Changes between Version 88 and Version 89 of 2015WP/2015SharedActions
- Timestamp:
- 2015-09-30T12:21:28+02:00 (9 years ago)
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2015WP/2015SharedActions
v88 v89 38 38 . 39 39 40 || Action || Brief description || From || PI || 41 || '''AGRIF''' || || || || 42 || AGRIF-1 || Implement Vertical Grid Refinement || Met Office || Daley Calvert/Tim Graham || 43 || AGRIF-2 || Investing in AGRIF expertise || CNRS || Sebastien Masson || 44 ||AGRIF-3 || test last developpment of coupling at barotropic time step and vvl adaptation with new version of agrif || Mercator || Jerome Chanut || 45 || AGRIF-4 || AGRIF + LIM3 || CNRS || Clément Rousset || 46 || '''HPC''' || || || || 47 || HPC-1 || Scalability with MPI-OpenMP || CMCC || S. Mocavero || 48 || HPC-2 || investigate on openMP || MERCATOR || M. Chekki || 49 || HPC-3 || OASIS coupling between OPA and LIM/CICE || CNRS || S. Masson || 50 || '''Config. Manager''' || || || || 51 || CONFIGMAN-1 || Agree and test SIREN code || working group || || 52 || CONFIGMAN-2 || BDY configuration tool || NOC, CMCC || James Harle, Stefania Ciliberti || 53 || CONFIGMAN-3 || Merge BDY configuration tool and SIREN || Mercator, NOC, CMCC || Julien Paul, James Harle, Stefania Ciliberti || 54 || '''System simplification''' || || || || 55 || SIMPLIF-1 || Non-linear free surface as default option ||NOC ||Andrew Coward || 56 || SIMPLIF-2 || time-splitting (suppression of solvers) || MERCATOR || || 57 || SIMPLIF-3/4 || advection/lateral diffusion || CNRS || || 58 || SIMPLIF-5 || Configurations || CNRS/Met Office (+all) || || 59 || SIMPLIF-2 || Removal of obsolete options ||CMCC/Met Office ||Dorotea Iovino/Tim Graham || 60 || '''Wave coupling''' || || || || 61 || WAVE-1 || Surface coupling modifications for waves || Met Office || Francois-Xavier Boquet || 62 || WAVE-2 || Implementation of the WAVE-WG 2014 results || INGV || E. Clementi || 63 || WAVE-3 || Definition of a configuration to test wave-current interactions || INGV || E. Clementi || 64 || WAVE-4 || Definition of wave coupling at small (coastal) scale || INGV || M. De Dominicis || 65 || '''NEMO robustness''' || || || || 66 || ROBUST-1 || TOP online coarsening || Mercator, CNRS || Clement Bricaud, Coralie Perruche, Christian Ethé || 67 || ROBUST-2 || NEMO ready for ESMs-CMIP6: ORCA1_LIM3_PISCES || CNRS || Claire Levy || 68 || ROBUST-3 || Validation of NEMO3.6 (inc. ORCA025 and AMM7) || Met Office || Enda O'Dea, Tim Graham, Dave Storkey || 69 || ROBUST-4 || test NEMO3.6 with global configurations + test new features (LIM3, VVL, time-splitting, flux form,...) || Mercator || Romain Bourdalle-Badie, Clement Bricaud, Jerome Chanut || 70 || ROBUST-5 || OBC with BDY for biogeochemistry || CMCC || Tomas Lovato || 71 || ROBUST-6 || Improvement of lateral diffusion and dissipation || CNRS || Sebastien Masson/Gurvan Madec || 72 || ROBUST-8 || Efficiency improvements in OBS || Met Office || Jennie Waters || 73 || ROBUST-9 || Lead working Group on Tests cases || CNRS || Simona Flavoni || 74 || '''GMD Special Issue''' || || || || 75 || || Coupling NEMO with wave model: first step and sensitivity experiments in the Mediterranean Sea || INGV || E. Clementi || 76 || || Atmospheric pressure in semi -enclose basin using time-splitting and filtered free surface formulation || INGV || P. Oddo || 77 || || Split-explicit free surface and tide (Yellow Sea) || CMCC || D. Wang || 78 || || Performance and results of the high-resolution biogeochemical model PELAGOS025 within NEMO || CMCC || I. Epicoco || 79 || || The coupling of the flexible stoichiometric model BFM with NEMO || CMCC || M. Vichi || 80 || || Comparison of TKE and GLS (submitted) || MERCATOR || G. Reffray, R. Bourdalle-Badie || 81 || || PISCES : An ocean biogeochemical model for carbon and ecosystem studies (submitted) || CNRS || O. Aumont || 82 || || NEMOTAM: tangent and adjoint models for the ocean modelling platform NEMO (submitted) || CNRS || A. Vidard || 40 || Action || Brief description || Status end 2015 || From || PI || 41 || '''AGRIF''' || || || || || 42 || AGRIF-1 || Implement Vertical Grid Refinement || || Met Office || Daley Calvert/Tim Graham || 43 || AGRIF-2 || Investing in AGRIF expertise || || CNRS || Sebastien Masson || 44 ||AGRIF-3 || test last developpment of coupling at barotropic time step and vvl adaptation with new version of agrif || || Mercator || Jerome Chanut || 45 || AGRIF-4 || AGRIF + LIM3 || Postponed 2016 (was waiting for AGRIF update) || CNRS || Clément Rousset || 46 || '''HPC''' || || || || || 47 || HPC-1 || Scalability with MPI-OpenMP || || CMCC || S. Mocavero || 48 || HPC-2 || investigate on openMP || || MERCATOR || M. Chekki || 49 || HPC-3 || OASIS coupling between OPA and LIM/CICE || Done in 3_6_STABLE || CNRS || S. Masson || 50 || '''Config. Manager''' || || || || || 51 || CONFIGMAN-1 || Agree and test SIREN code || || working group || || 52 || CONFIGMAN-2 || BDY configuration tool || || NOC, CMCC || James Harle, Stefania Ciliberti || 53 || CONFIGMAN-3 || Merge BDY configuration tool and SIREN || || Mercator, NOC, CMCC || Julien Paul, James Harle, Stefania Ciliberti || 54 || '''System simplification''' || || || || || 55 || SIMPLIF-1 || Non-linear free surface as default option || ||NOC ||Andrew Coward || 56 || SIMPLIF-2 || time-splitting (suppression of solvers) || || MERCATOR || || 57 || SIMPLIF-3/4 || advection/lateral diffusion || Will be merged in the trunk by end 2015 || CNRS || || 58 || SIMPLIF-5 || Configurations || || CNRS/Met Office (+all) || || 59 || SIMPLIF-2 || Removal of obsolete options || ||CMCC/Met Office ||Dorotea Iovino/Tim Graham || 60 || '''Wave coupling''' || || || || || 61 || WAVE-1 || Surface coupling modifications for waves || || Met Office || Francois-Xavier Boquet || 62 || WAVE-2 || Implementation of the WAVE-WG 2014 results || || INGV || E. Clementi || 63 || WAVE-3 || Definition of a configuration to test wave-current interactions || || INGV || E. Clementi || 64 || WAVE-4 || Definition of wave coupling at small (coastal) scale || || INGV || M. De Dominicis || 65 || '''NEMO robustness''' || || || || || 66 || ROBUST-1 || TOP online coarsening || || Mercator, CNRS || Clement Bricaud, Coralie Perruche, Christian Ethé || 67 || ROBUST-2 || NEMO ready for ESMs-CMIP6: ORCA1_LIM3_PISCES || Done in 3_6_STABLE. Available through shaconemo forge project || CNRS || Claire Levy || 68 || ROBUST-3 || Validation of NEMO3.6 (inc. ORCA025 and AMM7) || || Met Office || Enda O'Dea, Tim Graham, Dave Storkey || 69 || ROBUST-4 || test NEMO3.6 with global configurations + test new features (LIM3, VVL, time-splitting, flux form,...) || || Mercator || Romain Bourdalle-Badie, Clement Bricaud, Jerome Chanut || 70 || ROBUST-5 || OBC with BDY for biogeochemistry || || CMCC || Tomas Lovato || 71 || ROBUST-6 || Improvement of lateral diffusion and dissipation || Will be merged in the trunk by end 2015 || CNRS || Sebastien Masson/Gurvan Madec || 72 || ROBUST-8 || Efficiency improvements in OBS || || Met Office || Jennie Waters || 73 || ROBUST-9 || Lead working Group on Tests cases || Ongoing work || CNRS || Simona Flavoni || 74 || '''GMD Special Issue''' || || || || || 75 || || Coupling NEMO with wave model: first step and sensitivity experiments in the Mediterranean Sea || || INGV || E. Clementi || 76 || || Atmospheric pressure in semi -enclose basin using time-splitting and filtered free surface formulation || || INGV || P. Oddo || 77 || || Split-explicit free surface and tide (Yellow Sea) || || CMCC || D. Wang || 78 || || Performance and results of the high-resolution biogeochemical model PELAGOS025 within NEMO || || CMCC || I. Epicoco || 79 || || The coupling of the flexible stoichiometric model BFM with NEMO || || CMCC || M. Vichi || 80 || || Comparison of TKE and GLS (submitted) || || MERCATOR || G. Reffray, R. Bourdalle-Badie || 81 || || A generic approach to explicit simulation of uncertainty in the NEMO ocean model || Published 27 January 2015 || CNRS || J.