Aerosol, Cloud, Precipitation, and Radiation Interactions and Dynamics of Convective Cloud Systems (ACRIDICON)
|
|
|
- Blaise Mason
- 6 years ago
- Views:
Transcription
1 Aerosol, Cloud, Precipitation, and Radiation Interactions and Dynamics of Convective Cloud Systems (ACRIDICON) Project Outline for a HALO Demo Mission Coordinated by M. Wendisch (Uni Leipzig) and U. Pöschl (MPIC Mainz) Universities Berlin (FU) Darmstadt Frankfurt Heidelberg Köln Leipzig Mainz München (LMU) Research Institutes DLR Oberpfaffenhofen FZ Jülich IfT Leipzig KIT Karlsruhe MPIC Mainz MPIM Hamburg International Partners U Cambridge HU Jerusalem U Stockholm
2 Outline - General Objectives - Mission Types - Why do we need HALO? - Measurement Region and Season - Measurement Parameters and Techniques - Related SPP Proposals (Ongoing, Planned)
3 General Objectives Natural and Anthropogenic - Aerosol Particles - Trace Gases Outflow Radiative Budget Extratropical Deep Convective Clouds Processing Evolution Precipitation Inflow Precipitation Radiative Budget
4 Mission Types 1. Cloud Vertical Evolution (Cloud Profiling) 2. Aerosol Processing (Inflow, Outflow) 3. Satellite Validation (Cloud Products) 4. Vertical Transport & Mixing (Artificial Tracer) Contrast of pristine and highly polluted conditions (in comparable thermodynamic environments) Different thermodynamic conditions y (cloud base temperatures, humidity fields, wind shear)
5 Mission Type 1: Cloud Vertical Evolution Objectives Document and understand: - the vertical distribution of microphysical cloud properties in relation to inflow and outflow aerosol properties, - their temporal evolution, - phase transformations, and - warm and cold precipitation formation. CloudSat: Summer over Northern Spain
6 Mission Type 1: Cloud Vertical Evolution Strategy Fly and sample: - below cloud, - cloud base at early stage, - growing upshear parts (in and out of cloud), - anvil region, - above cloud top. Techniques Combine: - remote sensing, and - in situ measurements. Isolated Cloud Study
7 Mission Type 2: Aerosol Processing Objectives Document and understand: - aerosol and gas properties in the inflow and outflow, - the vertical redistribution of aerosols by cloud processing, - particle formation processes and the evolution of aerosol properties in the fresh and aged outflow, and - the cloud processing of aerosol of particles, in particular black carbon containing particles. Photo: Dan Rosenfeld
8 Mission Type 2: Aerosol Processing Strategy (a) Isolated Cloud Study 8-13 km 2-8 km 0-2 km
9 Mission Type 2: Aerosol Processing Strategy (b) Long Range Outflow Survey - Characterize aged particle outflow of several cloud systems. Compare with upper - Compare with upper troposphere background.
10 Mission Type 3: Satellite Validation Prim mary Pro oduct Objectives: Validate satellite products (clouds) of A-Train: MODIS (1), AMSR (2), AMSU (3), CloudSat (4), CALIPSO (5), POLDER (6), CERES (7) Quantity MSG: SEVIRI (8) Spectral Solar Radiance (1,6,7,8) Radar Reflectivity (4) Microwave Radiation (2,3) Polarized Spectral Solar Radiance (6) Lidar Attenuated Backscatter (5) Cloud Top Alt./Pressure/Temp. (1,2,3,4,5,6,8) Cloud Optical Thickness (1,6,8) Cloud Particle Diameter (1,6,8) Cloud Liquid Water Path (2,3,4) Cloud Ice Water Path (4) Cloud Phase (1,5,6,8) Vertical Distribution (2,3,4) Aerosol Properties (1,5,6) Energy Budget (7) Airborne Instrument In Situ SMART MWR Cloud Radar POLIS AMSSP Additional: Mini-DOAS (LWP, IWP) 5
11 Mission Type 3: Satellite Validation Strategy: Fast cloud development requires adequate methods! Stochastic approch Random flight tracks A-Train, UTC, Spain MODIS Total duration = 4-6 h 1 0
12 Mission Type 4: Vertical Transport & Mixing Objectives Document and understand - vertical mass transport, t - mixing of trace gases and aerosol particles via - scavenging and - wet removal.
13 Mission Type 4: Vertical Transport & Mixing Strategy - Tagging of inflow air by inert artificial tracer (e.g., PFC, CO) - Wait (half an hour)... - Characterize inflow - Vertical profiling (entrainment) - Penetrate anvil - Characterize outflow downwind the anvil Scavenging and wet removal: Concentration ratio of - trace gas or aerosol and - inert tracer (PFC, CO)
14 Why do we need HALO? High Ceiling We are dealing with DEEP convective clouds and crucially need to reach the: Outflow region Cloud top (anvil) Above cloud km altitude are required. Long Endurance Most of the missions take 4-6 hours. Cloud vertical evolution be followed, requires consecutive profiling. Long-range outflow. Statistics is crucial for satellite validation. Tracer needs time to distribute. Large Payload Combination of in-situ with remote sensing methods. Combination of aerosol and gas phase (tracer) measurements. Parallel measurements of cloud residual and interstitial aerosol properties.
