AeroCom

-> Aerosol Comparisons between Observations and Models

 

19th AEROCOM / 8th AeroSat workshop

held digitally Oct 12 - 16, 2020

GENERAL

1. The AeroCom/AeroSAT_general outlines the AeroCom/AeroSAT 2020 program, lists the participants, presents all submitted abstracts, addressed workshop goals at the beginning of the workshop along with workshop summary results.
2. The AeroCom/AeroSAT_presentations section contains AeroCom 2020 and AeroSAT 2020 presentations in alphabetical order by author
3. The AeroCom/AeroSAT_discussion section contains AeroCom 2020 and AeroSAT 2020 broadnet discussions by day and breakout session summaries

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AeroCom/AeroSAT_general

1. program of the 19th AeroCom / 8th AeroSAT workshop
2. participant list
3. abstracts of all presentations
4. observations and modeling in AeroCom presented by M. Schulz

This section gives access to AeroCom and AeroSAT presentations in alphabetical order by authorÕs last name

1. The Development of an Atmospheric Aerosol/Chemistry? Climate Model, BCC_AGCM_CUACE2.0, and Simulated Effective Radiative Forcing of Nitrate Aerosols by An, Qi
2. Aerocom Phase III evaluation with optical property observations by Andrews, Betsy
3. Aerosol absorption: how dust absorption causes Sahel precipitation by Balkanski, Yves
4. Impact of Chinese Covid-19 lockdown on aerosol and radiative fluxes over East Asia Marginal Seas by Bellouin, Nicolas
5. Nitrate simulations: unique features, current status, challenges, remaining issues, evaluations and future work by Bian, Huisheng
6. Investigation of impact of Amazon fire on forest productivity using an Earth System Model by Bian, Huisheng
7. Model simulations of the Pinatubo volcanic eruption: direct and indirect effects on stratospheric chemistry and dynamics by Bruehl, Christoph
8. First global evaluation of the representation of water uptake within ten Earth system models by Burgos, Maria
9. Modelling of Mineral Dust in CRESCENDO-ESM by Checa-Garcia, Ramiro
10. Development of size-resolving aerosol microphysics scheme for use in a global non-hydrostatic model by Cheng, Chiu
11. The Copernicus Sentinel-3 Near Real Time (NRT) Aerosol Optical Depth (AOD) Baseline Collection 1 Ð First release description, quality status and scheduled evolutions by EUMETSAT by Chimot, Julien
12. Progress and results of the AeroCom UTLS experiment by Chin, Mian
13. Vertical profile: Are models getting better after all these years? by Chin, Mian
14. Urban aerosol and its radiative effects in Moscow Megacity according to the ground-based and satellite (MODIS/MAIAC) measurements, and COSMO-ART modelling by Chubarova, Natalia
15. Possible mechanism of the increase in solar irradiance cloud transmittance and decrease in cloud cover over Europe due to negative trends in sulphate aerosols: a study with the INMCM5 climate model by Chubarova, Natalia
16. Challenges coping with biomass burning aerosols in our global models by Colarco, Peter
17. The Multi-Model International Cooperative for Aerosol Prediction (ICAP) Perspective on the Massive June 2020 Saharan Dust Event by Colarco, Peter
18. Contributions of the laboratory experimentsal simulation activity within EUROCHAMP-2020/ACTRIS to the aerosol retrieval from satellite observations and modeling by DiBiagio, Claudia
19. Understanding changes in warm cloudiness since pre-industrial times using machine learning of satellite observations by Douglas, Alyson
20. Validation of GRASP algorithm product from POLDER/PARASOL data and assessment of multi-angular polarimetry potential for aerosol monitoring by Dubovik, Oleg
21. Analysis of AERONET Extended Wavelength Retrievals of Aerosol Absorption Parameters Including 380 nm and 500 nm for Detection of Brown Carbon in Biomass Burning and Iron Oxides in Desert Dust by Eck, Thomas