-M. Brankart || 82 || || PISCES-v2 : An ocean biogeochemical model for carbon and ecosystem studies || Published 16 February 2015 || CNRS || O. Aumont || 83 || || NEMOTAM: tangent and adjoint models for the ocean modelling platform NEMO (submitted) || Published 29 April 2015 || CNRS || A. Vidard || 84 || || NEMO–ICB (v1.0): interactive icebergs in the NEMO ocean model globally configured at eddy-permitting resolution || Published 27 May 2015 || NOC || || 83 85 84 86 ---- 85 87 === '''AGRIF''' === 86 88 ==== ''' '''AGRIF-1 / Met_Office-7 - AGRIF vertical grid refinement ==== 87 ''' Motivation: ''' Vertical grid refinement in NEMO would be a useful tool in simulating some aspects of the ocean (e.g. overflows) [[BR]] ''' Status: ''' Laurent Debreu has a first attempt version of this. [[BR]] ''' Main Tasks: ''' Take Laurent's 1st attempt code and update/improve it to provide this functionality [[BR]] ''' Science Reviewer:''' [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' [[BR]] ''' Priority:''' Medium [[BR]] ''' Depends on:''' [[BR]] ''' Principal Investigator : '''Daley Calvert/Tim Graham (TBD)89 ''' Motivation: ''' Vertical grid refinement in NEMO would be a useful tool in simulating some aspects of the ocean (e.g. overflows) [[BR]] ''' Status: ''' Laurent Debreu has a first attempt version of this. [[BR]] ''' Main Tasks: ''' Take Laurent's 1st attempt code and update/improve it to provide this functionality [[BR]] ''' Science Reviewer:''' [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' [[BR]] ''' Priority:''' Medium [[BR]] ''' Depends on:''' [[BR]] ''' Principal Investigator : ''' Daley Calvert/Tim Graham (TBD) 88 90 89 91 === '''AGRIF-2 / CNRS-7 - '''Investing in AGRIF expertise === 90 ''' Motivation''' : Hands on AGRIF for xx test cases. Gathering and sharing expertise. Towards a NEMO-AGRIF tutorial/training course. [[BR]] To be elaborated with other members of the consortium (making AGRIF compatible with split-explicit time stepping, s- and z-tilde coordinates, sea-ice...) [[BR]] ''' Status''' : [[BR]] ''' Main tasks :''' [[BR]] (1) use of AGRIF in coupled ocean-atmosphere and coupled oceanic configurations[[BR]] (2) contribute to the shared expertise by building a tutorial/training course[[BR]] (3) write a documentation of the NEMO interface to AGRIF [[BR]] (4) salve the issue of AGRIF with TKE (and GLS) vertical physics at the Equator[[BR]] ''' Science Reviewer: ''' Jerome Chanut [[BR]] ''' System Reviewer:''' Jerome Chanut [[BR]] ''' Deadline:''' end 2015[[BR]] ''' Priority:''' high[[BR]] ''' Depends on''' : [[BR]] ''' Principal Investigator''': Sébastien Masson92 ''' Motivation''' : Hands on AGRIF for xx test cases. Gathering and sharing expertise. Towards a NEMO-AGRIF tutorial/training course. [[BR]] To be elaborated with other members of the consortium (making AGRIF compatible with split-explicit time stepping, s- and z-tilde coordinates, sea-ice...) [[BR]] ''' Status''' : [[BR]] ''' Main tasks :''' [[BR]] (1) use of AGRIF in coupled ocean-atmosphere and coupled oceanic configurations[[BR]] (2) contribute to the shared expertise by building a tutorial/training course[[BR]] (3) write a documentation of the NEMO interface to AGRIF [[BR]] (4) salve the issue of AGRIF with TKE (and GLS) vertical physics at the Equator[[BR]] ''' Science Reviewer: ''' Jerome Chanut [[BR]] ''' System Reviewer:''' Jerome Chanut [[BR]] ''' Deadline:''' end 2015[[BR]] ''' Priority:''' high[[BR]] ''' Depends on''' : [[BR]] ''' Principal Investigator''' : Sébastien Masson 91 93 92 94 === AGRIF-3 /MERCATOR-4 - '''AGRIF + time-splitting compatibility (ctnd)''' === … … 98 100 === '''High Performance Computing''' === 99 101 === '''HPC-1 / CMCC-1 - Scalability with MPI-OPENMP''' === 100 ''' Motivation: ''' Improve NEMO scalability. [[BR]] ''' Status :''' continuation of 2014 dev CMCC-1[[BR]] ''' Main tasks :''' extension of the hybrid OpenMP/MPI approach to the entire code[[BR]] ''' Science Reviewer:''' [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' December 2015[[BR]] ''' Priority:''' HIGH[[BR]] ''' Depends on:''' [[BR]] ''' Principal Investigator : '''S. Mocavero (silvia.mocavero@cmcc.it)102 ''' Motivation: ''' Improve NEMO scalability. [[BR]] ''' Status :''' continuation of 2014 dev CMCC-1[[BR]] ''' Main tasks :''' extension of the hybrid OpenMP/MPI approach to the entire code[[BR]] ''' Science Reviewer:''' [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' December 2015[[BR]] ''' Priority:''' HIGH[[BR]] ''' Depends on:''' [[BR]] ''' Principal Investigator : ''' S. Mocavero (silvia.mocavero@cmcc.it) 101 103 102 104 === '''HPC-2/ MERCATOR-3 - investigate on openMP ''' === … … 104 106 105 107 === '''HPC-3 / CNRS-17 - OASIS coupling between OPA and LIM/CICE''' === 106 ''' Motivation: ''' Improve NEMO scalability. [[BR]] ''' Status :''' under development with E. Maisonnave and G. Madec[[BR]] ''' Main tasks :''' modify coupling interface to be able to do a coupling between OPA and LIM/CICE (through the Stand Alone Surface Module)[[BR]] ''' Science Reviewer:''' [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' May 2015[[BR]] ''' Priority: ''' P1[[BR]] ''' Depends on:''' [[BR]] ''' Principal Investigator : '''S. Masson (smasson@locean-ipsl.upmc.fr)108 ''' Motivation: ''' Improve NEMO scalability. [[BR]] ''' Status :''' under development with E. Maisonnave and G. Madec[[BR]] ''' Main tasks :''' modify coupling interface to be able to do a coupling between OPA and LIM/CICE (through the Stand Alone Surface Module)[[BR]] ''' Science Reviewer:''' [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' May 2015[[BR]] ''' Priority: ''' P1[[BR]] ''' Depends on:''' [[BR]] ''' Principal Investigator : ''' S. Masson (smasson@locean-ipsl.upmc.fr) 107 109 108 110 === '''Configuration Manager''' === … … 114 116 * SIREN can not handle north fold. An arbitrary limit of 88°N was added. However this imit has to be tested, and may be changed [[BR]] 115 117 116 ''' Science Reviewer:''' sebastien masson <smasson@locean-ipsl.upmc.fr> [[BR]] ''' System Reviewer:''' sebastien masson <smasson@locean-ipsl.upmc.fr> [[BR]] ''' Deadline: end of 2015''' [[BR]] ''' Priority:high''' [[BR]] ''' Depends on:''' [[BR]] ''' Principal Investigator :''' Julien Paul <julien.paul@mercator-ocean.fr> [[BR]]' ''''''''''118 ''' Science Reviewer:''' sebastien masson <smasson@locean-ipsl.upmc.fr> [[BR]] ''' System Reviewer:''' sebastien masson <smasson@locean-ipsl.upmc.fr> [[BR]] ''' Deadline: end of 2015''' [[BR]] ''' Priority:high''' [[BR]] ''' Depends on:''' [[BR]] ''' Principal Investigator :''' Julien Paul <julien.paul@mercator-ocean.fr> [[BR]]' 117 119 118 120 '''CONFIGMAN-2 / NOC-1 - BDY configuration tool''' 119 121 120 ''' Motivation: ''' The ability for NEMO to be configured and run as a regional model with open boundaries forced with output saved from a wider area configuration is under-used due to the difficulty of preparing suitable boundary files. This task aims to contribute to the Configuration manager shared action by providing a high-level tool capable of completing all the necessary steps. [[BR]] ''' Status :''' [[BR]] ''' Main tasks :''' To produce an open source Python tool to configure open boundary (BDY) condition files for use with NEMO v3.4 onwards by transferring data from global NEMO simulations to defined regional domains. The tool will produce tracer/ice/dynamics (including tidal boundaries from TPXO7.2) BDY files. Written in Python this tool will be ready for integration into an all encompassing 'Configuration Manager' if desired. [[BR]] ''' Science Reviewer:''' [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' [[BR]] ''' Priority:''' [[BR]] ''' Depends on:''' [[BR]] ''' Principal Investigator :'''James Harle122 ''' Motivation: ''' The ability for NEMO to be configured and run as a regional model with open boundaries forced with output saved from a wider area configuration is under-used due to the difficulty of preparing suitable boundary files. This task aims to contribute to the Configuration manager shared action by providing a high-level tool capable of completing all the necessary steps. [[BR]] ''' Status :''' [[BR]] ''' Main