15 Measurement Region and Season Region Northern Spain: Clean air and regional pollution expected. Season Summer 2011 (2 + 4 weeks) Valladolid Flight Hours = 70
16 Measurement Parameters and Techniques Aerosol particles: Cloud particles/nuclei: Radiation: SD, BC, CCN, IN, backscatter, depolarisation, mixing state, hygroscopicity SD, LWC, IWC spectral radiometers, lidar, DOAS, LWP, IWP, RWP, SWP, GWP, humidity and temperature profiles, vertical hydrometeor classification. Precipitation/dynamics: radar Trace gases: CO, O 3 3, SO 2 2, NO x x, NO y y,, PFC, CH 2O NO 2 2, HONO, BrO, IO, OIO, O 2 und O 4, H 2 O (Gas) Inlets: Wing station probes: CVI, MAI, HASI (submicrometer and micrometer) CAPS, CAS-DPOL, CCP, MTP, SID-3, UHSAS-A (size range & configuration: next page)
17 Measurement Parameters and Techniques Wing station probes
18 Related SPP Proposals Institution, PI Subject/Title U Berlin, Preusker/Ruhtz AMSSP (cont.) U Darmstadt, Ebert Single particle analysis UF Frankfurt, Bundke IN (cont.) U Hamburg, MPIM Stevens/Klepp HAMP (NARVAL+ACRIDICON) U Heidelberg, Pfeilsticker Photochemistry and cloud physics U Köln, Crewell HAMP: Microwave radiometry U Leipzig, Jäkel Spectral radiance cloud profiler U Leipzig, Ehrlich Satellite validition: Cloud phase and anvil properties U Leipzig, MPIC, Wendisch/Pöschl Cooordination & certification U Mainz, Borrmann PIP instrument (DMT) & certification U München, Wiegner Aerosol lidar (U Stockholm, Ekman Cloud modeling, not DFG) DLR, Minikin Aerosol microphysics and particle formation DLR, Schlager PERTRAS (cont.) DLR, Dörnbrack Mission planning tool IfT, Hermann Hygroscopicity and mixing state of aerosol particles IfT, Mertes HALO-CVI development and application MPIC, Pöschl CCN/Optics (cont.) MPIC, Schneider ALABAMA+AMS (cont.)
IARA - GoAmazon 2014
IARA - GoAmazon 2014 Activities related to Aerosol, Cloud, Precipitation, and Radiation Interactions and Dynamics of Convective Cloud Systems (ACRIDICON) and CHUVA Project Luiz.Machado@cptec.inpe.br CHUVA
Flight Report September 12, 2014 Summary
Flight Report September 12, 2014 Summary 1. HALO Flight Report AC10... 2 1.1 Flight Strategy... 2 1.2 Weather Conditions Before the Flight... 2 1.3 Conditions During the Flight... 5 1. HALO Flight Report
Evaluation Colloquium. Priority Programme SPP 1294/2
DFG Evaluation Colloquium Priority Programme SPP 1294/2 HALO Welcome and Introduction DLR, Oberpfaffenhofen, 11-1212 March 2010 Joachim Curtius Institute for Atmospheric and Environmental Sciences Goethe-University
Characterization of residuals from ice particles and droplets sampled in tropical deep convective cloud systems during ACRIDICON-CHUVA
Characterization of residuals from ice particles and droplets sampled in tropical deep convective cloud systems during ACRIDICON-CHUVA S. Mertes (1), U. Kästner (1), C. Schulz (2), M. Pöhlker (3), T. Klimach
Cloud Observations at UFS Schneefernerhaus Towards the Evaluation of Satellite Observations and Numerical Weather Prediction
Cloud Observations at UFS Schneefernerhaus Towards the Evaluation of Satellite Observations and Numerical Weather Prediction Martin Hagen 1, Tobias Zinner 2, Bernhard Mayer 2, Axel Häring 1,2 1 Institut
NARVAL. North Atlantic Rainfall Validation. Christian Klepp, Stephan Bakan, Gerhard Peters, Bjorn Stevens, Lutz Hirsch, Johannes Quaas
NARVAL North Atlantic Rainfall Validation Christian Klepp, Stephan Bakan, Gerhard Peters, Bjorn Stevens, Lutz Hirsch, Johannes Quaas Klima Campus Meteorologisches Institut, Universität Hamburg Max-Planck-Institut
Clouds, Precipitation and their Remote Sensing
Clouds, Precipitation and their Remote Sensing Prof. Susanne Crewell AG Integrated Remote Sensing Institute for Geophysics and Meteorology University of Cologne Susanne Crewell, Kompaktkurs, Jülich 24.
