03/02/2014 SPACE STRATEGY AT IPSL 3 et 4 février 2013 Nicole Papineau Deputy director for space affairs CO Page 1
SOHO CASSINI HUYGENS MARS EXPRESS VENUS EXPRESS ROSETTA EVE Météorologie Meteosat GEOSS.. ADM/ AEOLUS ATSR-M Atmospheric chemistry AIRS MOPITT METOP IASI NG Metop Train Live Oceanography Jason CFOSAT Sentinelle 2 3 SWOT SMOS Institut Pierre Simon Laplace Page 2 Page 2 IPSL involvment in space missions MSL ( SAM) EXOMARS BEPI COLOMBO (PHEBUS) EJSM JUICE Clouds aerosols Interactions A- Train (Calipso/Cloudsat) Earthcare Mescal Precipitations radiative budget TRMM Megha - Tropiques ScaraB GPM Dycept DEMETER TARANIS UTLS Upper atmosphere SOLSPEC PICARD GOMOS ILAS OISVA SSWUV Surface SMOS BIOMASS Flex Cool Greenhouse gases GOSAT OCO MERLIN Microcarb
IPSL strategy for space activity Space research cover a broader range of activities : From ideas fro missions to realizing them and exploiting the space observations Last evaluation - strong focus on instrumental development: Coordinating the management of instrumental space projects Support the development of new R & D activities IPSL initiatives have include all activities : mission specifications, R& D, sensors, simulators, algorithms, data use. Ozone - Arctic Institut Pierre Simon Laplace Page 3 Page 3
What has been done? Building a common strategy in domains which benefit from IPSL coordination Coordination and animation of community Better interaction with Cnes(Calipso, Megha-Tropiques, Merlin, steering committees ) Support of new innovative instrumental initiatives Support to use of space observations : Strong relationship with ground-based, airborne observations, modelling Institut Pierre Simon Laplace Page 4 Page 4
Data processing and analysis Important work before and during mission life in the laboratories : algorithms, inversion, validation/calibration.. Simulators of payloads and/or observations Implementation of multi-sensors products, tools as interface obs/modeling, data set in close relationship with users Importance of strong interactions between those who have expertise and those which produce data Need of national data center and labs/ipsl data center ESPRI. Institut Pierre Simon Laplace Page 5 Page 5
A train Earthcare a success Coordination of all scientific activities within these missions Some original works: Obs simulator for CMIP5, RADAR/LIDAR products A success A Train colloque June 2012: 250 participants important french visibility SIRTA Radar Lidar CHIMERE tracer experiment, Institut Pierre Simon Laplace Page 6 Page 6
Lidars Fundamental research / applications/environnement/operational SIRTA Development of innovative or robust instruments Space missions : proposal, design, R&T, numerical simulations, demonstrators.. Algorithms, signal processing Operations and maintenance for ground based lidars with OSU partners Airborne integration and operations DT INSU Valorisation and transfer to industry LIDAR OHP Leandre 2 HYMEXP Institut Pierre Simon Laplace Page 7 Page 7
Lidars at IPSL: a coherent strategy Support to existing lidars Implementation of this strategy LIDAR Raman Maidoo RALI ALTO Development of innovative new lidars ( airborne, groundbased ) in coherent way Space lidars Adding permanent positions : Leandre 2 IPRAL 1 instrumental position LATMOS 1 project manager and coordinator for space lidars IPSL 1 position dedicated to mission simulation LMD Institut Pierre Simon Laplace Page 8 Page 8 COWI
Balloons at IPSL An expertise for 30 years from small or large BSO, MIR and BPS LPMAA SAOZ RUMBA BPS HYMEX New instruments: HALESIS SAOZ NG On major project Stratéole LMD LATMOS and PIT Concordia IASI Institut Pierre Simon Laplace Page 9 Page 9
Missions in the coming years Sun Earth interactions PICARD OISVA SBUV.. ORBAS Climate and meteorology Precipitations: Megha -tropiques DYCEPT dynamic convective clouds Atmospheric chemistry IASI-NG Air Quality monitoring Greenhouse gases Microcarb Merlin LiVE Lidar Vapeur d Eau M-Train IASI NG A Train Earthcare, Mescal clouds aerosols Continental surfaces Cool, flex SmosNext Oceanography CFOSAT Altimetry Smos SWOT Institut Pierre Simon Laplace Page 10 Page 10
Coordination for Innovative Instrumentation IPSL will support technological development, new projects ahead the realisation of space payloads/ sensors but also all type of sensors ( ground based, in situ sensors ), analytic plate-formes Coordination enhanced : an ad hoc group to define technical and human ressources available for new projects : Integration and Test Plateform ( OVSQ) L1: JUICE Laboratories facilities Instruments simulator Calibration facilities Job position expertise Institut Pierre Simon Laplace Page 11 Page 11
Strategy for the next years Flux inversions: CO 2 Space forum in close relationship with other observations facilities, data analysis, modelisation in particular to propose new concepts and new space missions Support to innovative instrumentation within a larger framework L1:JUICE Institut Pierre Simon Laplace Page 12 Page 12