8.4 - UFS Coastal Model and Planned Applications: Updates and Path Forward

Saeed Moghimi; Maoyi Huang; Jana Haddad; Ufuk Turuncoglu; Soroosh Mani; Fariborz Daneshvar; Mansur Ali Jisan; Panagiotis Velissariou; Alexander Kurapov; Liujuan Tang; Edward Myers; Corey Allen; Ann Tsay; Gregory Seroka; Ayumi Fujisaki-Manome; Shachak Pe'eri; Tracy Fanara; Derrick Snowden; Lucila Bloemendaa; Ali  Salimi-Tarazouj; Jacob R. Carley; Denise Worthen; Saeideh Banihashemi; Avichal Mehra; Ali Abdolali; Carsten Lemmen; Yinglong Joseph Zhang; Damrongsak Wirasaet; Joannes Westerink; Hernan Arango; Scott Durski; Jihun Jung; Joseph Smith; Keven Michael Blackman

8.4 - UFS Coastal Model and Planned Applications: Updates and Path Forward

Saeed Moghimi, Maoyi Huang, Jana Haddad, Ufuk Turuncoglu, Soroosh Mani, Fariborz Daneshvar, Mansur Ali Jisan, Panagiotis Velissariou, Alexander Kurapov, Liujuan Tang, Edward Myers, Corey Allen, Ann Tsay, Gregory Seroka, Ayumi Fujisaki-Manome, Shachak Pe'eri, Tracy Fanara, Derrick Snowden, Lucila Bloemendaa, Ali Salimi-TarazoujJacob R. Carley, Denise Worthen, Saeideh Banihashemi, Avichal Mehra, Ali Abdolali, Carsten Lemmen, Yinglong Joseph Zhang, Damrongsak Wirasaet, Joannes Westerink, Hernan Arango, Scott Durski, Jihun Jung, Joseph Smith, Keven Michael Blackman

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Abstract

NOAA’s National Ocean Service (NOS) is partnering with the Oceanic and Atmospheric Research (OAR), National Weather Service (NWS) and coastal ocean modeling community to develop its next generation coastal ocean coupling infrastructure for integration into the NOAA Unified Forecast System portfolio.
We will share our roadmap and the current status of the development of ufs-coastal-model (i.e. forked from ufs-weather-model) coupling infrastructure and its downstream applications (ufs-coastal-app). The current development team consists of developers from the ESMF/NUOPC team at NCAR and the NOS Storm Surge Modeling Team at the Office of Coast Survey. Substantial support is also provided by coastal ocean model developers (ROMS, ADCIRC, SCHISM and FVCOM) as well as support from the WaveWatchIII team at NOAA Environmental Modeling Center and US Army Corps of Engineers.

In this presentation, we will introduce some of the ongoing and planned ufs-coastal applications. Such as:

SECOFS: DATM+SCHISM+WW3 (NOAA / funded)
STOFS-3D-Alaska: DATM+SCHISM+CICE+WW3 (NOAA / partially funded)
Bering Sea: DATM+ROMS+CICE (NASA / partially funded)
Hurricane-Surge: PAHM+SCHISM+WW3 (NOAA / partially funded)
STOFS workflow: To unify and upgrade current STOFS workflow (NOAA / partially funded)
STOFS-2D-Global: DATM+ADCIRC+WW3 (not funded)

Original language	American English
Title of host publication	AMS 2025
State	Published - Jan 14 2025

Cite this

@inproceedings{d6dc618335f84412bb3985ef74629cdf,

title = "8.4 - UFS Coastal Model and Planned Applications: Updates and Path Forward",

abstract = "NOAA{\textquoteright}s National Ocean Service (NOS) is partnering with the Oceanic and Atmospheric Research (OAR), National Weather Service (NWS) and coastal ocean modeling community to develop its next generation coastal ocean coupling infrastructure for integration into the NOAA Unified Forecast System portfolio. We will share our roadmap and the current status of the development of ufs-coastal-model (i.e. forked from ufs-weather-model) coupling infrastructure and its downstream applications (ufs-coastal-app). The current development team consists of developers from the ESMF/NUOPC team at NCAR and the NOS Storm Surge Modeling Team at the Office of Coast Survey. Substantial support is also provided by coastal ocean model developers (ROMS, ADCIRC, SCHISM and FVCOM) as well as support from the WaveWatchIII team at NOAA Environmental Modeling Center and US Army Corps of Engineers. In this presentation, we will introduce some of the ongoing and planned ufs-coastal applications. Such as: SECOFS: DATM+SCHISM+WW3 (NOAA / funded) STOFS-3D-Alaska: DATM+SCHISM+CICE+WW3 (NOAA / partially funded) Bering Sea: DATM+ROMS+CICE (NASA / partially funded) Hurricane-Surge: PAHM+SCHISM+WW3 (NOAA / partially funded) STOFS workflow: To unify and upgrade current STOFS workflow (NOAA / partially funded) STOFS-2D-Global: DATM+ADCIRC+WW3 (not funded)",

author = "Saeed Moghimi and Maoyi Huang and Jana Haddad and Ufuk Turuncoglu and Soroosh Mani and Fariborz Daneshvar and Jisan, \{Mansur Ali\} and Panagiotis Velissariou and Alexander Kurapov and Liujuan Tang and Edward Myers and Corey Allen and Ann Tsay and Gregory Seroka and Ayumi Fujisaki-Manome and Shachak Pe'eri and Tracy Fanara and Derrick Snowden and Lucila Bloemendaa and Ali Salimi-Tarazouj and Carley, \{Jacob R.\} and Denise Worthen and Saeideh Banihashemi and Avichal Mehra and Ali Abdolali and Carsten Lemmen and Zhang, \{Yinglong Joseph\} and Damrongsak Wirasaet and Joannes Westerink and Hernan Arango and Scott Durski and Jihun Jung and Joseph Smith and Blackman, \{Keven Michael\}",