Flight Report September 09, 2014 Summary
Flight Report September 09, 2014 Summary 1. HALO Flight Report - AC08... 2 1.1 Flight Strategy... 2 1.2 Weather Conditions Before the Flight... 3 1.3 Conditions During the Flight... 5 1. HALO Flight Report
Aircraft measurements during GoAmazon2014/5 G1 and HALO inter-comparison
Aircraft measurements during GoAmazon2014/5 G1 and HALO inter-comparison Fan Mei 1, Micael A. Cecchini 3, Jian Wang 2, John Shilling 1, Jason Tomlinson 1, Jennifer Comstock 1, John Hubbe 1, Mikhail Pekour
An Overview of the Radiation Budget in the Lower Atmosphere
An Overview of the Radiation Budget in the Lower Atmosphere atmospheric extinction irradiance at surface P. Pilewskie 300 University of Colorado Laboratory for Atmospheric and Space Physics Department
Projeto Temático FAPESP 2013/ Climate Ecosystems Atmospheric Composition
Projeto Temático FAPESP 2013/05014-0 Climate Ecosystems Atmospheric Composition GoAmazon2014/15 Experiment Manaus is a city of 2 million people surrounded by just forest in a radius of 1.500 Km. UNIQUE
Overview of The CALIPSO Mission
Overview of The CALIPSO Mission Dave Winker NASA-LaRC LaRC,, PI Jacques Pelon IPSL/CNRS, co-pi Research Themes Improved understanding of the Earth s climate system is a primary goal of the Scientific Community
REVISION OF THE STATEMENT OF GUIDANCE FOR GLOBAL NUMERICAL WEATHER PREDICTION. (Submitted by Dr. J. Eyre)
WORLD METEOROLOGICAL ORGANIZATION Distr.: RESTRICTED CBS/OPAG-IOS (ODRRGOS-5)/Doc.5, Add.5 (11.VI.2002) COMMISSION FOR BASIC SYSTEMS OPEN PROGRAMME AREA GROUP ON INTEGRATED OBSERVING SYSTEMS ITEM: 4 EXPERT
The ACRIDICON CHUVA campaign to study tropical deep convective. clouds and precipitation using the new German research aircraft HALO
1 The ACRIDICON CHUVA campaign to study tropical deep convective 2 clouds and precipitation using the new German research aircraft HALO 3 4 Manfred Wendisch, Ulrich Pöschl,, Meinrat O. Andreae, Luiz A.
Flight Report September 11, 2014 Summary
Flight Report September 11, 2014 Summary 1. HALO Flight Report AC09... 2 1.1 Flight Strategy... 2 1.2 Weather Conditions Before the Flight... 3 1.3 Conditions During the Flight... 4 1. HALO Flight Report
The EarthCARE mission: An active view on aerosols, clouds and radiation
The EarthCARE mission: An active view on aerosols, clouds and radiation T. Wehr, P. Ingmann, T. Fehr Heraklion, Crete, Greece 08/06/2015 EarthCARE is ESA s sixths Earth Explorer Mission and will be implemented
Volcanic Ash Cloud Observations with the DLR- Falcon over Europe during Air Space Closure
Volcanic Ash Cloud Observations with the DLR- Falcon over Europe during Air Space Closure Ulrich Schumann, Bernadett Weinzierl, Oliver Reitebuch, Andreas Minikin, Hans Schlager, Stephan Rahm, Monika Scheibe,
Title: The Impact of Convection on the Transport and Redistribution of Dust Aerosols
Authors: Kathryn Sauter, Tristan L'Ecuyer Title: The Impact of Convection on the Transport and Redistribution of Dust Aerosols Type of Presentation: Oral Short Abstract: The distribution of mineral dust
1. Science question people Input Data instruments What determines the height for warm rain initiation and cloud glaciation?