22. Exploring the capabilities of synergistic passive and active remote sensing with a new aerosol retrieval testbed by Espinosa, Reed
23. Elevated aerosol layer over South Asia worsens the Indian droughts by Fadnavis, Suvarna
24. Biomass Burning Aerosol Distributions over the Southeastern Atlantic Ocean measured by CALIOP and the NASA LaRC airborne High Spectral Resolution Lidar-2 by Ferrare, Richard
25. How consider the geometry of acquisition on the aerosol retrieval performance by Fougnie, Bertrand
26. AOD monitoring within the CAMS data assimilation by Garrigues, Sebastien
27. Natural Laboratories for Aerosol Cloud Interactions- Simulating Aerosol Cloud Precipitation and Climate interactions (ACPC) by Gettelman, Andrew
28. Aerocom Phase III model diversity and comparison with AP1 by Gliss, Jonas
29. Mass to Optics> MECs, AE and fine/coarse AOD by Gliss, Jonas
30. Identifying observational constraints on aerosol-cloud interactions by Gryspeerdt, Edward
31. Retrieval of Cloud Condensation Nuclei to Quantify the Radiative Forcing due to Aerosol Cloud Interactions by Hasekamp, Otto
32. Understanding the Asian summer monsoon response to a future dipole in aerosol emissions across India and China using an intermediate-complexity GCM by Herbert, Ross
33. Evaluation of Cloud-Aerosol Interactions Using the Cloud System Resolving Model NICAM-SPRINTARS and Satellite Observations by Hotta, Haruka
34. PMAp: synergistic global Aerosol product from Metop satellites by Jafariserajehlou, Soheila
35. Self-raising aerosol by Johnson, Ben
36. Studying aerosol type selection and retrieved AOD estimates when applied to TROPOMI measurements by Kauppi, Anu
37. Accessment of dust source attribution to the global land and ocean regions by Kim, Dongchul
38. AeroCom Trajectory Experiment (GCMTraj): Lagrangian analysis of aerosol life cycle processes in GCMs by Kim, Paul
39. Analysis of simultaneous aerosol and ocean glint retrieval using multiangle observations by Knobelspiesse, Kirk
40. Identifying the model properties contributing to aerosol forcing uncertainty by Kokkola, Harri
41. China and Taiwan: A Tale of Two COVID-19 Lockdown Measures and Air Quality Impacts by Kondragunta, Shobha
42. Observed aerosol forcing trends over the A-Train satellite era by Kramer, Ryan
43. Synergy of LEO and GEO observations for observing global AOS (abd other aerosol peoperties) by Levy, Robert
44. Model Enforced Post-Process Correction of Satellite Aerosol Retrievals by Lipponen, Antti
45. Surface and aerosol retrieval from S5P using GRASP: baseline requirements and expected performance by Litvinov, Pavel
46. Impacts of COVID-19 on Aerosol Direct and Indirect Radiative Forcing by Liu, Xiaohong
47. Investigation of the relative importance of meteorological and aerosol-related parameters in determining cloud microphysical properties using Machine Learning methods by Lord, Tobias
48. Aerosol retrieval in presence of clouds by Luffarelli, Marta
49. Towards a consistent retrieval of cloud/aerosol single scattering properties and surface reflectance by Luffarelli, Marta
50. EUMETSAT Aerosol Missions and Products: focus on 3MI, the Multi-View Polarimeter Flying on Metop-SGA by Marbach, Thierry
51. Overview of NOAA's global aerosol modeling progress by McQueen, Jeff
52. Comparing aerosol types in climate models and satellite retrievals by Mielonen, Tero
53. Evaluation of climate model aerosol trends with ground-based observations over the last two decades Ð an AeroCom and CMIP6 analysis by Mortier, Augustin
54. COVID-19: Impact on AOD and European Air Quality by Mortier, Augustin
55. Update on AeroCom Historical experiment by Myhre, Gunnar
56. Modeled simulated historical (HIST) forcing and trends by Myhre, Gunnar
