Presentation is loading. Please wait.

Presentation is loading. Please wait.

Dale haidvogel Nested Modeling Studies on the Northeast U.S. Continental Shelves Dale B. Haidvogel John Wilkin, Katja Fennel, Hernan.

Published byIlene Allen Modified over 8 years ago

Similar presentations

Presentation on theme: "Dale haidvogel Nested Modeling Studies on the Northeast U.S. Continental Shelves Dale B. Haidvogel John Wilkin, Katja Fennel, Hernan."— Presentation transcript:

1 dale haidvogel dale@marine.rutgers.edu Nested Modeling Studies on the Northeast U.S. Continental Shelves Dale B. Haidvogel John Wilkin, Katja Fennel, Hernan Arango, Paul Goodman Institute of Marine and Coastal Sciences Rutgers University With support from NSF, ONR, NASA, NOPP, USGS

2 dale haidvogel dale@marine.rutgers.edu Outline Regional circulation and science issues Computational approaches Regional Ocean Modeling System (ROMS) Nested applications: NATL (North Atlantic Basin) NENA (North Eastern North Atlantic) NEOS (North Eastern Observatory System) LATTE (LAgrangian Transport and Transformation Experiment) Where do we go next?

3 dale haidvogel dale@marine.rutgers.edu Under development for ROMS Wetting and drying capabilities Sediment submodel Sea ice dynamics Framework (ESMF) Web-based dynamic documentation Web-based test problem suite Coupling with WRF atmospheric model http://marine.rutgers.edu/po/models/roms/index.php

4 dale haidvogel dale@marine.rutgers.edu Sensitivity analysis Singular vectors (optimal perturbations) Pseudospectra Eigenmodes and adjoint eigenmodes Forcing singular vectors Stochastic optimals Parameter estimation Ensemble prediction Variational data assimilation (e.g., 4DVAR) Tangent Linear and Adjoint Models

5 dale haidvogel dale@marine.rutgers.edu Coastal upwelling and associated in-water optical properties (NY/NJ Bight, NENA) Seasonal and interannual variability in ocean carbon flux, transport, and burial (NENA) Air-sea heat and momentum transfer and boundary layer dynamics (CBLAST) Transport of nutrients and contaminants in the Hudson River plume (LATTE) Prediction and state estimation (NEOS) Nested Applications on the NE Shelves

6 dale haidvogel dale@marine.rutgers.edu 1 2 3 6 5 4 Nested Grids in the Northwest Atlantic 1) NENA 2) NEOS 3) CBLAST 4) LATTE 5) NY/NJ Bight 6) Caribbean

7 dale haidvogel dale@marine.rutgers.edu North Atlantic Basin Simulation (NATL) Resolution: 1/10 deg. Grid is 1000x1000x30; Disk space for input datasets: 15.7 Gb Monthly climatology (12 records 250 Mb each) Wind forcing (7 years of daily records 4.8 Mb each) Surface fluxes (12 records 32 Mb each) Disk space for model output: 280 Gb 3 day averages for 7 years (854 records 325 Mb each) Simulation runs on 32 processors of SGI Origin 3000 Total memory 11 Gb One day of simulation take 46 CPU hours Wall clock time to run 7 years of simulation: 153 days.

8 dale haidvogel dale@marine.rutgers.edu Temperature at 100 m depth

9 dale haidvogel dale@marine.rutgers.edu Temperature at 100 m depth

10 dale haidvogel dale@marine.rutgers.edu US East Coast (NENA) 10 km resolution (192x64x30) Initialized for North Atlantic Basin Simulation NCEP daily winds COADS monthly heat fluxes with imposed daily shortwave radiation cycle. One-way nesting Boundary conditions from 3-day averages Flather/Chapman OBC for 2D momentum Clamped OBC for 3D momentum and tracers Rivers Fasham-type biology model

11 dale haidvogel dale@marine.rutgers.edu

12

13

14 Northeast North Atlantic (NENA) embedded within NATL 3-day average open boundary values from NATL 7-component NPZD ecosystem TemperatureChlorophyll

15 dale haidvogel dale@marine.rutgers.edu Comparison of Modeled and Observed Chlorophyll

16 dale haidvogel dale@marine.rutgers.edu CO2 flux (mol m-2 yr-1) Day of year Air-sea CO 2 -flux: -simulated (top, right) -observed (bottom, right; Boehme et al., Mar. Chem. 1998)