tasks :''' To produce an open source Python tool to configure open boundary (BDY) condition files for use with NEMO v3.4 onwards by transferring data from global NEMO simulations to defined regional domains. The tool will produce tracer/ice/dynamics (including tidal boundaries from TPXO7.2) BDY files. Written in Python this tool will be ready for integration into an all encompassing 'Configuration Manager' if desired. [[BR]] ''' Science Reviewer:''' [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' [[BR]] ''' Priority:''' [[BR]] ''' Depends on:''' [[BR]] ''' Principal Investigator :''' James Harle 121 123 122 124 ==== CONFIGMAN-3 / MERCATOR-2 - Merge BDY configuration tool and SIREN ==== … … 125 127 === '''System simplification''' === 126 128 ==== SIMPLIF-1 / NOC-3 - System support and Simplification work ==== 127 ''' Motivation: ''' The need for simplifying NEMO in preparation for next generation computer architecture work has been accepted by the NEMO community. The exact details of what is to be done and the timing and order of these changes has yet to be decided. NOC expects to take an active role in this process and reserves a substantial block of its annual contribution to ensure it can respond accordingly to the consortium plans. This block also covers routine system team work to respond to user initiated tasks (bug-fixes, requests for assistance, documentation etc.). [[BR]] ''' Status :''' [[BR]] ''' Main tasks :''' [[BR]] ''' Science Reviewer:''' [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' [[BR]] ''' Priority:''' [[BR]] ''' Depends on:''' [[BR]] ''' Principal Investigator : '''Andrew Coward129 ''' Motivation: ''' The need for simplifying NEMO in preparation for next generation computer architecture work has been accepted by the NEMO community. The exact details of what is to be done and the timing and order of these changes has yet to be decided. NOC expects to take an active role in this process and reserves a substantial block of its annual contribution to ensure it can respond accordingly to the consortium plans. This block also covers routine system team work to respond to user initiated tasks (bug-fixes, requests for assistance, documentation etc.). [[BR]] ''' Status :''' [[BR]] ''' Main tasks :''' [[BR]] ''' Science Reviewer:''' [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' [[BR]] ''' Priority:''' [[BR]] ''' Depends on:''' [[BR]] ''' Principal Investigator : ''' Andrew Coward 128 130 129 131 ==== SIMPLIF-2 / CMCC-4 - System simplification ==== 130 ''' Motivation: ''' CMCC will contribute to the simplification process removing obsolescent features. Specific details on what and when have yet to be worked out. [[BR]] ''' Status :''' [[BR]] ''' Main tasks :''' [[BR]] ''' Science Reviewer:''' [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' [[BR]] ''' Priority:''' [[BR]] ''' Depends on:''' [[BR]] ''' Principal Investigator : '''Dorotea Iovino132 ''' Motivation: ''' CMCC will contribute to the simplification process removing obsolescent features. Specific details on what and when have yet to be worked out. [[BR]] ''' Status :''' [[BR]] ''' Main tasks :''' [[BR]] ''' Science Reviewer:''' [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' [[BR]] ''' Priority:''' [[BR]] ''' Depends on:''' [[BR]] ''' Principal Investigator : ''' Dorotea Iovino 131 133 132 134 ==== SIMPLIF-3 - System simplification ==== 133 ''' Motivation: ''' Met office will contribute to simplification process either via code cleaning or simplifying the vertical coordinates (Details to be determined) [[BR]] ''' Status :''' [[BR]] ''' Main tasks :''' [[BR]] ''' Science Reviewer:''' [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' [[BR]] ''' Priority:''' [[BR]] ''' Depends on:''' [[BR]] ''' Principal Investigator : '''Dave Storkey/Tim Graham135 ''' Motivation: ''' Met office will contribute to simplification process either via code cleaning or simplifying the vertical coordinates (Details to be determined) [[BR]] ''' Status :''' [[BR]] ''' Main tasks :''' [[BR]] ''' Science Reviewer:''' [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' [[BR]] ''' Priority:''' [[BR]] ''' Depends on:''' [[BR]] ''' Principal Investigator : ''' Dave Storkey/Tim Graham 134 136 135 137 === '''Wave Coupling''' === 136 138 ==== Wave Coupling-1 / Met Office-8 - Modifications to surface coupling required for surface waves ==== 137 ''' Motivation: ''' Surface wave coupling will require changes to sbccpl to allow surface waves in coupled models (Action from Wave WG meeting) [BR]] ''' Main tasks :''' Changes to sbccpl [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' [[BR]] ''' Priority:''' high [[BR]] ''' Depends on: Wave Coupling-2''' [[BR]] ''' Principal Investigator: '''Francois-Xavier Boquet139 ''' Motivation: ''' Surface wave coupling will require changes to sbccpl to allow surface waves in coupled models (Action from Wave WG meeting) [BR]] ''' Main tasks :''' Changes to sbccpl [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' [[BR]] ''' Priority:''' high [[BR]] ''' Depends on: Wave Coupling-2''' [[BR]] ''' Principal Investigator: ''' Francois-Xavier Boquet 138 140 139 141 ==== Wave Coupling-2 / INGV-1 - Implementation of the WAVE-WG 2014 results ==== 140 ''' Motivation: ''' In 2014 the Wave–WG defined a series of developments to be implemented by the WG participants in order to implement processes occurring from meso-scale to large-scale. A temporary branch hosting the surface wave components from ECMWF already exists and some modifications respect to this branch have been identified. INGV will take care of some of the developments identified [[BR]] ''' Status :''' Implementation of some of the identified processes has been started in 2014. To be continued in 2015 [[BR]] ''' Main tasks :''' [[BR]] - 3D Stokes drift computation will be modified according to Breivik et al., (2014) formulation. It will be a public variable to be used also in other terms (tracers and momentum advection, surface vertical velocity); [[BR]] - implementation of surface vertical velocity accounting for the Stokes Drift in case of wave coupling; [[BR]] - implementation of the tracers advection accounting for the 3D Stokes drift; [[BR]] - implementation of the Qiao et al., (2010) formulation accounting for the enhanced vertical mixing induced by waves; [[BR]] - others if agreed by the WAVE-WG. [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' [[BR]] ''' Priority:''' high [[BR]] ''' Depends on:''' [[BR]] ''' Principal Investigator: '''Emanuela Clementi (emanuela.clementi@ingv.it)142 ''' Motivation: ''' In 2014 the Wave–WG defined a series of developments to be implemented by the WG participants in order to implement processes occurring from meso-scale to large-scale. A temporary branch hosting the surface wave components from ECMWF already exists and some modifications respect to this branch have been identified. INGV will take care of some of the developments identified [[BR]] ''' Status :''' Implementation of some of the identified processes has been started in 2014. To be continued in 2015 [[BR]] ''' Main tasks :''' [[BR]] - 3D Stokes drift computation will be modified according to Breivik et al., (2014) formulation. It will be a public variable to be used also in other terms (tracers and momentum advection, surface vertical velocity); [[BR]] - implementation of surface vertical velocity accounting for the Stokes Drift in case of wave coupling; [[BR]] - implementation of the tracers advection accounting for the 3D Stokes drift; [[BR]] - implementation of the Qiao et al., (2010) formulation accounting for the enhanced vertical mixing induced by waves; [[BR]] - others if agreed by the WAVE-WG. [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' [[BR]] ''' Priority:''' high [[BR]] ''' Depends on:''' [[BR]] ''' Principal Investigator: ''' Emanuela Clementi (emanuela.clementi@ingv.it) 141 143 142 144 ==== Wave Coupling-3 / INGV-2 - Definition of a configuration to test wave-current interactions ==== 143 ''' Motivation: ''' A proper