LAUNCH Concept. Lindenberg Observatory
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1 Concept Lindenberg Observatory LAUNCH-2005 International Lindenberg Campaign for Assessment of Humidity- and Cloud- Profiling Systems and its Impact on High-Resolution Modelling Objectives Basic Techniques and Algorithms Experimental Domains Remote-sens. equipment in D04 Remote-sens. equipment in D02 OSE concept Lidar Passive systems Participants & Period The winch house at Lindenberg Observatory: Technical monument for the operational launch of meteorol. kites in the last century
2 2005 Campaign at Lindenberg Observatory Motivation: To assess for the first time the impact of 4D-VAR data assimilation into an highresolution weather forecasting model from a network of stationary, ground-based water-vapor Lidars in comparison to microwave profilers Method: - NWP experiment on base of data from a special campaign in Sep./Oct different model domains: a) Lindenberg domain (1 km resolution) D04 b) European domain (9 km resolution) D02 - Comparison of impacts from Lidar and MRP humidity profiles Campaign: - mesoscale campaign for supply of OSE data - period 29th Aug 16th Oct, ab. 5 profiling stations in the small-scale domain around MOL - as much as possible stations in the European model domain!!! (COST-720 activity + GEWEX-CAP activity) - 4D-VAR assimilation for the MM5/ECMWF system at Hohenheim, using the operators of the Hohenheim Univers. group (H.-S. Bauer)
3 Sensor Synergy / COST-720 (01/ /2005) Objective: Development of ground-based, integrated rem.-sensing station for atmospheric profiling - 2 WGs: I) Basic techniques and algorithms II) Integration III) Data assimilation - Concentration on basic parameters (v, T, u + clouds) Status - realization + evaluation of the big internat. campaign TUC-2003 in PAY (CH) - emphasis on determin. of s and cloud boundaries
4 Objectives of LAUNCH-2005 (1) Impact Studies: Impacts shall be assessed for: a) High-precision / high-resolution humidity-profiling systems - from a network of humidity profiling Lidars and (alternatively) - from a network of microwave profilers (MWP), and (eventually) b) Measurements of cloud liquid water and cloud ice water content, - supplied by a network of integrated systems consisting of cloud radars / Micro-Rain-Radars(MRR), Lidar (ceilometer), and MWP in conjunction with a radiosonde. - proposed technique for system integration acc.to Löhnert et al., JAM, Sep.2004 (core instrumentation: MRP + ceilometer + cloud radar)
5 Basic techniques: Lindenberg Observatory Objectives II (2) Assessment of Basic Techniques and Algorithms (a) Assessment of ground-based humidity, temperature, and wind profiling systems: (1) Water vapour Lidar systems (Raman Lidar and DIAL) (2) Rotational Raman Temperature Lidar (3) MWP systems (4) FTIR spectrometer (5) Doppler wind Lidar system with scanning capabilities. b) Assessment of satellite-derived humidity profiles (Univers. Berlin) vs. ground-based profile data c) ADM/Aeolus ground validation campaign of the European Space Agency (ESA): Assessment of the wind lidar system vs. WPR at Lindenberg Observat. Basic algorithms: Existing algorithms for determination of operational cloud parameters: (a) Test of an algorithm for minimization of disturbances ( e.g. clutter, noise, echoes from clear-air PBL) to cloud radar data (b) Determination of cloud base and top (c) Algorithms for cloud profiling (LWC, LWP, IWC, and cloud fraction) feasibility test for the supply of cloud parameters using integrated systems in compliance with COST-720 WG-2
6 Aerological hardware at Lindenberg Observatory RS systems at MOL 2 WPR/RASS Sodar/RASS LIDAR (Aug. cloud 2005) Ka-band radar (36 GHz) 1.3 MRR Microwave profiler + Systems for - radiosondes validation 4 / MWR FTIR 4 tethered-balloon day 6-sonde systems (ff,dd,t,q, p, GPS Laser-Ceilometer 2 receiver and z) Sun- 99m tower star-photometer [ (dx = 5km) spectrometers ] different (e.g. 3 Brewer Sp.)
