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ALADIN 1999 Working Plan

(to be modified according to each partner's topics of interest and means)

(references in italics refer to the updated version of the medium-term research plan)

I. Physics

II. Dynamics, coupling

III. Data assimilation


I. Physics

Ref.

Topic

Team

Place

Date

Work

I.1

B3

Another strategy for the physics-dynamics interface

LACE ?

Prague

(1)

2 to 3 months

I.2

A3

Study of different effects of the mountains

(dynamics and physics)

M. Siroka, R. Mladek

Morocco ? France ?

Prague

deported

year

4 months

?

I.3

A3

Analysis for applying a new thermodynamics in the model

(specific heat of liquid and ice water)

LACE ?

Prague

6 months

I.4

A3

Local study of the impact of soil melting/freezing processes

Croatia (LACE)

Prague

(2)

1 month

I.5

A3 B3

Representation of lakes - 1a-b

(a : collecting observations, b : modifying 923 and 927)

a Hungary + ?

b Sandor Kertesz

a deported

b Budapest

a ?

b 1 month

I.6

A3 B3

Representation of lakes - 2

(new parameterization)

Sandor Kertesz

Toulouse

Budapest

Autumn

6 months

I.7

A3

New parameterization of radiation - 2

(support)

Morocco ?

Toulouse

Autumn

2 months

I.8

A3

Forecasting skill for snow cover

(collecting informations as a support for the implementation of a new parameterization)

?

deported

I.9

A3

Parameterization of convection - 1

(integration and validation of the latest developments, tunings)

Vladimir Pastircak

Jean-Marcel Piriou

Toulouse

March April

3 months

I.10

A3

Parameterization of convection - 2

(study of dry convection)

Martin Bellus

Prague

February April

2 months

I.11

A3

Parameterization of convection - 3

(new closure)

Mehdi El Abed

Eric Bazile

Toulouse

Casablanca

Autumn

4 months

I.12

A3

Remaining problems in configuration 923

France

Toulouse

Réunion

June-July

May

2 months

1 month

I.13

B3

Using new databases in configuration 923

Olivier Latinne

Ferenc Acs

Toulouse*

Budapest

May - ?

2 to 3 months

I.14

B3

Introduction of liquid and ice water in the parameterization of convection

Doina Banciu (PhD)

Toulouse

Bucarest

year

I.15

B3

Initialization of the interception water content (water on the leaves)

(slight modification of 927, sensitivity of short range forecasts)

Antun Marki

Toulouse

Sept.

1 month

p.m.

Improving the surface scheme and the corresponding analysis (ISBA)

E. Bazile + F. Bouyssel

Toulouse

year

p.m.

Improving the parameterization of radiation - 1

(design)

J.M. Piriou

Toulouse

March - ?

10 months

(1) according to available parameterizations
2) once developments for "blending" achieved
* to start the project (2 months) at least

II. Dynamics, coupling

Ref.

Topic

Team

Place

Date

Work

II.1

C4

"bogussing"

(how to correct ARPEGE using ALADIN, alias anti-E927 or E927E)

Ryad El Khatib

CRC (France)

Toulouse

Réunion

Jan. - July

year

6 months

5 months

II.2

B2

Coupling surface pressure tendency

LACE ?

Prague

2 months

II.3

A4 B2

Test of the frequency of coupling

LACE ?

Morocco

Prague ?

Casablanca

1 month

1 month

II.4

A4 B2

Strategy for coupling : part of resolution

Morocco

Casablanca

2 months

II.5

A2

Refinement of the radiative upper boundary condition

Ryad El Khatib

Toulouse

April

May

2 months

II.6

A2

Extension of the Tanguay-Ritchie method to orographic terms

Petra Smolikova

Prague

Toulouse

March

April

2 months

II.7

A2

Design and validation of a new semi-lagrangian advection scheme

Ilian Gospodinov (PhD)

Valery Spiridonov

Toulouse

Sofia

year

II.8

A2

Study of dissipative properties of semi-lagrangian advection schemes

Filip Vana (PhD)

Toulouse

Prague

year

II.9

A2

Validation of new developments on semi-lagrangian advection schemes

Petra Smolikova

Toulouse

June

1 month

II.10

A2

Testing different options available for the semi-lagrangian advection

(using the tools developed by Filip Vana)

LACE ?