configuration is needed in order to test the wave-current developments as agreed by the WAVE-WG [[BR]] ''' Status :''' To be started [[BR]] ''' Main tasks:''' Contribute, within the WAVE-WG, in the definition and implementation of a configuration to test the wave-current processes implemented ''' [[BR]] System Reviewer:''' [[BR]] ''' Deadline:''' [[BR]] ''' Priority:''' [[BR]] ''' Depends on:''' INGV.01 and NEMO-WAVE WG actions [[BR]] ''' Principal Investigator: '''Emanuela Clementi (emanuela.clementi@ingv.it)145 ''' Motivation: ''' A proper configuration is needed in order to test the wave-current developments as agreed by the WAVE-WG [[BR]] ''' Status :''' To be started [[BR]] ''' Main tasks:''' Contribute, within the WAVE-WG, in the definition and implementation of a configuration to test the wave-current processes implemented ''' [[BR]] System Reviewer:''' [[BR]] ''' Deadline:''' [[BR]] ''' Priority:''' [[BR]] ''' Depends on:''' INGV.01 and NEMO-WAVE WG actions [[BR]] ''' Principal Investigator: ''' Emanuela Clementi (emanuela.clementi@ingv.it) 144 146 145 147 ==== Wave Coupling-4 / INGV-3 - Definition of wave coupling at small (coastal) scale ==== 146 ''' Motivation: ''' According to the WAVE-WG, in order to achieve a full wave-current coupling, the small (coastal) scale processes need to be investigated [[BR]] ''' Status:''' To be started [[BR]] ''' Main tasks:''' Contribute, within the WAVE-WG, in the analysis of this issue in order to finalize the discussion started in 2014 before proceeding with any new implementation [[BR]] ''' Science Reviewer:''' [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' [[BR]] ''' Priority:''' [[BR]] ''' Depends on:''' [[BR]] ''' Principal Investigator: '''Michela De Dominicis (michela.dedominicis@ingv.it)148 ''' Motivation: ''' According to the WAVE-WG, in order to achieve a full wave-current coupling, the small (coastal) scale processes need to be investigated [[BR]] ''' Status:''' To be started [[BR]] ''' Main tasks:''' Contribute, within the WAVE-WG, in the analysis of this issue in order to finalize the discussion started in 2014 before proceeding with any new implementation [[BR]] ''' Science Reviewer:''' [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' [[BR]] ''' Priority:''' [[BR]] ''' Depends on:''' [[BR]] ''' Principal Investigator: ''' Michela De Dominicis (michela.dedominicis@ingv.it) 147 149 148 150 === '''NEMO robustness''' === … … 154 156 155 157 ==== ROBUST-3 / Met_Office-12 - Validation (including ORCA025/AMM12/AMM7) ==== 156 ''' Motivation: ''' Model configurations need to be validated before the release of the model. [[BR]] ''' Status: ''' '''Main Tasks: '''158 ''' Motivation: ''' Model configurations need to be validated before the release of the model. [[BR]] ''' Status: ''' ''' Main Tasks: ''' 157 159 158 160 * Upgrading configs to new model version (after merge party) … … 164 166 ''' Motivation: ''' Model configurations need to be validated before the release of the model. [[BR]] ''' Status: ''' ORCA025_LIM2 with filtread free surface or time splitting is already running at Mercator [[BR]] ''' Main Tasks: Test and validation with ORCA025 of: ''' [[BR]] 165 167 166 -LIM2 vs LIM3 [[BR]] -GLS vs TKE [[BR]] -time-splitting vs filtred free surface [[BR]] -vector form vs UBS for momentum advection [[BR]] -run ORCA025 with Z* [[BR]] -online coarsening [[BR]] -run ORCA12 with time-splitting/LIM2/GLS/UBS? [[BR]]-online coarsening [[BR]]168 -LIM2 vs LIM3 [[BR]] -GLS vs TKE [[BR]] -time-splitting vs filtred free surface [[BR]] -vector form vs UBS for momentum advection [[BR]] -run ORCA025 with Z* [[BR]] -online coarsening [[BR]] -run ORCA12 with time-splitting/LIM2/GLS/UBS? [[BR]] -online coarsening [[BR]] 167 169 168 170 ''' Science Reviewer:''' Martin Vancoppenolle <martin.vancoppenolle@locean-ipsl.upmc.fr>,"Andrew C. Coward" <acc@noc.ac.uk>,Gurvan Madec <Gurvan.Madec@locean-ipsl.upmc.fr> [[BR]] ''' System Reviewer:''' N/A [[BR]] ''' Deadline:''' [[BR]] ''' Priority:''' medium [[BR]] ''' Depends on: '''implementation of online coarsening [[BR]] ''' Principal Investigator : ''' Clement Bricaud <cbricaud@mercator-ocean.fr>,Romain Bourdallé-Badie <rbourdal@mercator-ocean.fr>, Jerome Chanut <jchanut@mercator-ocean.fr> [[BR]] 169 171 170 172 ==== ''' '''ROBUST-5 / CMCC-5 - OBC with BDY for biogeochemistry ==== 171 ''' Motivation: ''' finalize the treatment of boundary conditions for TOP [[BR]] ''' Status :''' continuation [[BR]] ''' Main tasks :''' use BDY with biogeochemistry using the structures implemented in 2014 development.