AeroCom
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-> Aerosol Comparisons between Observations and Models
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12th AEROCOM workshop
(held at Max-Planck-Institute for Meteorology, Hamburg, Germany Sep 23-27, 2013)
This document contains presentations of the AEROCOM/AEROSAT/ACTRIS workshop in September 2013. Contributions are bundled by topics:
GENERAL
- The Workshop_INFO & Overview presentations outlines the
program and list the participants
- The AeroCom_talks section contains
AeroCom presentations
- The AeroCom_ideas section
contains concepts for new (and on-going) model experiments
- The ACTRIS_talks section contains
ACTRIS EU-project presentations
- The AeroSAT_talks section contains
presentations of the AeroSAT sub-group
- The posters section contains summary
slides of presented posters
- The winners of the AOD forecast contest are Johannes Kaiser, Toshihiko Takemura and Cynthia Randles and Stefan's Aeronet climatology ! Detailed results of the AOD forecast contest can be found in the results file!
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- logistics for the 12th AeroCom /
ACTRIS workshop
- program of the 12th AeroCom
/ ACTRIS workshop
- participants of the 12th
AeroCom / ACTRIS workshop
- abstracts of presentations
of the 12th AeroCom / ACTRIS workshop
- 10 years Aerocom / Welcome to the 12th AeroCom
workshop
by Michael Schulz (Met-No)
- final remarks to the 12th AeroCom
workshop
by Michael Schulz (Met-No)
- plans for the 13th AeroCom
workshop
- introductions to ACTRIS
science presentations
by G.Pappalardo (IMAA-CNR)
- summarizing remarks to ACTRIS
science presentations
by P.Laj (LMD)
- constraining estimates of aerosol
effects on clouds
by S.Ghan (PNNL)
- inter-comparing data and models in
AeroCom and beyond
by P.Stier (Uni Oxford)
- recent topics related with
aerosol-climate models in Japan
by T.Takemura (Uni Kyushu)
- contribution of land-use to the
variability of dust properties
by P.Ginoux (NOAA-GFDL)
- lessons from a scientific
assessment (key presentation)
by B.Stevens (MPI-Met)
- multi-decadal aerosol variations:
sources and regional trends
by M.Chin (NASA-GSFC)
- trends in aerosol optical depth by
modeling and observations
presented by N.Bellouin (Uni Reading)
- a statistical framework to quantify model
uncertainty
by L.Lee (Uni Leeds)
- AeroCom inter-comparison of aerosol (?
cirrus) indirect effects
by X.Liu (Uni Wyoming)
- global fire data-sets for model input
by J.Kaiser (MPI-Chem)
- anthropogenic SO2 emissions
from an atmospheric inversion
by N.Hunneus (LMD)
- explanations for inter-model
diversity for vertical profiles
by Z.Kipling (UNI Oxford)
- aerosols in cloudy scenes: properties
and impacts
by F.Peers (LOA)
- VIIRS aerosol products
by L.Remer (UMBC)
- SeaWiFS and MODIS Deep Blue
aerosol products
by C.Hsu (NASA-GSFC)
- MODIS (new) collection 6 dark target
aerosol products
by R.Levy (NASA-GSFC)
- we are getting better at aerosol type
by R.Kahn (NASA-GSFC)
- first products from ESA
Aerosol_cci
by T.Holzer-Popp (DLR)
- global aerosol observations from
CALIPSO
by D.Winker (NASA-LaRC)
- global aerosol absorption from OMI
near-UV observations
by O.Torres (NASA-GSFC)
- remote sensing of the relative
concentrations of carbon aerosol and dust
by G.Schuster (NASA-LaRC)
- HIPPO black carbon aerosol
vertical profiles vs AeroCom modeling
by J.Schwarz (NOAA-ESRL)
- black carbon radiative forcing Ð
AeroCom vs HIPPO and A-FORCE
by B.Samset (CICERO)
- comparison of AAOD from in-situ and remote sensing measurements
by J.Ogren (NOAA-ESRL)
- introduction of new and old experiments
of the radiative forcing working group
by P.Stier (Uni Oxford)
- joining GASSP activities
by K.Carslaw (Uni Leeds)
- a joint SSiRC/AeroCom initiative on
stratospheric aerosol
by C.Timmreck (MPI-Met)
- nitrate simulations constrained by
measurements
by H.Bian (NASA-GSFC)
- contributions to the Hemispheric Transport
of Air Pollution (HTAP) study
by M.Chin (NASA-GSFC)
- easy aerosols
by A.Voigt (LMD)
- an AeroCom intercomparison
exercise on state-of-the-art organic aerosol global modeling
by K.Tsigaridis (NASA-GISS)
- biomass burning aerosol emission
experiments
by M.Petrenko (NASA-GSFC)
- data assimilation and parameter
estimation for global (aerosol) properties
by N.Schutgens (Uni Oxford)
- aerosol typing and microphysical
properties by lidar/radiometer
by U.Wandinger (TROPOS)
- iSPEX: 1st results of aerosols by
smartphones in The Netherlands
by A.Apituley (KNMI)
- an observational framework for
the study of cloud-aerosol interaction
by H.Russenberg (Delft)
- ACTRIS aerosol vertical profiles:
advanced data and their potential use in an aerosol observations/models combined
approach
by L.Mona (IMAA-CNR)
- atmospheric new particle formation
by M.Kulmala (FMI)
- on the application, use and
access to ground based aerosol obs. (EBAS)
by C.Lund-Myhre (NILU)
- aerosol life cycles: what can
we learn from high altitude sites?
