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Under Development. 2-way coupling between ocean and atmosphere circulation models – put the O in COAMPS Couple wave models with ocean and atmospheric circulation models Automate flow of data and model results from one model to another – DIOPS for waves

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under development
Under Development
  • 2-way coupling between ocean and atmosphere circulation models – put the O in COAMPS
  • Couple wave models with ocean and atmospheric circulation models
  • Automate flow of data and model results from one model to another – DIOPS for waves
  • Integrate sediment transport models with coastal circulation models
  • And I haven’t even talked about ice modeling!
distributed integrated ocean prediction system

Distributed Integrated Ocean Prediction System

Slides courtesy of Dean Wakeham

DIOPS/SWAN Scientist

Neptune Sciences, Inc.

vision of diops

Vision of DIOPS

A distributed, forward deployed ocean wave and nearshore dynamics prediction software system, providing real-time, organic, relocateable wave prediction capability to operating forces.

Courtesy of Dean Wakeham

components
COMPONENTS
  • WAve Model (WAM)
  • STeady-state WAVE Model (STWAVE)
  • Combined REFraction/DIFfraction Model (REF/DIF)
  • Navy Relocatable Tide/Surge Modeling System (PCTIDES)
  • Navy SURF 3.1

Courtesy of Dean Wakeham

slide5

DIOPS Data Flow

Atmosphere Object

TEDS via METCAST

Offshore Object

Nearshore

Object

Coarse

Medium

Fine

WAM

STWAVE

Tidal Object

SWAN

PCTIDES

Product

Dissemination

REFDIF

NIPRNET

and/or

SIPRNET

Web Servers

TEDS

Product

Servers

Bathymetry

Object

Surf Object

TEDS

DBDB-V

SURF 3.1

Courtesy of Dean Wakeham

project 01a 2 littoral turbidity and surface drift modeling

Project 01A-2:Littoral Turbidity and Surface Drift Modeling

Richard P. Signell

NATO/SACLANT

Undersea Research Centre

La Spezia, Italy

Photo: NRL-SSC

Photo: SACLANTCEN

surface drift dynamics
Surface Drift Dynamics

ENVIR. FORCING

Wind

River inflow

Surface Heat Flux

Wind

Tides

OCEAN

RESPONSE

Depth Dependent Currents

Wind Waves

Vertical Mixing

Density Stratification

DRIFT RESPONSE

Stokes Drift

Direct Windage

Advected by Near-surface Currents

Courtesy of Rich Signell (USGS / SACLANT)

surface drift modeling
Surface Drift Modeling
  • Coupled operational models for wind, waves and 3D currents now exist, and we can now build (and assess!) an operational surface drift model.
  • COAMPS, WAM/SWAN, and NCOM models GNOME (Generalized NOAA Oil Modeling Environment)
  • NAVO Persian Gulf Drift Forecast

Courtesy of Rich Signell (USGS / SACLANT)

littoral turbidity dynamics
Littoral Turbidity Dynamics

ENVIR. FORCING

River inflow

Wind

Tides

Waves

Incident light

OCEAN

RESPONSE

Oscillatory currents

Steady barotropic/ baroclinic currents

SEDIMENTRESPONSE

Sediment entrainment/transport

OPTICAL RESPONSE

Scattering and absorption

(Keen, NRL)

Courtesy of Rich Signell (USGS / SACLANT)

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