1. Science question people Input Data instruments What determines the height for warm rain initiation and cloud glaciation? Smaller cloud drops cause colder glaciation temperatures, so factors reducing
HALO. JOINT PRESS RELEASE OF THE MAX PLANCK INSTITUTE FOR CHEMISTRY AND THE UNIVERSITY OF LEIPZIG
Pressemitteilung Max-Planck-Institut für Chemie Dr. Susanne Benner 07.10.2014 http://idw-online.de/de/news606766 Forschungsergebnisse, Kooperationen Chemie, Geowissenschaften, Meer / Klima überregional
Flight Report September,
Flight Report September, 06-2014 Summary 1. Strategy Flight... 2 2. Weather Conditions Before Flight... 3 3. Weather Conditions During Flight... 4 Attachment...8 1 1. Strategy flight Strategy flight for
Vertical microphysical profiles and closure calculations
Presented at the ACRIDICON workshop March 2016, Ilha Bela, Brazil Vertical microphysical profiles and closure calculations Daniel Rosenfeld and Ramon Braga The Hebrew University of Jerusalem, Israel Closure
POLSTRACC A HALO Mission to Investigate the Polar Stratosphere in a Changing Climate
POLSTRACC A HALO Mission to Investigate the Polar Stratosphere in a Changing Climate Hermann Oelhaf and Björn-Martin Sinnhuber (KIT) on behalf of the POLSTRACC team Institute for Meteorology and Climat
Atmospheric Measurements from Space
Atmospheric Measurements from Space MPI Mainz Germany Thomas Wagner Satellite Group MPI Mainz Part 1: Basics Break Part 2: Applications Part 1: Basics of satellite remote sensing Why atmospheric satellite
Observational Needs for Polar Atmospheric Science
Observational Needs for Polar Atmospheric Science John J. Cassano University of Colorado with contributions from: Ed Eloranta, Matthew Lazzara, Julien Nicolas, Ola Persson, Matthew Shupe, and Von Walden
An Annual Cycle of Arctic Cloud Microphysics
An Annual Cycle of Arctic Cloud Microphysics M. D. Shupe Science and Technology Corporation National Oceanic and Atmospheric Administration Environmental Technology Laboratory Boulder, Colorado T. Uttal
Ground-based Validation of spaceborne lidar measurements
Ground-based Validation of spaceborne lidar measurements Ground-based Validation of spaceborne lidar measurements to make something officially acceptable or approved, to prove that something is correct
Launched on May 4, K. Hokusai
CITES-2009 CITES-2009 CONFERENCE CONFERENCE KRASNOYARSK, KRASNOYARSK, Russia Russia OBSERVING THE EARTH FROM SPACE AS AN INTEGRATED SYSTEM: THE USA/F* A-TRAIN CONCEPT G. BEGNI, D. RENAUT (CNES CNES), D.
A NASA airborne field campaign focusing on atmospheric composition, chemistry, and climate over Southeast Asia related to:
A NASA airborne field campaign focusing on atmospheric composition, chemistry, and climate over Southeast Asia related to: Asian monsoon circulation impacts on upper troposphere/lower stratosphere composition
Interpretation of Polar-orbiting Satellite Observations. Atmospheric Instrumentation
Interpretation of Polar-orbiting Satellite Observations Outline Polar-Orbiting Observations: Review of Polar-Orbiting Satellite Systems Overview of Currently Active Satellites / Sensors Overview of Sensor
SkyScanner. Deploying fleets of enduring drones to probe atmospheric phenomena " Kicked off on June the 16 th, 2014
SkyScanner Deploying fleets of enduring drones to probe atmospheric phenomena " Kicked off on June the 16 th, 2014 Project supported by the STAE foundation, 2014 / 2016 Scope of the project" Overall target:
AMMA SOP. ITD and HL survey flights (I1.1)
AMMA SOP ITD and HL survey flights (I1.1) Observational plateforms / Instruments: F-F20: H2O DIAL lidar LEANDRE 2 and Dropsondes D-F20: Doppler wind lidar WIND ATR: AVIRAD, HYGRO and in situ (mean&turbulent
INCA, relative humidities, TROCCINOX / HIBISCUS
INCA, relative humidities, TROCCINOX / HIBISCUS Ulrich Schumann, DLR,, Oberpfaffenhofen 1 2 Air Traffic and the Environment Emissions, Contrails and Climate Impact IPCC assessment of aviation impact on
History of Aerosol Remote Sensing. Mark Smithgall Maria Zatko 597K Spring 2009
History of Aerosol Remote Sensing Mark Smithgall Maria Zatko 597K Spring 2009 Aerosol Sources Anthropogenic Biological decomposition from fertilizer and sewage treatment (ex. ammonium) Combustion of fossil
EUMETSAT STATUS AND PLANS
1 EUM/TSS/VWG/15/826793 07/10/2015 EUMETSAT STATUS AND PLANS François Montagner, Marine Applications Manager, EUMETSAT WMO Polar Space Task Group 5 5-7 October 2015, DLR, Oberpfaffenhofen PSTG Strategic
GCOM-W1 now on the A-Train
GCOM-W1 now on the A-Train GCOM-W1 Global Change Observation Mission-Water Taikan Oki, K. Imaoka, and M. Kachi JAXA/EORC (& IIS/The University of Tokyo) Mini-Workshop on A-Train Science, March 8 th, 2013
Remote sensing of ice clouds
Remote sensing of ice clouds Carlos Jimenez LERMA, Observatoire de Paris, France GDR microondes, Paris, 09/09/2008 Outline : ice clouds and the climate system : VIS-NIR, IR, mm/sub-mm, active 3. Observing
C-130 and instrumentation for RICO
C-130 and instrumentation for RICO Flight schedule and staff limitations Hardpoint allocation and cabin layout Time synchronization Flight issues expectation around convection Sensor groups and expected
On the Satellite Determination of Multilayered Multiphase Cloud Properties. Science Systems and Applications, Inc., Hampton, Virginia 2