by U.Baltensperger (PSI)
- using ground station data for improving
accuracy in (global) modeling
by M.Fiebig (NILU)
- background and rationale for
AeroSAT
by S.Pinnock (ESRIN)
- international satellite aerosol
science network: AEROSAT
by T.Holzer-Popp (DLR)
- ATSR and more (aerosol retrievals
at FMI and UHEL)
by G.DeLeew (FMI)
- MISR
by R.Kahn (NASA-GSFC)
- application and use: improving
climatologies
by S.Kinne (MPI-Met)
- OMI and more (aerosol measurements
by spectral instrumentation
by P.Levelt (KNMI)
- MODIS
by R.Levy (NASA-GSFC)
- Earlinet (to validate satellite remote
sensing)
by L.Mona (IMAA-CNR)
- EUMETSAT aerosol activities
by R.Munro (EUMETSAT)
- aerosol-cloud interactions:
measurements of CCN
by D.Rosenfield (Hebrew Uni)
- SAF network Ð committed aerosol
products
by L.Schueller (EUMETSAT)
- Polder (retrievals and inversions)
by P.Goloub/D. Tanre (LOA)
- OMI
by O.Torres (NASA-GSFC)
- CALIPSO
by R.Kahn/D. Winker (NASA-GSFC)
- aerosol remote sensing in China
by R.Xue (CAS)
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influence of observed diurnal cycles of aerosol optical depth on aerosol direct
radiative effect (A.Arola, FMI)
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GASSP
(K.Carslaw, Uni Leeds)
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anthropogenic and volcanic contributions to the stratospheric aerosol trends
(M.Chin, NASA-GSFC)
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new sea-salt source function (OSSA)
(G.DeLeeuw, FMI)
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Absorbing aerosol, influence on microphysics and radiative forcing
(L.Doppler, FU Berlin)
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comparison of marine aerosol observations with AEROCOM models
(E.Dunne, FMI)
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regional Aerosol Optical Depth trends with MATCH, CCCM and MODIS
(D.Fillmore)
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overview over the AeroCom infrastructure at Met Norway
(J.Griesfeller, Met No)
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aerosol direct radiative effect efficiency (ADREE), aerosol optical properties and
surface albedo
(J.Huttunen)
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lessons from coherent uncertainty analysis of aerosol observations from
multiple satellite sensors and implications for model evaluation
(C.Ichoku, NASA-GSFC)
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MPI Aerosol Climatology (MAC)
(S.Kinne, MPI-Met)
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simulation of the aerosol vertical distribution by the AeroCom models: Phase II
versus Phase I
(B.Koffi, JRC)
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Secondary Organic Aerosol yields in chamber experiments
(H.Kokkula, FMI)
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Impact of aerosol emissions in China and India on climate
(T.Kuehn, FMI)
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ACTRIS Data Centre: an atmospheric data portal
(C.Lund-Myhre, NILU)
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global distributions of cloud droplet number concentrations and cloud albedo
effects from
AeroCom models of a range of complexity
(G.Mann, Uni Leeds)
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Improved representation of marine stratocumili in ECHAM6-HAM2
(D.Neubauer, ETHZ)
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evaluation of aerosol simulations over South Asia in multi-models
(X.Pan, NASA-GSFC)
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aerosol - cloud droplet concentration closure for marine stratocumulus clouds:
comparison of two parameterisations using an inverse modelling framework
(D.Partridge, Uni Oxford)
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estimate of the radiative effect of brown carbon using AERONET products
(M.Pitkanen, FMI)
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Retrieval of aerosol and volcanic ash properties from RAMAN lidar with optical
estimation
(A.Povey, Uni Oxford)
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impact of South African biomass burning on temperature tendencies
(C.Randles, NASA-GSFC)
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comparison of Level 1.5 and Level 2.0 AERONET absorption products
(G.Schuster, NASA-LaRC)
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a global view of aerosol macro- and microphysical processes
(N.Schutgens, Uni Oxford)
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Stratospheric Sulfur and its Role in Climate (SSiRC)
(C.Timmreck, MPI-Met)
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aerosol measurements of the ARM Climate Research Facility
(J.Voyles, DOE)
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Radiative forcing and climate response due to the presence of black carbon in
cloud droplets
(Z.Wang, CMA)
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Constraints on aerosol sources using GEOS-Chem adjoint and MODIS
radiances, and evaluation with OMI and MISR data
(J.Wang, Uni Nebraska)
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Effect of aerosol sub-grid variability on AOD
(N. Weigum, Uni Oxford)
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the global 3D aerosol distribution and estimates of all-sky aerosol direct
radiative effect constraints
(D.Winker, NASA-LaRC)
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improvements of cloud microphysics in the online aerosol-climate model
BCC_AGCM2.0.1_CUACE/Aero and aerosol indirect effect
(H.Zhang, Nat CC, CMA)
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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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