EarthCARE The Earth Cloud Aerosol and Radiation Explorer
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1 EarthCARE The Earth Cloud Aerosol and Radiation Explorer STATUS Tobias Wehr (1) and Riko Oki (2) (1) ESA/ESTEC, Noordwijk, The Netherlands (2) JAXA/EORC, Tsukuba, Ibaraki, Japan CloudSAT & CALIPSO Science Team Meeting July 2009 Madison, CALIPSO/CloudSAT WI Page 1 Science Team Meeting 2009
2 Mission Summary CloudSAT & CALIPSO Science Team Meeting July 2009 Madison, WI Page 2
3 Overview Scope: Global simultaneous observations of Cloud &, 3D structures Cloud-precipitation-convection Radiation and flux Mission Concept: Cloud- HSR-lidar, ATLID Cloud radar with Doppler, CPR (JAXA/NICT) Cloud-(?) imager, MSI Broad-band radiometer, BBR Cooperation ESA - JAXA/NICT Currently in Phase B Launch 2013 CloudSAT & CALIPSO Science Team Meeting July 2009 Madison, WI Page 3
4 EarthCARE Payload Summary INSTRUMENTS ATmospheric LIDar (ATLID) Backscatter UV (355nm, circular pol.) with high spectral resolution receiver (HSRL) 3 channels receiver: Rayleigh scatter, co-polar Mie, cross-polar Mie Sampling: horizontal: 200m (=2x100m integrated), vertical: 100m 2 to 3 deg (tbd) off-nadir (backwards) pointing to reduce specular reflection on s Products: extinction, backscatter,, s,... Cloud Profiling Radar (CPR), contribution of JAXA, built by NICT 94GHz with Doppler capability HSRL: Sensitivity at least -35dBZ@20km height, Doppler accuracy: 1 m/s Sampling: horizontal: 500m, vertical 100m (vertical resolution 500m) Products: Z, vertical velocity, s, water s, (light) precip.,... (particles) Multi-Spectral Imager (MSI) 4 solar channels: Vis (670nm), NIR (865nm), SWIR1&2 (1.65µm & 2.21µm) 3 TIR channels: 8.80µm, 10.80µm, 12.00µm Nadir viewing push-broom, swath: -35km to +115km (to minimize sunglint), (500m) 2 res. Products: scene identification, imager products ( s, water s), s (limited over land),... Broad-Band Radiometer (BBR) Short-wave (0.25µm-4µm) and total wave channel (0.25µm-50µm) 3 views: nadir, foreward (55deg), backwards (-55deg), 10km x 10km pixels Products: radiance and flux cross-talk CloudSAT & CALIPSO Science Team Meeting July 2009 Madison, WI Page 4
5 Technical Status CloudSAT & CALIPSO Science Team Meeting July 2009 Madison, WI Page 6
6 Programmatic Status (ESA) Industry Consortium: Spacecraft Prime: Astrium GmbH (contract signed May 2008) Base-Platform: Astrium-Ltd ATLID: Astrium-SAS with G.A as sub-contractor BBR: SEA with RAL as sub-contractor MSI: SSTL with TNO as sub-contractor Industry team to be completed during Phase B2 System Requirements Review (SRR) Space System: started in Dec 08, action items and recommendations being implemented Ground Segment SRR: started May 09, nearing completion Preliminary Design Review (PDR) Started summer 2009 with instrument PDR s System PDR to start Sept/Oct 2009 Completion will mark end of Phase B After successful completion of Phase B, Phase C/D will commence Leading to launch in 2013 CloudSAT & CALIPSO Science Team Meeting July 2009 Madison, WI Page 7
7 Technical Status Mission Key-data Reference Orbits & Design Cases: Local Time: 13:45-14:00 (LTDN) solar array sizing is more sensitive to local time (10% for 13:30->14:00) than orbit altitude variation Cal/Val km / 9 days repeat cycle Ops km / 25 days 13:45 DN is right equatorial crossing. Sun direction is straight red line. Date is 24 th July. CloudSAT & CALIPSO Science Team Meeting July 2009 Madison, WI Page 8
8 Programmatic Status In Europe Schedule Timeline Overall Satellite & Ground Segment Development Timeline: CloudSAT & CALIPSO Science Team Meeting July 2009 Madison, WI Page 9
9 Science Activities CloudSAT & CALIPSO Science Team Meeting July 2009 Madison, WI Page 10
10 JMAG (Joint Mission Advisory Group): Howard Barker Anton Beljaars Franz Berger Jean-Pierre Blanchet David Donovan Martial Haeffelin Anthony J. Illingworth* Gelsomina Pappalardo Jaques Pelon Ulla Wandinger Hiroshi Kumagai Takashi Nakajima Terry Nakajima* Hajime Okamoto Nobue Sugimoto Yukari Takayabu Observers: John Bates Graham Feingold Graeme Stephens Deborah Vane David Winker *Co-chairs and overall science leaders Mission Scientists: ESA EarthCARE Project Manager: JAXA CPR Project Manager: Riko Oki (JAXA), Tobias Wehr (ESA) Alain Lefebvre Toshiyoshi Kimura CloudSAT & CALIPSO Science Team Meeting July 2009 Madison, WI Page 11
