Coastal Altimetry Ted Strub Corinne James, Martin Saraceno, Remko Scharoo and many colleagues.

Slides:

Advertisements

Similar presentations

WaTER/Hydrosphere Mapper: A wide swath altimetry mission for hydrology and oceanography Lee-Lueng Fu Douglas Alsdorf Nelly Mognard OSTST Meeting, March.

Advertisements

ECCO-2 and NASA Satellite Missions Lee-Lueng Fu Jet Propulsion Laboratory January 22-23, ECCO-2 Meeting.

1 Internal waves and tidal energy dissipation observed by satellite altimetry E. Schrama, TU Delft / Geodesy The Netherlands

Application of coastal altimetry to storm surge studies Paolo Cipollini National Oceanography Centre, UK Global Storm Surge Networking Forum, Venice,

Coastal Altimetry Meeting, Silver Spring, 5-7 February 2008Page n° 1/19 The wet tropospheric correction for coastal altimetry T. Strub S. Brown F. Mercier.

Large-scale Satellite Oceanography in Eastern Pacific Upwelling Regions Andrew Thomas University of Maine Recent manuscript collaborators: Jose Luis Blanco,

IOVWST Annual Meeting, Annapolis, Maryland, May 9-11, 2011 Lagrangian Paths in OSCAR Surface Currents Kathleen Dohan Earth and Space Research Seattle,

Tracking an Atlantic Wave Storm with Jason-2 Altimeter Sérgio Muacho - IPMA.

Coastal Altimetry Workshop February 5-7, 2008 Organized by: Laury Miller, Walter Smith: NOAA/NESDIS Ted Strub, Amy Vandehey: CIOSS/COAS/OSU With help from.

Working Group 4 Coastal Biogeochemistry Forum, June 23-25, 2004 K. Lindsay, G. McKinley, C. Nevison, K. Plattner, R. Seifert Can coastal ecosystems be.

Altimetry and Coastal Currents

Remko Scharroo – Coastal Altimeter Workshop – Silver Spring, Maryland – 5-7 February 2008 Remko Scharroo, Altimetrics LLC, Cornish, New Hampshire with.

Xiaochun Wang Influence of Stratification on Semidiurnal Tides in Monterey Bay, California & Coastal Barotropic Tide Solutions Contributions from: JPL.

Application of Satellite Data in the Data Assimilation Experiments off Oregon Peng Yu in collaboration with Alexander Kurapov, Gary Egbert, John S. Allen,

Surface Water and Ocean Topography Mission (SWOT)

1 COAS-CIOSS Coastal Ocean Modeling Activities Coastal Ocean Modeling Studies at COAS are focused on:  Wind-driven upwelling and downwelling [Allen et.

GOES-R 3 : Coastal CO 2 fluxes Pete Strutton, Burke Hales & Ricardo Letelier College of Oceanic and Atmospheric Sciences Oregon State University 1. The.

ROMS Workshop October 24-26, 2005 Natalie Perlin, Eric Skyllingstad, Roger Samelson, Philip Barbour Natalie Perlin, Eric Skyllingstad, Roger Samelson,

Integration Tide Gauge and Satellite Altimetry for Storm Surge and Sea Level change prediction. Ole B. Andersen and Y. Cheng (DTU, Denmark) Xiaoli Deng,

Effects of Ocean-Atmosphere Coupling in a Modeling Study of Coastal Upwelling in the Area of Orographically-Intensified Flow Natalie Perlin, Eric Skyllingstad,

NOPP Project: Boundary conditions, data assimilation, and predictability in coastal ocean models OSU: R. M. Samelson (lead PI), J. S. Allen, G. D. Egbert,

Modeling study of the coastal upwelling system of the Monterey Bay area during 1999 and I. Shulman (1), J.D. Paduan (2), L. K. Rosenfeld (2), S.

Sergio deRada John Kindle (Ret) Igor Shulman Stephanie Anderson Ocean Sciences Meeting Orlando, FL March 5, 2008.

Wind-Driven shelf dynamics and their influences on river plumes: implications for surface parcel transport Ed Dever, Oregon State University Image: Hickey.