7 Experimental Domains / Systems Systems in D04 Currently 5 Lidar systems ( 4 WV systems) 3 MWP systems (+1 MW radiometer) 3 (4) cloud radars 2 MRR 4 Ceilometers Systems in D02 Currently 3 Lidar systems 1 MW radiometer 2 cloud radars?? Ceilometers 1 (2) airborne systems
8 Participating Systems (1-a) Lindenberg Domain - Humidity System Provider Parameters Comments Lidar systems Domain D04 (humidity) WV-Raman-Lidar DWD-MOL Humidity 12-channel profiler Microwave radiometers Domain D04 (humidity) DWD-MOL WV-DIAL MPI-MET Hamburg Humidity WV-DIAL Univ. Hohenheim Humidity 6-λ Raman Lidar WV-Raman Lidar 6-channel Lidar WV-Raman Lidar MARL Inst. f. troposph.research, Leipzig IPSL-Palaiseau, France / A. Protat LM-Univers. Munich / M. Wiegner clouds Humidity Aerosol, clouds no humidity AWI-Bremerhaven Humidity Lidars in D04 2-channel radiometer 12-channel profiler 12-channel profiler 12-channel profiler Multi-λ microwave Profiler 12-channel profiler DWD-MOL?? UK-MetOffice?? Tim Hewison I.M.A.A. CNR, Potenza / G. Pappalardo KNMI / R. Boers Radiometer-Physics GmbH LM Univ. Munich / S. Crewell WV column content MWPs in D04 (to be confirmed)
9 Participating Systems (1-b) Lindenberg Domain - Cloud Parameters Cloud radar systems / MicroRainRadars / ceilometers Domain D04 (cloud parameters) 35.5 GHz cloud radar DWD-MOL 94 GHz cloud radar GKSS / M. Quante 35.5 GHz cloud radar 1290 MHz MRR (Micro-Rain-Radar) 1290 MHz MRR (Micro-Rain-Radar) 35.5 GHz cloud radar 4 Ceilometers LD-40 ( Tropopauser ) MPI-MET Hamburg / G. Peters DWD-MOL METEK / H.-J. Kirtzel FZ-Karlsuhe / Chr. Kottmeier Vaisala / DWD-MOL Cloud parameters synerg.profiling Cloud parameters synerg.profiling Cloud parameters synerg.profiling Rain parameters synerg.profiling Rain parameters synerg.profiling Cloud parameters synerg.profiling Cloud base synergetic profiling 2 WPR/RASS (482 MHz and 1290Mhz) DWD-MOL U, V, W, SNR, moments Cloud radars etc. in D04
10 Participating Systems (2) European Domain - Humidity + Clouds WV-Raman Lidar Lidar systems Domain D02 (humidity) in addition to domain D04 I.M.A.A. CNR, Potenza / G. Pappalardo RH WV-Raman Lidar? L Aquila / F. Marzano? Humidity WV Raman Lidar Chilbolton / J. Agnew Humidity Cloud Radar Chilbolton Cloud parameters Cloud Radar IPSL-Palaiseau / France Cloud parameters Airborne equipm. (Lidar??) MetOffice /P. Brown Humidity Airborne Lidar systems DLR / G. Ehret Humidity, wind Microwave radiometers Domain D02 (humidity) in addition to domain D04 2-channel radiometer IPSL-Palaiseau, France / A. Protat WV column content
11 Experimental Period Lindenberg Domain: (1) System installation, adjustment, and testing Aug. 14 Aug. 28 (2) Intercomparison period Aug. 29 Sep. 12 (3) Operational period at the network locations Sep. 12 Oct. 16, 2005 European Domain: Operational period at network locations Aug. 29 Oct. 16, 2005
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