JP1.10 On the Satellite Determination of Multilayered Multiphase Cloud Properties Fu-Lung Chang 1 *, Patrick Minnis 2, Sunny Sun-Mack 1, Louis Nguyen 1, Yan Chen 2 1 Science Systems and Applications, Inc.,
Ice clouds observed by passive remote sensing :
Ice clouds observed by passive remote sensing : What did we learn from the GEWEX Cloud Assessment? Claudia Stubenrauch Laboratoire de Météorologie Dynamique, IPSL/CNRS, France Clouds are extended objects
Observation of nucleation mode particles in the UT LS: From dedicated field studies to routine observations by instrumented in service aircraft
Observation of nucleation mode particles in the UT LS: From dedicated field studies to routine observations by instrumented in service aircraft Andreas Petzold Andreas Minikin Markus Hermann IEK 8, FZ
New capabilities with high resolution cloud micro-structure facilitated by MTG 2.3 um channel
Slide 19 November 2016, V1.0 New capabilities with high resolution cloud micro-structure facilitated by MTG 2.3 um channel Author: Daniel Rosenfeld The Hebrew University of Jerusalem (HUJ) daniel.rosenfeld@huji.ac.il
Simulations of contrail-to-cirrus transition: Study of the radiative impact on contrail evolution S. Unterstraßer, K. Gierens
Simulations of contrail-to-cirrus transition: Study of the radiative impact on contrail evolution S. Unterstraßer, K. Gierens Folie 1 Standardfoliensatz >24.4.2006 Personal Introduction Simon Unterstrasser
Observational campaigns Informing weather and climate model development for aerosols
Observational campaigns Informing weather and climate model development for aerosols Clouds Aerosol Radiation Interaction and Forcing Year 2017 (CLARIFY) Steven Abel, Paul Barrett, Malcolm Brooks, Hugh
New observational techniques for a better understanding of clouds
New observational techniques for a better understanding of clouds Ulrich Löhnert, Kerstin Ebell, Stefan Kneifel, Jan Schween, Gerrit Maschwitz... Prof. Susanne Crewell AG Integrated Remote Sensing Institute
LAUNCH Concept. Lindenberg Observatory
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
Characterizing the role of diabatic processes for the modification of mid-latitude Rossby waves and Jetstream winds
Characterizing the role of diabatic processes for the modification of mid-latitude Rossby waves and Jetstream winds Andreas Schäfler 1, George Craig 2, Andreas Dörnbrack 1, Florian Harnisch 4, Uwe Marksteiner
Climate Dynamics (PCC 587): Feedbacks & Clouds
Climate Dynamics (PCC 587): Feedbacks & Clouds DARGAN M. W. FRIERSON UNIVERSITY OF WASHINGTON, DEPARTMENT OF ATMOSPHERIC SCIENCES DAY 6: 10-14-13 Feedbacks Climate forcings change global temperatures directly
The EarthCARE mission: An active view on aerosols, clouds and radiation
The EarthCARE mission: An active view on aerosols, clouds and radiation T. Wehr, T. Fehr, P. Ingmann, J. v. Bismarck ESRIN, Frascati, Italy 20/10/2015 EARTH Clouds, Aerosols and Radiation Explorer EarthCARE
Tr a n s r e g i o n a l C o l l a b o r a t i v e Re s e a r c h C e n t r e TR 172
Tr a n s r e g i o n a l C o l l a b o r a t i v e Re s e a r c h C e n t r e TR 172 ArctiC Amplification: Climate Relevant Atmospheric and SurfaCe Processes, and Feedback Mechanisms (AC) 3 Towards a better
Mesoscale and High Impact Weather in the South American Monsoon Leila M. V. Carvalho 1 and Maria A. F. Silva Dias 2 1
Mesoscale and High Impact Weather in the South American Monsoon Leila M. V. Carvalho 1 and Maria A. F. Silva Dias 2 1 University of California, Santa Barbara 2 University of Sao Paulo, Brazil Objectives
Satellite analysis of aerosol indirect effect on stratocumulus clouds over South-East Atlantic
1/23 Remote sensing of atmospheric aerosol, clouds and aerosol-cloud interactions. Bremen, 16-19 December 2013 Satellite analysis of aerosol indirect effect on stratocumulus clouds over South-East Atlantic
EUMETSAT Beitrag zu CAMS und C3S. Jörg Schulz. Credits to many EUMETSAT Staff
ETSAT Beitrag zu CAMS und C3S Jörg Schulz Credits to many ETSAT Staff The Copernicus Programme at ETSAT ETSAT is entrusted by the European Commission; ETSAT s Delegation Agreement is organised in 3 major
CALIPSO measurements of clouds, aerosols, ocean surface mean square slopes, and phytoplankton backscatter
CALIPSO measurements of clouds, aerosols, ocean surface mean square slopes, and phytoplankton backscatter Yongxiang Hu, Chris Hostetler, Kuanman Xu,, and CALIPSO team NASA Langley Research Center Alain
Top of the atmosphere. instantaneous change. Increased CCN cloud albedo effect RF (AR4) = -0.7 W/m 2
Top of the atmosphere warm cloud top instantaneous change rapid adjustments ΔA ship track = 9 % Unperturbed warm cloud Increased CCN cloud albedo effect RF (AR4) = -0.7 W/m 2 Surface Drizzle suppression
Aircraft Observations for ONR DRI and DYNAMO. Coupled Air-sea processes: Q. Wang, D. Khelif, L. Mahrt, S. Chen
Aircraft Observations for ONR DRI and DYNAMO (NOAA/ONR/NSF) Coupled Air-sea processes: Q. Wang, D. Khelif, L. Mahrt, S. Chen Deep convection/mjo initiation: Dave Jorgensen, S. Chen, R. Houze Aerosol/Cloud
Meteorological Satellite Image Interpretations, Part III. Acknowledgement: Dr. S. Kidder at Colorado State Univ.