2007 OSTST Meeting Multi-satellite/Operational Applications Splinter Summary Chairs: G. Jacobs, C. Birkett, P. Oke March 2007 Ocean Surface Topography.

Development of coastal altimetry and perspectives for data assimilation in coastal domain Matthieu Le Hénaff (1) and many more… (1) RSMAS, Miami, FL.

IMPROVEMENT OF GLOBAL OCEAN TIDE MODELS IN SHALLOW WATER REGIONS Altimetry for Oceans and Hydrology OST-ST Meeting Poster Number: SV Yongcun Cheng,

Resolution (degree) and RMSE (cm) Resolution (degree) and RMSE (cm)

Mapping Ocean Surface Topography With a Synthetic-Aperture Interferometry Radar: A Global Hydrosphere Mapper Lee-Lueng Fu Jet Propulsion Laboratory Pasadena,

In collaboration with: J. S. Allen, G. D. Egbert, R. N. Miller and COAST investigators P. M. Kosro, M. D. Levine, T. Boyd, J. A. Barth, J. Moum, et al.

1 Advantages of data assimilation in coastal ocean circulation models: Oregon perspective Alexander L. Kurapov, J. S. Allen, G. D. Egbert, R. N. Miller.

The Rutgers IMCS Ocean Modeling Group Established in 1990, the Ocean Modeling Group at Rutgers has as one of it foremost goals the development and interdisciplinary.

LEO meters Ocean models predicted currents and temperatures to direct ship and aircraft observations during LEO field program (Rutgers-LEO)

The Prediction of Wind-Driven Coastal Circulation PIs: John Allen and Jack Barth, OSU Academic Partners: Government Partners: Industrial Partners: COAS,

IoE The Basics of Satellite Oceanography. 8. Mesoscale variability and coastal pollution Lecture 8 Mesoscale variability and coastal pollution.

Modeling the biological response to the eddy-resolved circulation in the California Current Arthur J. Miller SIO, La Jolla, CA John R. Moisan NASA.

Enhancing predictability of the Loop Current variability using Gulf of Mexico Hycom Matthieu Le Hénaff (1) Villy Kourafalou (1) Ashwanth Srinivasan (1)

The OR-WA coastal ocean forecast system Initial hindcast assimilation tests 1 Goals for the COMT project: -DA in presence of the Columbia River -Develop.

Application of ROMS for the Spencer Gulf and on the adjacent shelf of South Australia Carlos Teixeira & SARDI Oceanography Group Aquatic Sciences 2009.

Coastal Ballast Water Exchange on the West Coast of North America: Developing a Regional Plan ( ) Karen McDowell San Francisco Estuary Project.

U.S. Navy Global Ocean Prediction Update Key Performers: A.J. Wallcraft, H.E. Hurlburt, E.J. Metzger, J.G. Richman, J.F. Shriver, P.G. Thoppil, O.M. Smedstad,

Improved Satellite Altimeter data dedicated to coastal areas :

Integration Tide Gauge and Satellite Altimetry for Storm Surge and Sea Level change prediction. Ole B. Andersen,Y. Cheng (DTU, Denmark) X. Deng, M. Steward,

Ocean Models Predicted Currents

Ocean processes affecting ice-cover in the Arctic, and their impact on hydrocarbon exploration William Crawford Eddy Carmack Josef Cherniawsky Institute.

Joint OS & SWH meeting in support of Wide-Swath Altimetry Measurements Washington D.C. – October 30th, 2006 Baptiste MOURRE ICM – Barcelona (Spain) Pierre.

Measuring Sea Level Change. Overview What is Sea Level? Mean – Arithmetic average Mean sea level – The average sea level over a large region Mean high.

SWOT: A HIGH-RESOLUTION WIDE-SWATH ALTIMETRY MISSION

Water HM meeting E. Obligis (CLS) and L. Eymard (LOCEAN) The wet tropospheric correction issue for the WATER HM mission.

Cal/Val at CIOSS Ted Strub – CIOSS/COAS/OSU Cooperative Institute for Oceanographic Satellite Studies College of Oceanic and Atmospheric Sciences Oregon.

Orbit Selection for the WATER HM Mission R. S. Nerem CCAR, CIRES, University of Colorado D. P. Chambers Center for Space Research, University of Texas.

