Changes between Version 3 and Version 4 of 2012WP/2012Action_institutions_INGV

Timestamp:

2011-11-15T17:30:58+01:00 (12 years ago)

Author:

poddo

Comment:

--

2012WP/2012Action_institutions_INGV

@@ -18 +18 @@
 || INGV-2 || Continuation of wave wind drag coeff develpment ||  ||  ||  ||  ||  || ||  ||  ||
 || INGV-3 || River lateral open boundary conditions ||  ||  ||  ||  ||  || ||  ||  ||
-|| INGV-4 || Weve-current interaction ||  ||  ||  ||  ||  ||  ||  ||  ||
+|| INGV-4 || Wave-current interaction ||  ||  ||  ||  ||  ||  ||  ||  ||
 || INGV-5 || Atmospheric forcing interpolation ||  ||  ||  ||  ||  ||  ||  ||  ||
 || INGV-6 || Atmospheric forcing at the land-ocean interface ||  ||  ||  ||  ||  ||  ||  ||  ||
@@ -62 +62 @@
   Principal Investigator :'''  Paolo Oddo (paolo.oddo@bo.ingv.it) [[BR]]
 
-=== '''INGV.4 — Update of Richardson ldzdf routine for PP new scheme''' ===
-  ''' Motivation:'''  Modify the existing Pacanoski & Philander (PP) scheme to introduce mixed layer dynamics in order to have a robust and easily adaptable vertical mixing scheme for operational purposes [[BR]]  ''' Status:'''  Preliminary tests already carried out; needs to be written accordingly consortium rules and ensure proper propagation of variables between air-sea interface routines and vertical mixing scheme [[BR]]  ''' Main tasks:'''  Modify the existing module - introduce needed variables in the namelist - perform tests    [[BR]] ''' Science Reviewer:'''  [[BR]] ''' System Reviewer:'''  ''' [[BR]] Deadline:'''  ''' [[BR]] Priority:'''  ''' [[BR]] Principal Investigator :'''  Paolo Oddo (oddo@bo.ingv.it) [[BR]]
+=== '''INGV.4 — Wave-current interaction''' ===
+  ''' Motivation:''' full coupling of a wave model
+with NEMO.In two steps: [[BR]]
+a. Step1. By the end of 2012. Linear superposition of the Stokes velocity
+field, computed from an offline wave model, with circulation velocity
+from OGCM. [[BR]]
+b. Step2. By the end of 2013. Implementation of all the wave-ogcm coupling
+terms in the model equations.   [[BR]]
+  ''' Status:'''  [[BR]]
+  ''' Main tasks:'''  [[BR]]
+  ''' Science Reviewer:'''  [[BR]]
+  ''' System Reviewer:'''  ''' [[BR]] Deadline:'''  ''' [[BR]] Priority:'''  ''' [[BR]] Principal Investigator :'''  Mario Adani (mario.adani@bo.ingv.it) [[BR]]
+
+=== '''INGV.5 — Atmospheric forcing interpolation''' ===
+  ''' Motivation:''' An issue that still need
+investigation for the NEMO air-sea physics concerns the horizontal interpolation
+of the input atmospheric fields. In the current version of the NEMO code, all the
+external fields are interpolated into the model T-Grid, then fluxes computed, and
+finally momentum fluxes interpolated into the corresponfing U and V-grids.
+Another possibility is to interpolate the input atmospheric data into all the
+necessary grids (U, V and T) and apply the bulk directly into the correct model
+grid. This requires some testing. [[BR]]
+  ''' Status:'''  [[BR]]
+  ''' Main tasks:'''  [[BR]]
+  ''' Science Reviewer:'''  [[BR]]
+  ''' System Reviewer:'''  ''' [[BR]] Deadline:'''  ''' [[BR]] Priority:'''  ''' [[BR]] Principal Investigator :'''  Paolo Oddo (paolo.oddo@bo.ingv.it) [[BR]]
+
+=== '''INGV.6 — Atmospheric forcing at the land-ocean interface''' ===
+  ''' Motivation:''' Masking of atmospheric fields over land is crucial in coastal
+or near-coastal areas, in order to avoid spurious fluxes due to the wrong usage of
+“land” values from the coarse atmospheric model when spatial interpolation is
+required. [[BR]]
+  ''' Status:'''  [[BR]]
+  ''' Main tasks:'''  [[BR]]
+  ''' Science Reviewer:'''  [[BR]]
+  ''' System Reviewer:'''  ''' [[BR]] Deadline:'''  ''' [[BR]] Priority:'''  ''' [[BR]] Principal Investigator :'''  Paolo Oddo (paolo.oddo@bo.ingv.it) [[BR]]
+
+=== '''INGV.6 — Rationalization of air-sea bulk formulae''' ===
+  ''' Motivation:''' In the current version
+of the NEMO, a user can choose between three different packages of air sea
+interaction bulk formulae. The packages differ in term of atmospheric input fields
+and bulk parametrizations. In theory the best way would be to let the user decide,
+what kind of bulk to be used for each component of the Heat, Salt and Mass
+fluxes. This work does not require implementation of the bulk but a quite hard
+rearranging of the current version of the code. [[BR]]
+  ''' Status:'''  [[BR]]
+  ''' Main tasks:'''  [[BR]]
+  ''' Science Reviewer:'''  [[BR]]
+  ''' System Reviewer:'''  ''' [[BR]] Deadline:'''  ''' [[BR]] Priority:'''  ''' [[BR]] Principal Investigator :'''  Paolo Oddo (paolo.oddo@bo.ingv.it) [[BR]]
 
 
+