Meteorological Satellite Image Interpretations, Part III Acknowledgement: Dr. S. Kidder at Colorado State Univ. Dates EAS417 Topics Jan 30 Introduction & Matlab tutorial Feb 1 Satellite orbits & navigation
LAUNCH Concept. Lindenberg Observatory
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
Microphysical and optical properties of Arctic mixed-phase clouds. The 9 April 2007 case study.
Atmos. Chem. Phys., 9, 6581 6595, 2009 Author(s) 2009. This work is distributed under the Creative Commons Attribution 3.0 License. Atmospheric Chemistry and Physics Microphysical and optical properties
Preliminary Observations
Aerosol Physiochemical Properties and Dynamics during VOCALS: Advection, Removal and Entrainment VOCALS Workshop July 12-14, 2009 A. Clarke, S. Howell, C. McNaughton, V. Kapustin, S. Freitag, L. Shank,
Importance of clouds. climate. ocean. radiation. life. hydrological cycle. latent heat + loading. clouds & precip + aerosols.
Importance of clouds climate life ocean radiation hydrological cycle clouds & precip + aerosols latent heat + loading dynamics electricity aqueous chemistry Ulrike Lohmann (IACETH) Physics and Dynamics
Figure 1: A summary of the validation strategy for C3VP incorporating ground truth (GT) and physical validation (PV).
3.3 THE CANADIAN CLOUDSAT CALIPSO VALIDATION PROJECT:EVALUATION OF SENSITIVITY AND SUB-PIXEL VARIABILITY OF CLOUDSAT DATA PRODUCTS D. Hudak 1 *, H. Barker 1, K. Strawbridge 1, M. Wolde 2, A. Kankiewicz
Evaluation and Improvement of Clouds Simulated by the Global Nonhydrostatic Model NICAM and Satellite Data
Evaluation and Improvement of Clouds Simulated by the Global Nonhydrostatic Model NICAM and Satellite Data NICAM: dx=3.5 km simulations EarthCARE satellite mission (2016?) Joint Simulator for Satellite
Upper Tropospheric Cloud Systems. what can be achieved? A GEWEX Perspective
Upper Tropospheric Cloud Systems from Satellite Observations: what can be achieved? A GEWEX Perspective Global Energy & Water EXchanges Claudia Stubenrauch, Graeme Stephens IPSL LMD, Paris, France, NASA
IARA - GoAmazon 2014
IARA - GoAmazon 2014 Activities related to Aerosol, Cloud, Precipitation, and Radiation Interactions and Dynamics of Convective Cloud Systems (ACRIDICON) and CHUVA Project Luiz.Machado@cptec.inpe.br General
Remote sensing with FAAM to evaluate model performance
Remote sensing with FAAM to evaluate model performance YOPP-UK Workshop Chawn Harlow, Exeter 10 November 2015 Contents This presentation covers the following areas Introduce myself Focus of radiation research
Measurements are infrequent in this region due to difficulty in making both ship- and air-based measurements Natural pristine region far removed from
PLANNED OBSERVATIONAL CAMPAIGNS OVER THE SOUTHERN OCEANS FOR DETERMINING THE ROLES OF CLOUDS, AEROSOLS AND RADIATION IN THE CLIMATE SYSTEM: SOCRATES, MARCUS & MICRE G. McFarquhar, U. Illinois C. Bretherton,
Introduction Outline Big picture Cloud types according to WMO Appendix. Atmospheric Physics. An Introduction to Clouds: From the Microscale to Climate
Atmospheric Physics An Introduction to Clouds: From the Microscale to Climate Ulrike Lohmann and Alexander Beck ETH Zurich Institute for Atmospheric and Climate Science 19. 9. 2018 Ulrike Lohmann (IACETH)
AEROSOL-CLOUD INTERACTIONS AND PRECIPITATION IN A GLOBAL SCALE. SAHEL Conference April 2007 CILSS Ouagadougou, Burkina Faso
AEROSOL-CLOUD INTERACTIONS AND PRECIPITATION IN A GLOBAL SCALE SAHEL Conference 2007 2-6 April 2007 CILSS Ouagadougou, Burkina Faso The aerosol/precipitation connection Aerosol environment has changed
Introduction. Effect of aerosols on precipitation: - challenging problem - no agreement between the results (quantitative and qualitative)
Introduction Atmospheric aerosols affect the cloud mycrophysical structure & formation (observations, numerical studies) An increase of the aerosol particles: - increases CCN concentrations - decreases
Extratropical and Polar Cloud Systems
