AeroCom
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-> Aerosol Comparisons between Observations and Models
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17th AEROCOM / 6th AeroSat workshop
at College Park, Maryland, USA, 15 - 19 October, 2018
hosted by NOAA NESDIS, NASA Goddard and University of Maryland
GENERAL
- The AeroCom/AeroSAT_general outlines the AeroCom/AeroSAT 2017 program, lists the participants, presents the submitted abstracts, contains workshop goals at the beginning of the workshop and workshop summary results and plans at the end of the workshop and announces the next AeroCom/AeroSAT meeting in September 2019 at Barcelona, Spain
- The AeroCom/AeroSAT_oral section contains AeroCom 2018 and AeroSAT 2018 oral presentations in the order of the program
- The AeroCom/AeroSAT_poster section contains a titles and summary slides of poster presentations at the AeroCom /AeroSAT 2018 meeting - in alphabetical order
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- Program of the 17th AeroCom / 6th AeroSAT workshop
- Participant list
- Abstracts of presentations
- AeroCom goals for this workshop
presented by M.Schulz
- AeroSat goals for this workshop
presented by T.Popp and R.Kahn
- Welcome and logistics
by S. Kondragunta
- AeroCom workshop summary and plans
presented by M.Schulz
- Announcement for next 18th AeroCom / 7th AeroSAT workshop at Barcelona, Spain Park, MD in late Sep 2019
to be hosted by BSC
- Welcome and logistics
by S. Kondragunta
- Quantifying the impact of industrial emissions on clouds
by A. Povey
- Sensitive regimes and active regions of indirect effects over oceans
by X. Zhao
- Spatial variations of AOD-CCN correlations & indirect.forcing implications
by F. Yu
- Hawaiian volcano impact on aerosols, clouds, and energy budget
by T. Yuan
- AERONET-from 1 to 600
by B. Holben
- Observationally constrained analysis of sea salt aerosol Cloud
by H. Bian
- BB-Aerosol distributions over the SE Atlantic Ocean: CALIOP and HSRL
by R. Ferrare
- CATS: 33 Months of Aerosol Vertical Profiles from the ISS
by J. Yorks
- The limits of CALIOP for constraining modelled free-tropospheric aerosol
by D. Watson-Parris
- Experiment overview
by M. Schulz
- Optical property evaluations in AeroCom Cloud
by M. Schulz
- Light scattering coefficient (rel humidity): in-situ vs global model
Cloud
by M. Burgos
- Anthropogenic dust experiment: preliminary results
by P. Ginoux
- Biomass burning experiment: fire emission source and plume height
by M.Petrenko snf R. Kahn
- Holuhraun ACI experiment
by T. Takemura for F. Malavelle
- Aerosol GCM Trajectory Experiment
by D.Neubauer for D. Partridge
- Interpreting AeroCom model errors from remote sensing observations
by N. Schutgens
- Evaluating AeroCom phase III TOA fluxes using the CERES product
by W. Su
- Multi-Model Perturbed Parameter Ensemble (MMPPE)Cloud
by D. Watson-Parris for L.Lee
- AeroCom aircraft comparison experiments
by D. Watson-Parris
- Emissions data: a multi-model sensitivity evaluation
by S. Smith
- Black carbon radiative effect sensitivity to emitted particle size
by H. Matsui
- Black carbon lifetime inferred from a global set of aircraft observations
by M. Lund
- Rapid adjustments of black carbon dependency on the vertical profile
by G. Myhre
- Aerosol absorption: Why is it so hard to constrain?
by B. Samset
- Linking dust optical properties to African and mid-east source regions
by G. Schuster
- Global distribution of threshold of wind erosion from satellite data
by B. Pu
- African dust and Trans-Atlantic dust transport: satellite vs GEOS-5
by H. Yu
- Net radiative effects of dust over the Atlantic: satellite vs in-situ
by Z. Zhang
- Stratospheric and tropospheric aerosol retrievals
by PK. Bhartia
- Developing an integrated aerosol climatology via LEO and GEO satellites
by R. Levy
- Using small satellite constellations for ACI (Aerosol Cloud Interactions)
by V. Martins
- Synergetic retrieval of AOD over land from GEO satellite GEOS-R Data
by S. Kondragunta
- Global aerosol direct radiative effect estimates based on CALIOP
by D. Winker
- Aerosol radiative effects with MACv2
by S. Kinne
- Elevated aerosol pollution in a warmer world (enhanced land aridity)
by R. Allen
- Impact of marine and shipping aerosol emissions in a warming Arctic
by D. Neubauer
- AeroCom and ACAM ? common interests
by M. Chin
- AeroCom wrap-up and outlook
by M. Schulz
- Introduction to AeroSAT 2018
by R.Kahn and T.Popp
- Reflections on modeling needs / integration model + satellite
by P. Colarco
- Consistent algorithm science across satellite sensors for AOD Retrieval
by H. Liu
- Introduction to climate data records
by O.Torres
- Merging aerosol optical depth from multiple satellite missions
by L. Sogacheva
- AOD above clouds: 12-year OMI record and others
by H. Jethva
- GCOS aerosol requirements /statement of guidance
by O. Kalashnikova
- Introduction to retrieval pixel uncertainties
by A. Povey
- Characterizing retrieval uncertainties? interim status
by A. Sayer
- Update on MODIS-DT pixel level uncertainties
by F. Patadia
- Introduction to new opportubities and the NASA concept to ?aerosol? in the 2017 Earth Science Decadal Survey
by F. Seidel
- NASA's Atmospheric Tomography Mission
by C. Williamson
- Aerosol remote sensing with the upcoming NASA PACE mission
by K. Knobelspiesse
- Introductions to intercomparisons
by R.Levy
- GEWEX-GDAP inter-comparisons
by S.Kinne
- Can we improve satellite retrievals of Angström exponent over land?
by A. Lipponen
- Introduction to aerosol typing
by G. Schuster
- Connecting model ? satellite aerosol type
by L. Mona
- Components derived from MAC v2 optics (modal AOD, AAOD, re)
by S. Kinne
- Global aerosol types for assessment of direct radiative effects
by N. Meskhidze
- Introduction to aerosol cloud retrieval associations
by B. Lefer
- Satellite-based ACI estimates with refined CCN approximations
by Y. Shinozuka
- Droplet number concentrations: GEOS-Chem/CAM vs MODIS retrievals
by G. Luo
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offers 1 page summary slides of poster-presentations of AeroCom/AeroSAT 2018 (in alphabetical order by author)
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AEROCOM
is an international
science initiative
on aerosols and climate
supported by
EU Framework programmes
ACTRIS
MACC-II
EUCAARI
PHOENICS
Norw. Met Office
ESA-cci
Max-Planck Ges.
NASA
French CNES
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