11 Gaining experiences with CloudSat & Calipso: QuARL QuARL Study Quantitative Assessment of the Operational Value of Space-borne Radar and Lidar Measurements of Cloud and Aerosol Profiles Objectives: Quantitative assessment of value of satellite lidar & radar data for NWP Assessment of operational potential of CloudSat, Calipso, EarthCARE EarthCARE suitable for assimilation into NWP? Assess how CloudSAT, CALIPSO and EarthCARE data can improve & parameterisation in ECMWF s model NRT question CloudSAT & CALIPSO Science Team Meeting July 2009 Madison, WI Page 12
12 Gaining experiences with CloudSat & Calipso: QuARL QuARL Status: Started: September 2008, progressing on schedule Radar forward operator adapted to 94GHz Various activities performed on verification of model assumptions Validation of & parameterisation in progress Strategy for radar & lidar data assimilation under development Overall work plan progressing as planned Team: ECMWF in-house collaboration across various disciplines (assimilation, physics, satellite data, GEMS,...) Direct collaboration with CloudSat PI Collaboration with U. Reading for validation parameterisation Funding: ESA & ECMWF CloudSAT & CALIPSO Science Team Meeting July 2009 Madison, WI Page 13
13 Level 2 Development Activities Level 2 defintion: L2a = product retrieved from one instrument L2b = synergistic product from 2 or more instruments JADE Joint Algorithm Development Endeavour Multi-continental working group for L2 developments: Retrieval algorithm PI s / CO-I s and user representatives Subgroups: ATLID stand-alone algorithms: ATLID L2a CPR stand-alone algorithms: CPR L2a MSI stand-alone algorithms: MSI L2a Radiation algorithms: BBR L2a, Radiation L2b Synergistic products: Cloud & L2b Modellers (data user subgroup) Formal meetings tw per year (so far back-to-back with JMAG) Overall authority for recommendations remains with the JMAG (Joint Mission Advisory Group) CloudSAT & CALIPSO Science Team Meeting July 2009 Madison, WI Page 14
14 Level 2 Development Process Development Steps already completed JMAG JMAG define L2 product requirements MRD L2 Product requirements JADE derive L2 product recommendations JADE develop and test algorithms L2 product recommendations draft ATBDs iterate? JMAG feedback JADE revise / finalise ATBDs final ATBDs External Review and Workshop Ground segment implementation CloudSAT & CALIPSO Science Team Meeting July 2009 Madison, WI Page 15
15 Proposed Level 2 Products Data Processing Philosophy Chain CPR Dopplerized Radar target mask & liquid s vertical motion precipitation Synergistic products target liquid ATLID High spectr. res. Lidar target mask lidar extinction s Synergistic products MSI Vis/NIR/SWIR/TIR Scene BBR Broad-band radiances short wave total wave ADM flux estimates 3D Scenes Reconstruction scale: around (20km) 2 1D & 3D MC rad. transfer mod.: Modelled broad-band radiance, flux, heating rates,... compare CloudSAT & CALIPSO Science Team Meeting July 2009 Madison, WI Page 16
16 ATLID ATLID feature feature mask mask HSRL HSRL extinct., extinct., backscatter, backscatter, depol. depol. target target extinct., extinct., backscatter, backscatter, type type properties properties ESA s Level 2 Development Activities Level 2 defintion: L2a = product retrieved from one instrument L2b = synergistic product from 2 or more instruments CPR CPR feature feature mask mask IWC, IWC, rad. rad. s s additional additional work work - - TBD TBD Exploitation HSRL learning from lidar campaigns multi-λ HSRL modelling fut. miss. & EC ATLID-MSI ATLID-MSI L2b L2b (synergy) (synergy) synergistic synergistic retrievals retrievals ATLID-CPR-MSI ATLID-CPR-MSI L2b L2b (synergy): (synergy): synergistic synergistic target target (incl. (incl. Doppler) Doppler) Best Best estimates estimates variational variational scheme: scheme: & water water precipitation precipitation properties properties property property Doppler Modelling Development forward modelling (incl. multiple scattering) instrument modelling retrieval modelling fut. miss. & EC Radiation Radiation products products (L2b): (L2b): unfiltered unfiltered LW, LW, TW TW radiances radiances LW LW