THE BC SHELF ROMS MODEL THE BC SHELF ROMS MODEL Diane Masson, Isaak Fain, Mike Foreman Institute of Ocean Sciences Fisheries and Oceans, Canada The Canadian.

Real-Time Oregon Coastal Ocean Forecast System Alexander Kurapov, S. Erofeeva, P. Yu, G. D. Egbert, J. S. Allen, P. T. Strub, P. M. Kosro, D. Foley

NASA’s Ocean Color Online Visualization and Analysis System

5th Workshop on "SMART Cable Systems: Latest Developments and Designing the Wet Demonstrator Project" (Dubai, UAE, April 2016) Contribution of.

NASA’s Ocean Color Online Visualization and Analysis System

Shelf-basin exchange in the Western Arctic Ocean

Coastal CO2 fluxes from satellite ocean color, SST and winds

Objectives and Requirements of SWOT for Observing the Oceanic Mesoscale Variability (based on a workshop held at Scripps Institution of Oceanography, April.

Andreas Münchow University of Delaware Kelly Falkner

SWOT combines surface water hydrology with physical oceanography.

Corinne James, Martin Saraceno, Remko Scharoo

Diurnal Variability in Ocean Currents off Huntington Beach

Oceanography Science Questions

Altimeter sea level anomaly data in the Middle Atlantic Bight and the Gulf of Maine Assessment and application H. Feng1, D. Vandemark1, R. Scharroo2,

Coastal Altimetry Challenges

COAS-CIOSS Coastal Ocean Modeling Activities

NASA Ocean Salinity Science Team Meeting , Santa Rosa, August 2018

Spatial and temporal Variability

Evolution and Impact of an Upwind Coastal Jet

Presentation transcript:

Coastal Altimetry Ted Strub Corinne James, Martin Saraceno, Remko Scharoo and many colleagues

Issues for Coastal Oceanography and Inland Hydrology Data sets to be used – here we use the US west coast. Time and space scales to be resolved. Use of tide gauges. Use of alternate corrections (wet tropo). Help from numerical models of coastal circulation.

Altimeter Issues For Coastal Oceanography Time and space scales to be resolved. ~ 1-5 days; 10 km offshore; km alongshore Use of tide gauges can help. Use of alternate corrections (wet tropo, etc.) are needed. Need some in water current measurements. Help is needed from numerical models of coastal circulation.

Jason-1 (blue) and T/P-2 (red) T T T T T T T San Diego T Neah Bay T North Spit T

2004, D202, Hr , D203, Hr , D203, Hr , D203, Hr 18 Tidal Excursions of the Columbia River Plume “~2 cm over 10 m” – 12 hr period August 20-22, 2004 T. Strub

~ June 18 ~ June 28~ July 8 Extending the Altimeter Alongtrack SSH to the Coast 2005 Signal of cm when then altimeter crosses the upwelling jet and dense upwelled water. Within km of the coast.

From Gan and Allen, 2002b Pt. Reyes CODE, uniform winds, channel upwellingrelaxation

J. Barth

~ June 18 ~ June 28~ July 8 Extending the Altimeter Alongtrack SSH to the Coast 2005 Signal of cm when then altimeter crosses the upwelling jet and dense upwelled water. Within km of the coast.

Day 269, 2001, track 206 Day 271, 2001, track 247 Topex Model (courtesy S. Springer, OSU) ROMS Model: SSH variability is associated w/ coastal currents and eddies Model variability is comparable to alongtrack Topex altimetry Map satellite SSH in coastal ocean: via variational data assimilation

Alongshore depth-ave currents at mid-shelf mooring locations along Oregon coast (summer 2002): model (Koch, Erofeeva, Choi) obs (Kosro, Hickey, Ramp) Off Newport Off Coos Bay Off Rogue R. 2-3 day variability in currents associated with wind stress variability: challenge for analysis of satellite altimetry (insufficient temporal resolution)

Altimeter Issues For Coastal Oceanography Time and space scales to be resolved. ~ 1-5 days; 10 km offshore; km alongshore Use of tide gauges can help. Use of alternate corrections (we tropo, etc.) are needed. Need some in water current measurements. Help is needed from numerical models of coastal circulation.