[[BR]] ''' Science Reviewer:''' D. Storkey [[BR]] ''' System Reviewer:''' C. Ethé [[BR]] ''' Deadline: ''' March 2015 [[BR]] ''' Priority: ''' HIGH [[BR]] ''' Depends on: ''' [[BR]] ''' Principal Investigator : '''Tomas Lovato173 ''' Motivation: ''' finalize the treatment of boundary conditions for TOP [[BR]] ''' Status :''' continuation [[BR]] ''' Main tasks :''' use BDY with biogeochemistry using the structures implemented in 2014 development.[[BR]] ''' Science Reviewer:''' D. Storkey [[BR]] ''' System Reviewer:''' C. Ethé [[BR]] ''' Deadline: ''' March 2015 [[BR]] ''' Priority: ''' HIGH [[BR]] ''' Depends on: ''' [[BR]] ''' Principal Investigator : ''' Tomas Lovato 172 174 173 175 ==== ROBUST-6 / CNRS-9 - Improvment of lateral diffusion and dissipation ==== 174 ''' Motivation: ''' simplify and improve the lateral diffusion and dissipation in NEMO/OPA [[BR]] ''' Status :''' Continuation [[BR]] '''Main tasks : '''176 ''' Motivation: ''' simplify and improve the lateral diffusion and dissipation in NEMO/OPA [[BR]] ''' Status :''' Continuation [[BR]] ''' Main tasks : ''' 175 177 176 178 * Simplification: … … 185 187 186 188 ==== ROBUST-9 / CNRS-11 - Lead working Group on Tests cases ==== 187 ''' Motivation: ''' There are several motivations to define a suite of standard test-cases for NEMO (e.g. for pedagogical purpose and/or for demonstrating the benefit of new features and/or for illustrating the effect of a numerical scheme). This work will be done in throughout a Working Group. The purpose of the Working Group is to (i) specify the expected outcome of standard test-cases in NEMO and (ii) to define how standard test-cases should be distributed within NEMO. There will be interactions with Configuration Manager Working Group to decide how input files (bathymetry, coordinates,...) will be given, and how they will be maintained. In 2015, this new working group will need to be started (list of members to be fianlised during Developer’s Committee 2014).[[BR]] ''' Status : ''' Starting[[BR]] ''' Main tasks :''' [[BR]] ''' Science Reviewer:''' [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' [[BR]] ''' Priority: ''' P2 (2nd semester 2015)[[BR]] ''' Depends on: ''' Simplification, Configuration Manager…[[BR]] ''' Principal Investigator : '''Simona Flavoni189 ''' Motivation: ''' There are several motivations to define a suite of standard test-cases for NEMO (e.g. for pedagogical purpose and/or for demonstrating the benefit of new features and/or for illustrating the effect of a numerical scheme). This work will be done in throughout a Working Group. The purpose of the Working Group is to (i) specify the expected outcome of standard test-cases in NEMO and (ii) to define how standard test-cases should be distributed within NEMO. There will be interactions with Configuration Manager Working Group to decide how input files (bathymetry, coordinates,...) will be given, and how they will be maintained. In 2015, this new working group will need to be started (list of members to be fianlised during Developer’s Committee 2014).[[BR]] ''' Status : ''' Starting[[BR]] ''' Main tasks :''' [[BR]] ''' Science Reviewer:''' [[BR]] ''' System Reviewer:''' [[BR]] ''' Deadline:''' [[BR]] ''' Priority: ''' P2 (2nd semester 2015)[[BR]] ''' Depends on: ''' Simplification, Configuration Manager…[[BR]] ''' Principal Investigator : ''' Simona Flavoni 188 190 189 191 === GMD/ MERCATOR-8 - GMD special issue: Modelling turbulent vertical mixing sensitivity using a 1-D version of NEMOC ===