year = "2025",

month = jan,

day = "14",

language = "American English",

booktitle = "AMS 2025",

}

Moghimi, S, Huang, M, Haddad, J, Turuncoglu, U, Mani, S, Daneshvar, F, Jisan, MA, Velissariou, P, Kurapov, A, Tang, L, Myers, E, Allen, C, Tsay, A, Seroka, G, Fujisaki-Manome, A, Pe'eri, S, Fanara, T, Snowden, D, Bloemendaa, L, Salimi-Tarazouj, A, Carley, JR, Worthen, D, Banihashemi, S, Mehra, A, Abdolali, A, Lemmen, C, Zhang, YJ, Wirasaet, D, Westerink, J, Arango, H, Durski, S, Jung, J, Smith, J & Blackman, KM 2025, 8.4 - UFS Coastal Model and Planned Applications: Updates and Path Forward. in AMS 2025.

TY - GEN

T1 - 8.4 - UFS Coastal Model and Planned Applications

T2 - Updates and Path Forward

AU - Moghimi, Saeed

AU - Huang, Maoyi

AU - Haddad, Jana

AU - Turuncoglu, Ufuk

AU - Mani, Soroosh

AU - Daneshvar, Fariborz

AU - Jisan, Mansur Ali

AU - Velissariou, Panagiotis

AU - Kurapov, Alexander

AU - Tang, Liujuan

AU - Myers, Edward

AU - Allen, Corey

AU - Tsay, Ann

AU - Seroka, Gregory

AU - Fujisaki-Manome, Ayumi

AU - Pe'eri, Shachak

AU - Fanara, Tracy

AU - Snowden, Derrick

AU - Bloemendaa, Lucila

AU - Salimi-Tarazouj, Ali

AU - Carley, Jacob R.

AU - Worthen, Denise

AU - Banihashemi, Saeideh

AU - Mehra, Avichal

AU - Abdolali, Ali

AU - Lemmen, Carsten

AU - Zhang, Yinglong Joseph

AU - Wirasaet, Damrongsak

AU - Westerink, Joannes

AU - Arango, Hernan

AU - Durski, Scott

AU - Jung, Jihun

AU - Smith, Joseph

AU - Blackman, Keven Michael

PY - 2025/1/14

Y1 - 2025/1/14

N2 - NOAA’s National Ocean Service (NOS) is partnering with the Oceanic and Atmospheric Research (OAR), National Weather Service (NWS) and coastal ocean modeling community to develop its next generation coastal ocean coupling infrastructure for integration into the NOAA Unified Forecast System portfolio. We will share our roadmap and the current status of the development of ufs-coastal-model (i.e. forked from ufs-weather-model) coupling infrastructure and its downstream applications (ufs-coastal-app). The current development team consists of developers from the ESMF/NUOPC team at NCAR and the NOS Storm Surge Modeling Team at the Office of Coast Survey. Substantial support is also provided by coastal ocean model developers (ROMS, ADCIRC, SCHISM and FVCOM) as well as support from the WaveWatchIII team at NOAA Environmental Modeling Center and US Army Corps of Engineers. In this presentation, we will introduce some of the ongoing and planned ufs-coastal applications. Such as: SECOFS: DATM+SCHISM+WW3 (NOAA / funded) STOFS-3D-Alaska: DATM+SCHISM+CICE+WW3 (NOAA / partially funded) Bering Sea: DATM+ROMS+CICE (NASA / partially funded) Hurricane-Surge: PAHM+SCHISM+WW3 (NOAA / partially funded) STOFS workflow: To unify and upgrade current STOFS workflow (NOAA / partially funded) STOFS-2D-Global: DATM+ADCIRC+WW3 (not funded)

AB - NOAA’s National Ocean Service (NOS) is partnering with the Oceanic and Atmospheric Research (OAR), National Weather Service (NWS) and coastal ocean modeling community to develop its next generation coastal ocean coupling infrastructure for integration into the NOAA Unified Forecast System portfolio. We will share our roadmap and the current status of the development of ufs-coastal-model (i.e. forked from ufs-weather-model) coupling infrastructure and its downstream applications (ufs-coastal-app). The current development team consists of developers from the ESMF/NUOPC team at NCAR and the NOS Storm Surge Modeling Team at the Office of Coast Survey. Substantial support is also provided by coastal ocean model developers (ROMS, ADCIRC, SCHISM and FVCOM) as well as support from the WaveWatchIII team at NOAA Environmental Modeling Center and US Army Corps of Engineers. In this presentation, we will introduce some of the ongoing and planned ufs-coastal applications. Such as: SECOFS: DATM+SCHISM+WW3 (NOAA / funded) STOFS-3D-Alaska: DATM+SCHISM+CICE+WW3 (NOAA / partially funded) Bering Sea: DATM+ROMS+CICE (NASA / partially funded) Hurricane-Surge: PAHM+SCHISM+WW3 (NOAA / partially funded) STOFS workflow: To unify and upgrade current STOFS workflow (NOAA / partially funded) STOFS-2D-Global: DATM+ADCIRC+WW3 (not funded)

UR - https://ams.confex.com/ams/105ANNUAL/meetingapp.cgi/Paper/447651

M3 - Conference contribution

BT - AMS 2025

ER -

8.4 - UFS Coastal Model and Planned Applications: Updates and Path Forward

Abstract

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