New URL for NEMO forge!   http://forge.nemo-ocean.eu

Since March 2022 along with NEMO 4.2 release, the code development moved to a self-hosted GitLab.
This present forge is now archived and remained online for history.
2011WP/2011Action_institutions_CMCC – NEMO
wiki:2011WP/2011Action_institutions_CMCC

Version 10 (modified by dobricic, 14 years ago) (diff)

--

CMCC-NEMO team - 2011 actions

Last edited Timestamp?

members

NameInstitution%Position
Srdjan DobricicCMCC, Bologna30CMCC NEMO officer
Marcello VichiCMCC, Bologna30scientist
Italo EpicocoCMCC, Lecce20scientist
Silvia MocaveroCMCC, Lecce20scientist

total weeks :
12 + 12 + 8 + 8 = 40 wk

Summary:

ActionBrief descriptionStatusBranch nameTrac ticket n°Wiki page nameReviewer(s)Review statusReady for merge
CMCC-1Improve TOP interface
CMCC-2Test dynamical allocation
CMCC-3Improve OBS and ASM
CMCC-4Check masks

CMCC.1 — Improve TOP interface

Motivation: Add generic interfaces for surface and lateral boundary conditions for tracers (river input and atmospheric deposition).
Status : This interface has already been done for transport routines.
Main tasks : Port the interface used for transport routines to the surface and boundary condition routines currently used for T and S (in collaboration with INGV for rivers).
Science Reviewer:
System Reviewer:
Deadline:

Priority:
Medium
Principal Investigator :
Marcello Vichi

CMCC.2 — Test dynamical allocation

Motivation:
Status :
Main tasks :
Science Reviewer:
System Reviewer:
Deadline:

Priority:

Principal Investigator :

CMCC.3 — Improve OBS and ASM

Motivation: Improve the OBS and ASM interfaces to nest with other data assimilation schemes, in particular OceanVar?. Eventually add new observational operators.
Status : The existing OBS and ASM for the NemoVar? will be used and eventually adapted for the OceanVar? scheme.
Main tasks : 1) Test the existing scheme with the OceanVar?; 2) Make necessary modifications (new observational operators etc.)
Science Reviewer:
System Reviewer:
Deadline:

Priority:
medium
Principal Investigator :
Srdjan Dobricic

CMCC.4 — Check masks

Motivation: Advection of the rotational component of velocity should conserve the total energy and enstrophy.
Status : Masks will be checked to ensure the conservation of these two properties, and eventual modifications will be applied.
Main tasks : 1) Theoretical check of the conservation of energy and enstrophy with existing masks. 2) Eventual modification of masks to ensure the conservation.
Science Reviewer: Gurvan Madec
System Reviewer:
Deadline:

Priority:
High
Principal Investigator :
Srdjan Dobricic