17 dale haidvogel dale@marine.rutgers.edu Observational estimates of mean annual shelf primary production: LEO15: 715 gC m -2 y -1 (MacDonald 1983) NY Bight: 290 gC m -2 y -1 (Malone et al. 1983) G.o.Maine to Cape Hatteras: 310 gC m -2 y -1 (O’Reilly and Busch 1984) Southern MAB: 620 gC m -2 y -1 (Lohrenz et al. 2002)

18 dale haidvogel dale@marine.rutgers.edu Temperature at 100 m (One-month after initialization) NENA NATL NENA / NATL COUPLING

19 dale haidvogel dale@marine.rutgers.edu Surface Salinity (Initialization 01-Jan-1993) NEOS NENA NEOS / NENA COUPLING

20 dale haidvogel dale@marine.rutgers.edu In regional applications, one-way nesting works very well Specification of appropriate barotropic fields at the open boundaries is essential for stable computations Open source community models produce better algorithms over a wide range applications: Promote collaborative development and testing Promote higher standards Complete information transfer; wider usage Technical Remarks http://www.ocean-modeling.org/

21 dale haidvogel dale@marine.rutgers.edu Future Developments Coast-wide observing network for NEOS Embed within operational North Atlantic model Move to block/unstructured grids

22 dale haidvogel dale@marine.rutgers.edu Northeast Observing System (NEOS)

23 dale haidvogel dale@marine.rutgers.edu HyCOM GODAE Project http://hycom.rsmas.miami.edu/internal/seven/Overview-NOPP-GODAE.pdf

24 dale haidvogel dale@marine.rutgers.edu

Download ppt "Dale haidvogel Nested Modeling Studies on the Northeast U.S. Continental Shelves Dale B. Haidvogel John Wilkin, Katja Fennel, Hernan."

Similar presentations

1 Preliminary Simulation of the Regional Coupled Atmosphere-Ocean Model in the Southern California Coastal Regions (Santa Ana Winds and Air-Sea Interaction)

1 Preliminary Simulation of the Regional Coupled Atmosphere-Ocean Model in the Southern California Coastal Regions (Santa Ana Winds and Air-Sea Interaction)
Particle transport and organic carbon fluxes off NW Africa: impact of dust and carbonate G. Fischer (1), M. Iversen (3, 4), G. Karakas (3), N. Nowald (1),

Particle transport and organic carbon fluxes off NW Africa: impact of dust and carbonate G. Fischer (1), M. Iversen (3, 4), G. Karakas (3), N. Nowald (1),
Experiments with Monthly Satellite Ocean Color Fields in a NCEP Operational Ocean Forecast System PI: Eric Bayler, NESDIS/STAR Co-I: David Behringer, NWS/NCEP/EMC/GCWMB.

Experiments with Monthly Satellite Ocean Color Fields in a NCEP Operational Ocean Forecast System PI: Eric Bayler, NESDIS/STAR Co-I: David Behringer, NWS/NCEP/EMC/GCWMB.
U.S. Eastern Continental Shelf Carbon Budget: Modeling, Data Assimilation, and Analysis U.S. ECoS Science Team* ABSTRACT. The U.S. Eastern Continental.

U.S. Eastern Continental Shelf Carbon Budget: Modeling, Data Assimilation, and Analysis U.S. ECoS Science Team* ABSTRACT. The U.S. Eastern Continental.
John Wilkin US East Coast ROMS/TOMS Projects North Atlantic Basin (NATL) Northeast North American shelf (NENA) NSF CoOP Buoyancy.

John Wilkin US East Coast ROMS/TOMS Projects North Atlantic Basin (NATL) Northeast North American shelf (NENA) NSF CoOP Buoyancy.
Assimilation of Sea Surface Temperature into a Northwest Pacific Ocean Model using an Ensemble Kalman Filter B.-J. Choi Kunsan National University, Korea.

Assimilation of Sea Surface Temperature into a Northwest Pacific Ocean Model using an Ensemble Kalman Filter B.-J. Choi Kunsan National University, Korea.
A Simple Approach to Modeling Iron Limitation of Primary Production in the Gulf of Alaska A Simple Approach to Modeling Iron Limitation of Primary Production.

A Simple Approach to Modeling Iron Limitation of Primary Production in the Gulf of Alaska A Simple Approach to Modeling Iron Limitation of Primary Production.
Dale Haidvogel Institute of Marine and Coastal Sciences Coupled Basin- to Regional-Scale Ocean Modeling as Developed in the U.S. GLOBEC Program Dale Haidvogel.