flux flux (ADM (ADM method) method) Rad. Rad. transfer-modelling transfer-modelling derived derived (1D, (1D, 3D- 3D- MC MC RTM) RTM) using using retrieved retrieved EarthCARE EarthCARE & and and 3D 3D scenes: scenes: LW LW flux flux and and heating heating rate rate radiances radiances vs. vs. BBR BBR observations observations CloudSAT & CALIPSO Science Team Meeting July 2009 Madison, WI Page 17 MSI MSI Cloud Cloud opt. opt. thickness, thickness, droplet droplet rad., rad., cryst. cryst. diamtr., diamtr., top top temp. temp. Cloud Cloud scene scene Aerosol Aerosol opt. opt. thickness, thickness, Angstrom Angstrom spectr. spectr. slope, slope, size size distribution distribution
17 ATLID ATLID feature feature mask mask HSRL HSRL extinct., extinct., backscatter, backscatter, depol. depol. target target Schedule extinct., extinct., backscatter, backscatter, (ESA): type type properties properties Exploitation HSRL learning from lidar campaigns multi-λ HSRL modelling fut. miss. & EC Radiation Radiation products products (L2b): (L2b): unfiltered unfiltered LW, LW, TW TW radiances radiances LW LW flux flux (ADM (ADM method) method) ESA s Level 2 Development Activities Level 2 defintion: L2a = product retrieved from one instrument L2b = synergistic product from several instruments Theoretical developments until end of 2010 delivery of ATBDs version 1 ATLID-MSI ATLID-MSI L2b L2b (synergy) (synergy) synergistic synergistic retrievals retrievals ATLID-CPR-MSI ATLID-CPR-MSI L2b L2b (synergy): (synergy): synergistic synergistic target target (incl. (incl. Doppler) Doppler) Best Best estimates estimates variational variational scheme: scheme: & water water precipitation precipitation properties properties property property Rad. Rad. transfer-modelling transfer-modelling derived derived (1D, (1D, 3D- 3D- MC MC RTM) RTM) using using retrieved retrieved EarthCARE EarthCARE & and and 3D 3D scenes: scenes: LW LW flux flux and and heating heating rate rate radiances radiances vs. vs. BBR BBR observations observations CPR CPR feature feature mask mask IWC, IWC, rad. rad. s s (tbd) (tbd) 2011: prototyping for ECSIM (EarthCARE Simulator) 2012 until launch: coding, refining, finishing up of GS CloudSAT & CALIPSO Science Team Meeting July 2009 Madison, WI Page 18 Doppler Modelling Development forward modelling (incl. multiple scattering) instrument modelling retrieval modelling fut. miss. & EC MSI MSI Cloud Cloud opt. opt. thickness, thickness, droplet droplet rad., rad., cryst. cryst. diamtr., diamtr., top top temp. temp. Cloud Cloud scene scene Aerosol Aerosol opt. opt. thickness, thickness, Angstrom Angstrom spectr. spectr. slope, slope, size size distribution distribution
18 Japanese concept CloudSAT & CALIPSO Science Team Meeting July 2009 Madison, WI Page 19
19 Science derived from EarthCARE mission The four instruments on board EarthCARE together. (CPR: Cloud Profiling Doppler Radar ATLID: Lidar MSI: Imager BBR: Broad band Radiometer) Algorithms for these active sensors yield vertical of microphysical parameters of with its phase and with its species, and can detect drizzle and light rain. Especially doppler velocities of particles can be retrieve to give us new information. EarthCARE Parameters: vertical,, drizzle, vertical motion from active sensors Parameters: horizontal, from MSI collaboration with Model Parameters: 3D, Radiative Transfer Calculation VS. BBR data (True) Radiative Flux: BBR Data Model Use: assimilation validation Model Improvement: Cloud Aerosol interaction Algorithm development Scene Generator & Signal Simulator Cloud Scheme Improvement Radiatve Transfer & 3D Montecarlo CloudSAT & CALIPSO Science Team Meeting July 2009 Madison, WI Page 20 IPCC
20 EarthCARE Data Formats and Policy Level 2 Development Activities Data Formats: Under discussion: JAXA will use HDF-5, ESA tbd (NetCDF or HDF-5) Data Distribution: Aiming at minimising redundant data products through algorithm development co-operations between European/Canadian and Japanese PIs ESA and JAXA will exchange all Level 1b and Level 2a & 2b data produced by either agency and distribute to their users Thank you CloudSAT & CALIPSO Science Team Meeting July 2009 Madison, WI Page 21
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