHER SERVICE RIVER FORECAST SYSTEM

TIDES AND WAVES FOR THE NATIONAL WEATHER SERVICE RIVER FORECAST SYSTEM. Mr. Yuji Funakoshi Dr. Scott C. Hagen, P.E. Pseudo-Operational Forecast and Science Goals Finite Element Meshes St. Johns River Hydrodynamic Modeling Results St. Johns River Hurricane Floyd Modeling Results

476 views • 32 slides

Towards Dynamically Consistent Boundary forcing

Towards Dynamically Consistent Boundary forcing. Jeroen Molemaker (UCLA) Evan Mason (ULPGC) Sasha Shchepetkin (UCLA) Francois Colat (UCLA). One way nesting. Obvious limitations: One way will never be two way!. The round peg and the square hole. Testing lab: Canary Current system.

400 views • 29 slides

Application of ROMS for the Spencer Gulf and on the adjacent shelf of South Australia

Aquatic Sciences. Application of ROMS for the Spencer Gulf and on the adjacent shelf of South Australia. Carlos Teixeira & SARDI Oceanography Group. 2009 ROMS/TOMS Asia-Pacific Workshop. Wintertime Outflow of Spencer Gulf.

372 views • 27 slides

Climatic Effects of Mesoscale Turbulence in the Ocean and Atmosphere

Presentation at P. P. Shirshov Institute of Oceanology, Moscow, Russia November 11, 2011. Climatic Effects of Mesoscale Turbulence in the Ocean and Atmosphere. Sergey Kravtsov

381 views • 27 slides

Wind-driven Circulation

Wind-driven Circulation. Ekman layer Divergence/convergence Geostrophy Major ocean currents. Heat enters ocean-atmosphere in tropics, goes out at poles. Winds on a NON-rotating earth flow north-south. (Pinet). (Pinet). Major ocean current systems .

784 views • 26 slides

339 views • 24 slides

2011 International Ocean Vector Winds Meeting Annapolis, Maryland, 9-11 May 2011

2011 International Ocean Vector Winds Meeting Annapolis, Maryland, 9-11 May 2011. NASA Programmatic Perspectives: Present Status and the Way Forward. Peter Hacker and Eric Lindstrom NASA Science Mission Directorate Earth Science Division 9 May 2011. The Past Year: Events and Meetings.

361 views • 21 slides

Acidity on the half shell

322 views • 20 slides

Natalie Perlin, Eric Skyllingstad, and Roger Samelson

Effects of Ocean-Atmosphere Coupling in a Modeling Study of Coastal Upwelling in the Area of Orographically-Intensified Flow. Natalie Perlin, Eric Skyllingstad, and Roger Samelson. College of Oceanic and Atmospheric Sciences, Oregon State University. 2007 ROMS/TOMS Workshop October 1-3, UCLA.

955 views • 19 slides

Chapter 5: Other Major Current Systems

Chapter 5: Other Major Current Systems. Key Points: Summary of Chapter 5. Components of the equatorial current system include: westward flowing N,S equatorial currents (driven by trades and geostrophy) eastward flowing counter current (surface/subsurface), and undercurrent

277 views • 19 slides

What drives the oceanic circulation ?

What drives the oceanic circulation ?. Thermohaline driven Wind driven. some of the observed main global surface current systems.

268 views • 15 slides

MINERVA and the ECMWF coupled ensemble systems

MINERVA and the ECMWF coupled ensemble systems. Franco Molteni, Frederic Vitart European Centre for Medium-Range Weather Forecasts, Reading, U.K. ECMWF coupled ensemble systems (1). ECMWF coupled ensemble systems (2). ECMWF seasonal fc. System 4: main features.

288 views • 11 slides

Oil Industry Cooperation with IOOS Dr. Cortis Cooper Fellow ChevronTexaco CortCooper@ChevronTexaco.com

Oil Industry Cooperation with IOOS Dr. Cortis Cooper Fellow ChevronTexaco CortCooper@ChevronTexaco.com. Long History of Cooperation. Yucatan Straits U. Colorado Modeling Numerous data sharing TAMU reanalysis Navy access NOAA access. Industry Needs for MetOcean Data. Design. Fatigue.

171 views • 8 slides

Ocean Modelling System at Noumea : status

191 views • 6 slides

From QuikSCAT

Curl of wind stress. ASD run. ROMS nRCM-0.5deg. From QuikSCAT. 10 -7 Nm -3. 10 -7 Nm -3. 10 -7 Nm -3.

106 views • 2 slides

New Products Seed Statements

New Products Seed Statements. The largest systematic difference between wind products is governed by high wind speed differences due to GMF differences. The community should strive towards a unified approach to high wind data products .

72 views • 1 slides

Modeling Study of Frontal Variability in Drake Passage

Coherency. Coherency. Phase. Phase. Period (Day). Period (Day). Conclusions. The PF location is affected by local wind stress. With high frequency winds, it is more variable; with smooth winds, it is less variable.

98 views • 1 slides