Extratropical and Polar Cloud Systems Gunilla Svensson Department of Meteorology & Bolin Centre for Climate Research George Tselioudis Extratropical and Polar Cloud Systems Lecture 1 Extratropical cyclones
Ultra clean layers and low albedo ( grey ) clouds in CSET
CSET RF11, near Hawaii Ultra clean layers and low albedo ( grey ) clouds in CSET Robert Wood, University of Washington Paquita Zuidema, Chris Bretherton, Kuan Ting (Andy) O, Hans Mohrmann, Isabel McCoy,
ARM Climate Research Facility: Goals and Objectives
ARM Climate Research Facility: Goals and Objectives Provide the national and international scientific community with the infrastructure needed for scientific research on global change Global change research
PARCWAPT Passive Radiometry Cloud Water Profiling Technique
PARCWAPT Passive Radiometry Cloud Water Profiling Technique By: H. Czekala, T. Rose, Radiometer Physics GmbH, Germany A new cloud liquid water profiling technique by Radiometer Physics GmbH (patent pending)
Role of atmospheric aerosol concentration on deep convective precipitation: Cloud-resolving model simulations
Role of atmospheric aerosol concentration on deep convective precipitation: Cloud-resolving model simulations Wei-Kuo Tao,1 Xiaowen Li,1,2 Alexander Khain,3 Toshihisa Matsui,1,2 Stephen Lang,4 and Joanne
Cyclogenesis in the Western Mediterranean causing Heavy-Rain Events (NEPTUN)
Cyclogenesis in the Western Mediterranean causing Heavy-Rain Events (NEPTUN) A Proposal for a coordinated mission of the HALO research aircraft in the field Transport processes and atmospheric dynamics
Airborne aerosol in-situ observations of volcanic ash layers of the Eyjafjallajökull volcano in April & May, 2010, over central Europe
Airborne aerosol in-situ observations of volcanic ash layers of the Eyjafjallajökull volcano in April & May, 2010, over central Europe A. Minikin, B. Weinzierl, O. Reitebuch, H. Schlager, M. Scheibe, M.
STATISTICS OF OPTICAL AND GEOMETRICAL PROPERTIES OF CIRRUS CLOUD OVER TIBETAN PLATEAU MEASURED BY LIDAR AND RADIOSONDE
STATISTICS OF OPTICAL AND GEOMETRICAL PROPERTIES OF CIRRUS CLOUD OVER TIBETAN PLATEAU MEASURED BY LIDAR AND RADIOSONDE Guangyao Dai 1, 2*, Songhua Wu 1, 3, Xiaoquan Song 1, 3, Xiaochun Zhai 1 1 Ocean University
EPS-SG Candidate Observation Missions
EPS-SG Candidate Observation Missions 3 rd Post-EPS User Consultation Workshop Peter Schlüssel Slide: 1 EPS-SG benefits to activities of NMSs Main Payload High-Resolution Infrared Sounding Microwave Sounding
Satellite-based estimate of global aerosol-cloud radiative forcing by marine warm clouds
SUPPLEMENTARY INFORMATION DOI: 10.1038/NGEO2214 Satellite-based estimate of global aerosol-cloud radiative forcing by marine warm clouds Y.-C. Chen, M. W. Christensen, G. L. Stephens, and J. H. Seinfeld
McIDAS Activities Within The NASA Langley Research Center Clouds And Radiation Group
McIDAS Activities Within The NASA Langley Research Center Clouds And Radiation Group Kristopher Bedka Science Systems and Applications Inc @ NASA LaRC In Collaboration With (in alphabetical order) J. K.
REMOTE SENSING KEY!!
REMOTE SENSING KEY!! This is a really ugly cover page I m sorry. Name Key. Score / 100 Directions: You have 50 minutes to take this test. You may use a cheatsheet (2 pages), a non-graphing calculator,
MICROPHYSICAL AND PRECIPITATION FORMATION PROCESSES AND RADAR SIGNATURES
MICROPHYSICAL AND PRECIPITATION FORMATION PROCESSES AND RADAR SIGNATURES 4 TH International Workshop on Weather Modification 3 rd Workshop on Cloud Physics 21-22 October 2010 Daegu, Korea Projects Current
EXPERIMENTAL ASSIMILATION OF SPACE-BORNE CLOUD RADAR AND LIDAR OBSERVATIONS AT ECMWF
EXPERIMENTAL ASSIMILATION OF SPACE-BORNE CLOUD RADAR AND LIDAR OBSERVATIONS AT ECMWF Marta Janisková, Sabatino Di Michele, Edouard Martins ECMWF, Shinfield Park, Reading, U.K. Abstract Space-borne active
Satellite measurements of CCN and cloud properties at the cloudy boundary layer: The Holy Grail is it achievable?