Prague

2 months

II.11

B1

Development of the vertical plane version of ALADIN

Pierre Bénard

Josef Vivoda

Toulouse

Mai

Juin

4 months

II.12

B1

Control of elastic waves in non-hydrostatic dynamics

Almut Gassmann

Toulouse

January February

2 months

II.13

B1

Temporal decentering with selection on vertical modes in non-hydrostatique dynamics

-1 (analysis)

Pierre Bénard

Toulouse

March

1 months

II.14

B1

Temporal decentering with selection on vertical modes in non-hydrostatique dynamics

- 2 (implementation)

Toulouse

Prague

2 months

II.15

B1

Problem of the two-time-level semi-lagrangian advection schemes in non-hydrostatic dynamics

LACE ?

Prague

Toulouse

(1)

H. priority

6 months?

II.16

B1

Academic studies in non-hydrostatic dynamics

Josef Vivoda (LACE)

Prague

Autumn

1 to 2 months

II.17

B1

Study of the lower boundary condition in non-hydrostatic dynamics

Tamas Szabo (LACE)

Prague

Autumn

1 month

II.18

B1

Study of the upper boundary condition in non-hydrostatic dynamics

LACE ?

Prague

Toulouse

(1)

1 month

II.19

B1 B3

High resolution configuration for the validation of new developments in

(non-hydrostatic) dynamics and physics

Slovénie

Ljublana

year

II.20

A3 B1

High resolution sensitivity studies for sea-breeze situations

Portugal

Lisbonne

year

II.21

A2

Small scale dynamical adaptation

Mark Zagar (PhD)

Toulouse

Ljublana

year

(1) once the vertical plane model achieved (II.11)

III. Data assimilation

Ref.

Topic

Team

Place

Date

Work

III.1

C3

3d-Var : code cleaning, technical problems in Jo

Andras Horanyi

Maria Siroka

Prague

March

2 months

III.2

C3

3d-Var : porting to distributed memory environment

Claude Fischer

Toulouse

April-May

2 months

III.3

C3

3d-Var : validation

C. Fischer, A. Horanyi,

W. Sadiki, M. Siroka,

C. Soci, R. Bubnova

Toulouse

June

-

July

12 months

III.4

C3

Tangent linear and adjoint of APACHE

LACE ?

Prague ?

?

1 to 2 months

III.5

C3

Sensitivity studies (1)

(background experiments)

Adam Dziedzic

Claude Fischer

Toulouse

May

June

2 months

III.6

C3

Sensitivity studies (2)

(801, 601)

Claude Fischer

student

Toulouse

Budapest

year

year

2 months

III.7

C4

Lateral boundary conditions in configuration 801

(validation)

Cornel Soci

Claude Fischer

Bucarest

Toulouse

1 to 2 months

III.8

C3

Background error statistics for ALADIN / Maroc

Wafaa Sadiki

Casablanca

Spring

2 to 3 months

III.9

C3

Background error statistics for ALADIN / LACE

Yong Wang (LACE)

Prague

Autumn

1 month

III.10

C2

Working plan for CANARI/ALADIN

Vincent Cassé

Toulouse

February

1 month

III.11

C2

Separating upperair and surface analyses in CANARI/ALADIN

Gabor Radnoti

Prague

March

1 to 2 months

III.12

C2

Tunings and developments in CANARI/ALADIN

(mainly for Diag-Pack)

G. Radnoti,, J. Jerman, M. Zitouni (LACE),

France, Morocco

Toulouse

Prague

deported

May - ?

6 months

III.13

C2

Study of orography related problems in CANARI/ALADIN

Jure Jerman

Ljublana

Autumn

III.14

C2

Coding convection indices in Full-Pos (for Diag-Pack)

Interface for Diag-Pack

Harald Seidl

Akos Horvath

Prague

Budapest

May

Autumn

1 month

2 months

III.15

C2

Validation of the analysis of specific humidity in CANARI/ALADIN

Morocco

Casablanca

III.16

C1

Quality control of TOVS at a fine scale on the continent (for 3d:4d-Var)

LACE ?

Morocco

Prague

Casablanca

2 months

III.17

A4 C4

Some coupling problems in digital filter initialization

deported

1 month

III.18

C4

Spectral blending of initial conditions

(impact of frequency, use of digital filtering, ...)

Dijana Klaric (LACE)

Prague

June

Autumn

1 to 2 months

III.19

C4

Surface fields blending for initial conditions

(stategy, tests)

Croatie (LACE)

Prague

Autumn

2 months