Dale Haidvogel Institute of Marine and Coastal Sciences Coupled Basin- to Regional-Scale Ocean Modeling as Developed in the U.S. GLOBEC Program Dale Haidvogel.
Dale Haidvogel Institute of Marine and Coastal Sciences Putting the “Globe” into U.S. GLOBEC New Models and Methods in Support of Integrated Climate Research.

Dale Haidvogel Institute of Marine and Coastal Sciences Putting the “Globe” into U.S. GLOBEC New Models and Methods in Support of Integrated Climate Research.
ROMS/TOMS Tangent Linear and Adjoint Models Andrew Moore, CU Hernan Arango, Rutgers U Arthur Miller, Bruce Cornuelle, Emanuele Di Lorenzo, Doug Neilson.

ROMS/TOMS Tangent Linear and Adjoint Models Andrew Moore, CU Hernan Arango, Rutgers U Arthur Miller, Bruce Cornuelle, Emanuele Di Lorenzo, Doug Neilson.
The ROMS TL and ADJ Models: Tools for Generalized Stability Analysis and Data Assimilation Hernan Arango, Rutgers U Emanuele Di Lorenzo, GIT Arthur Miller,

The ROMS TL and ADJ Models: Tools for Generalized Stability Analysis and Data Assimilation Hernan Arango, Rutgers U Emanuele Di Lorenzo, GIT Arthur Miller,
A biogeochemical model for the northwestern Atlantic continental shelf Katja Fennel & John Wilkin Thanks also to: Hernan Arrango, Julia Levin, Dale Haidvogel,

A biogeochemical model for the northwestern Atlantic continental shelf Katja Fennel & John Wilkin Thanks also to: Hernan Arrango, Julia Levin, Dale Haidvogel,
Physical Oceanographic Observations and Models in Support of the WFS HyCODE College of Marine Science University of South Florida St. Petersburg, FL HyCode.

Physical Oceanographic Observations and Models in Support of the WFS HyCODE College of Marine Science University of South Florida St. Petersburg, FL HyCode.
MARCOOS/ESPreSSO ROMS RU Coastal Ocean Modeling and Prediction group John Wilkin, Gordon Zhang, Julia Levin, Naomi Fleming, Javier Zavala-Garay, Hernan.

MARCOOS/ESPreSSO ROMS RU Coastal Ocean Modeling and Prediction group John Wilkin, Gordon Zhang, Julia Levin, Naomi Fleming, Javier Zavala-Garay, Hernan.
Coupled physical-biogeochemical modeling of the Louisiana Dead Zone Katja Fennel Dalhousie University Rob Hetland Texas A&M Steve DiMarco.

Coupled physical-biogeochemical modeling of the Louisiana Dead Zone Katja Fennel Dalhousie University Rob Hetland Texas A&M Steve DiMarco.
John Wilkin Modeling the Heat Budget of Southeast New England Shelf Waters for CBLAST-Low John Wilkin H. Arango, K. Fennel, L.

John Wilkin Modeling the Heat Budget of Southeast New England Shelf Waters for CBLAST-Low John Wilkin H. Arango, K. Fennel, L.
ROMS modeling of stormwater plumes and anthropogenic nitrogen inputs in the SCB Eileen Idica PhD candidate, Dept Civil &

ROMS modeling of stormwater plumes and anthropogenic nitrogen inputs in the SCB Eileen Idica PhD candidate, Dept Civil &
Coastal Ocean Observation Lab John Wilkin, Hernan Arango, John Evans Naomi Fleming, Gregg Foti, Julia Levin, Javier Zavala-Garay,

Coastal Ocean Observation Lab John Wilkin, Hernan Arango, John Evans Naomi Fleming, Gregg Foti, Julia Levin, Javier Zavala-Garay,
Forecasting the dispersal of the Hudson River Plume John Wilkin Gregg Foti Byoung-Ju Choi Institute of Marine and Coastal Sciences Rutgers, The State University.

Forecasting the dispersal of the Hudson River Plume John Wilkin Gregg Foti Byoung-Ju Choi Institute of Marine and Coastal Sciences Rutgers, The State University.
Effects of Climate Change on Marine Ecosystems David Mountain US CLIVAR Science Symposium 14 July 2008.

Effects of Climate Change on Marine Ecosystems David Mountain US CLIVAR Science Symposium 14 July 2008.

Similar presentations

Ads by Google