Sensitivity of AMM15-surge to varying tidal boundary conditions and bottom friction coefficients
Sensitivity of AMM15-surge to varying tidal boundary conditions and bottom friction coefficients
Operational storm surge forecasting at the Met Office is undergoing transition from the model code developed by the National Oceanography Centre (NOC) to new configurations based on a depth-averaged configuration of the NEMO ocean model (Madec et al., 1998; Madec et al., 2014). The legacy configurations of CS3X (e.g. Horsburgh et al., 2008; Flowerdew et al., 2010) will continue to run in deterministic and ensemble modes during 2019/2020 but will be retired shortly thereafter once the NEMO suite can supply all operational products to the UK stakeholders.
National Oceanography Centre
Byrne, David
e5a86e6b-c93b-4fbf-91a7-2200b5e67dbf
Horsburgh, Kevin
ae10571e-7441-4cfa-b44d-e8fa7bce7cce
O’Neill, Clare K.
1be89323-986a-4d41-b08e-dc674c2b3cdc
October 2019
Byrne, David
e5a86e6b-c93b-4fbf-91a7-2200b5e67dbf
Horsburgh, Kevin
ae10571e-7441-4cfa-b44d-e8fa7bce7cce
O’Neill, Clare K.
1be89323-986a-4d41-b08e-dc674c2b3cdc
Byrne, David, Horsburgh, Kevin and O’Neill, Clare K.
(2019)
Sensitivity of AMM15-surge to varying tidal boundary conditions and bottom friction coefficients
(National Oceanography Centre Research and Consultancy Report, 71)
Southampton.
National Oceanography Centre
33pp.
Record type:
Monograph
(Project Report)
Abstract
Operational storm surge forecasting at the Met Office is undergoing transition from the model code developed by the National Oceanography Centre (NOC) to new configurations based on a depth-averaged configuration of the NEMO ocean model (Madec et al., 1998; Madec et al., 2014). The legacy configurations of CS3X (e.g. Horsburgh et al., 2008; Flowerdew et al., 2010) will continue to run in deterministic and ensemble modes during 2019/2020 but will be retired shortly thereafter once the NEMO suite can supply all operational products to the UK stakeholders.
Text
NOC_R&C_71_Final
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Published date: October 2019
Identifiers
Local EPrints ID: 434878
URI: http://eprints.soton.ac.uk/id/eprint/434878
PURE UUID: 4bc70f52-37a1-4974-a3bc-b1f364c08f57
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Date deposited: 15 Oct 2019 16:30
Last modified: 16 Mar 2024 04:42
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Contributors
Author:
David Byrne
Author:
Kevin Horsburgh
Author:
Clare K. O’Neill
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