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COPS - FRANCE

COPS - FRANCE. Proposal submitted to ANR, LEFE/INSU & TOSCA/CNES. COPS - FRANCE. Proposal submitted to ANR, LEFE/INSU & TOSCA/CNES. FINANCIAL SUPPORT: 700 k€. COPS - FRANCE. Proposal submitted to ANR, LEFE/INSU & TOSCA/CNES. FINANCIAL SUPPORT: 700 k€

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COPS - FRANCE

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  1. COPS - FRANCE Proposal submitted to ANR, LEFE/INSU & TOSCA/CNES

  2. COPS - FRANCE Proposal submitted to ANR, LEFE/INSU & TOSCA/CNES FINANCIAL SUPPORT: 700 k€

  3. COPS - FRANCE Proposal submitted to ANR, LEFE/INSU & TOSCA/CNES FINANCIAL SUPPORT: 700 k€ + 18 month of post-doc secured through ANR + 2 x 24 month of post-doc requested from INSU/CNRS

  4. ACTIVITIES Instrumentation / Modelling / Assimilation WP1: Process study – Convection initiation (IPSL, LA, LaMP) WP2: Process study– Aérosols and cloud microphysics (LaMP, LA) WP3: Process study– Life cycle of precipitating processes (LA, GAME) WP4: Data assimilation (CNRM, LA, LaMP) WP5: IASI and CALIPSO level 2 products (IPSL, CNRM, LaMP, LA) WP6: Contribution to the COPS experimental set up (IPSL, LaMP, GAME)

  5. PARTICIPANTS & RESPONSABILITIES • LA (CNRS, Toulouse) – E. Richard  Overall scientific coordination  Numerical simulations – case studies • CNRM (Météo-France, Toulouse) – F. Bouttier  Assimilation (AROME)  Supersite instrumentation (4-M) • IPSL (CNRS, Palaiseau) – C. Flamant  Overall coordination of ground-based and airborne COPS-FRA experimental contribution  operation of LEANDRE 2 on SAFIRE/F20  Supersite instrumentation (TReSS & Raman lidar)  Upstream site (SIRTA) • LaMP (CNRS, Clermont-Ferrand) – J. Van Baelen  Supersite instrumentation (radars)  Coordination GPS network effort over eastern France

  6. MODELLING • Clark’s model + DESCAM (very detailed microphysics – bin type model from CCN/ICN to liquid/solid precipitation • Méso-NH model (two-moment microphysics) • AROME (systematic forecasts within MAP-D-PHASE)

  7. ASSIMILATION • 3D-Var AROME data assimilation system • In real time all conventional available meso-scale observations • After the experiment : GPS zenithal delays and lidar & radar data

  8. EXPERIMENTAL CONTRIBUTION 1 - Supersite in the Vosges & Rhine valley • Rhine valley: •  CNRM / 4-M • RDS station • UHF + sodar • Surface flux stations (3) • Soil moisture station (1-3) •  IPSL • TReSS (Mini-Lidar + CIMEL +) • Lidar Raman S3 S1 S2 S4  Tuttlingen  Hartheim • Vosges: •  LaMP • X- and K- band radars • Disdrometers & rain gauges ?  1 month (tbd July or August 2007)  together with SAFIRE F20 operations

  9. 2 - 16+ GPS stations network overEastern France • 3 months (June-August 2007) 3 – Upstream operations at SIRTA 4 – Routine observations from Météo-France • Montancy radar data sent in real time for Radar Composite

  10. 5 – Airborne Operations • Falcon 20 equiped with: • WV DIAL LEANDRE 2 • Dropsondes • 24 days of July 2007 • 35 flight hours • 120 dropsondes

  11. FUNDING BREAK-UP ANR: 300 k€ INSU + CNES + Météo-France: 400 k€ Operations at the Supersite (recce, missions, consumables, etc..) 120 k€ 30 k€ GPS stations network (recce, missions, consumables, etc..) Falcon 20 operations (dropsondes, missions, SAFIRE costs, etc..) 340 k€ Reserve (extra cost, extension of detachment by a few days, etc..) 60 k€ Missions (conferences, meetings, coordination, etc..) 120 k€ Post-doc (6 mois) 30 k€

  12. OPEN QUESTIONS • Dropsondes over eastern France and Southwestern Germany? • « Aérosol » component on the French Supersite? • Coordination between the main decision center and the supersites? • Location of the main decision center?

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