Satellite measurements of CCN and cloud properties at the cloudy boundary layer: The Holy Grail is it achievable? C 1 Daniel Rosenfeld, The Hebrew University of Jerusalem E -85 D C -89-93 E -85 D C -93-89
A Novel Cirrus Cloud Retrieval Method For GCM High Cloud Validations
A Novel Cirrus Cloud Retrieval Method For GCM High Cloud Validations David Mitchell Anne Garnier Melody Avery Desert Research Institute Science Systems & Applications, Inc. NASA Langley Reno, Nevada Hampton,
Monitoring Climate Change from Space
Monitoring Climate Change from Space Richard Allan (email: r.p.allan@reading.ac.uk twitter: @rpallanuk) Department of Meteorology, University of Reading Why Monitor Earth s Climate from Space? Global Spectrum
New People, Projects, Planes ( News on aerosol research YOU won t miss
New People, Projects, Planes ( ) at News on aerosol research YOU won t miss Atmospheric Optics Group University of Valladolid our home David Mateos Posdoctoral researcher UVA Cristian Velasco Laboratory
Prospects for radar and lidar cloud assimilation
Prospects for radar and lidar cloud assimilation Marta Janisková, ECMWF Thanks to: S. Di Michele, E. Martins, A. Beljaars, S. English, P. Lopez, P. Bauer ECMWF Seminar on the Use of Satellite Observations
COPS - FRANCE. Proposal funded by ANR, CNES, LEFE/INSU & FINANCIAL SUPPORT: ~700 k k
COPS - FRANCE Proposal funded by ANR, CNES, LEFE/INSU & Météo-France FINANCIAL SUPPORT: ~700 k k + 24 months of post-doc secured through ANR + 2 x 24 months of post-doc requested from INSU/CNRS PARTICIPANTS
Report of the 3rd COPS & GOP Workshop held on April 10 and 11 at University of Hohenheim
Report of the 3rd COPS & GOP Workshop held on April 10 and 11 at University of Hohenheim 62 persons participated in the 3rd COPS & GOP Workshop The list of participants and copies of all presentations
Arctic Clouds and Radiation Part 2
Arctic Clouds and Radiation Part 2 Glen Lesins Department of Physics and Atmospheric Science Dalhousie University Create Summer School, Alliston, July 2013 No sun Arctic Winter Energy Balance 160 W m -2
Thunderstorms characteristics during ACRIDICON-CHUVA and GoAmazon field campaigns
AGU Fall Meeting, 14-18 December 2015 Thunderstorms characteristics during ACRIDICON-CHUVA and GoAmazon field campaigns Rachel Albrecht, Ramon Braga, Carlos Morales, Hartmut Höller, Luiz Machado, Daniel
Aerosol forecasting and assimilation at ECMWF: overview and data requirements
Aerosol forecasting and assimilation at ECMWF: overview and data requirements Angela Benedetti Luke Jones ECMWF Acknowledgements: Jean-Jacques Morcrette, Carole Peubey, Olaf Stiller, and Richard Engelen
C-130 Flight Plan Refinement
C-130 Flight Plan Refinement Cross-section lose MASTER? return leg at 3 km? length of outbound legs? number of levels? POC-drift/lagrangian fewer levels in stack (subcloud, cloud base, cloud top, free-troposphere)
Abstract 1 INTRODUCTION OF WATER CLOUD PARAMETERS 1R.4 RADAR-LIDAR SYNERGY FOR SPACE-BASED RETRIEVAL
1R.4 RADAR-LIDAR SYNERGY FOR SPACE-BASED RETRIEVAL OF WATER CLOUD PARAMETERS Gregory May Herman Russchenberg Oleg Krasnov Delft University of Technology, IRCTR, Delft, The Netherlands Abstract Knowledge
Impact of wind changes in the upper troposphere lower stratosphere on tropical ozone
Impact of wind changes in the upper troposphere lower stratosphere on tropical ozone Martin Dameris Deutsches Zentrum für Luft- und Raumfahrt (DLR) Institut für Physik der Atmosphäre, Oberpfaffenhofen
Detailed flow, hydrometeor and lightning characteristics of an isolated, hail producing thunderstorm during COPS
Detailed flow, hydrometeor and lightning characteristics of an isolated, hail producing thunderstorm during COPS, Martin Hagen, Hartmut Höller, Hans Volkert Institut für Physik der Atmosphäre, DLR Oberpfaffenhofen
Spaceborne Wind Lidar Observations by Aeolus Data Products and Pre-Launch Validation with an Airborne Instrument
DRAGON 3 Project ID 10532 Cal/Val Spaceborne Wind Lidar Observations by Aeolus Data Products and Pre-Launch Validation with an Airborne Instrument Reitebuch Oliver, Lemmerz Christian, Marksteiner Uwe,
Duncan Axisa*, Amit Teller, Roelof Bruintjes, Dan Breed, Roelof Burger National Center for Atmospheric Research (NCAR), Boulder CO USA
J12.1 AEROSOL - CLOUD INTERACTIONS OVER ISTANBUL, TURKEY AND CENTRAL SAUDI ARABIA Duncan Axisa*, Amit Teller, Roelof Bruintjes, Dan Breed, Roelof Burger National Center for Atmospheric Research (NCAR),