57. Evaluation of aerosol absorption in CMIP6 simulations by Nabat, Pierre
58. Soot aging by ozone/sulfuric acid enhances future warming and reduces shortwave aerosol cooling by changing cloud formation by Neubauer, David
59. Development of the National Global Data Assimilation Ensemble-based System for Forecasting of Aerosols at NOAA by Pagowski, Mariusz
60. Update on AeroCom Biomass Burning Emission Injection Height experiment (BBEIH) by Pan, Xiaohua
61. Recent Advances in Satellite Retrieval of Volcanic Ash Properties by Piontek, Dennis
62. Making the old new again: Overhauling ORAC by Povey, Adam
63. Aerosol properties from Airborne Hyper Angular Rainbow Polarimeter (AirHARP) observations during ACEPOL 2017 by Puthukkudy, Anin
64. Assessing aviation-induced cirrus from satellite during COVID-19 by Quaas, Johannes
65. Coupling aerosols to (cirrus) clouds in a global aerosol-climate model by Righi, Mattia
66. EU-Forces project by Riipinen, Ilona
67. Identifying cloud and aerosols during extreme bushfires using deep learning by Robbins, Daniel
68. Aircraft observations of Coarse Dust: Radiative Significance and Model Evaluation by Ryder, Claire
69. Aerosol absorption and precipitation in CMIP6 projections by Samset, Bjorn
70. Aerosol absorption Ð AeroCom phase III by Sand, Maria
71. Aerosol absorption Ð AeroCom phase III by Sand, Maria
72. How consistent are satellite retrievals of smoke from the 2019-2020 Australian fires? by Sayer, Andrew
73. Aerosol Life Cycle: remaining issues, recommendations for modeling, evaluation issues and proposed AeroCom activities by Schulz, Michael
74. An AEROCOM/AEROSAT study: evaluation of global models with satellite AAOD and SSA by Schutgens, Nick
75. ÒBeyond AODÓ, a team science initiative to quantify vertically resolved aerosol absorption to enable climate science breakthroughs by Seidel, Felix
76. Changes in aerosol atmospheric composition and radiative forcing due to COVID-19 in OsloCTM3 by Skeie, Ragnhild
77. Emissions-MIP: A Multi-Model Sensitivity Evaluation by Smith, Steven
78. Comparisons of multi-spectral satellite AOD by Sogacheva, Larisa
79. Comparison Study of Global Dust Climatology derived from CALIOP and MODIS Aerosol retrievals by Song, Quianqian
80. Understanding the top-of-atmosphere fluxes difference between AeroCom Phase III models and the CERES product: clear-sky perspective by Su, Wenying
81. Trend comparison between AeroCom Historical Experiment and satellite observations: TOA clear-sky reflected SW flux and aerosol optical depth by Su, Wenying
82. Understanding the top-of-atmosphere fluxes difference between AeroCom Phase III models and the CERES product: clear-sky perspective by Su, Wenying
83. CALIOP Aerosol Typing Performance of Smoke from the 2019-2020 Australian Bushfire Event by Tackett, Jason
84. Analysis of Scattering Angle Sampling by Multi-Angle Imaging Polarimeters for Different Orbit Geometries by Thompson, Sabrina
85. Observational constraint on cloud water response to aerosols based on polluted cloud tracks by Toll, Velle
86. Aerosol and component life cycle diversity: organics by Tsigaridis, Kostas
87. MUSICAL: Leveraging MUSICA to innovate on the aerosol/chemistry science across US waether/climate models by Tsigaridis, Kostas
88. Simulating instrumentically defined aerosol type by Tsigaridis, Kostas
89. Aerosol emission estimation using future satellite observation capabilities under the framework of Observing System Simulation Experiments (OSSEs) by Tsikerdekis, Athanasios
90. Assimilating aerosol optical properties related to size and absorption from POLDER/PARASOL with an ensemble data assimilation system by Tsikerdekis, Athanasios
91. Impacts of COVID-19 lockdown on European air quality by Tsyro, Svetlana
92. Aerosol properties inferred from the Research Scanning Polariemter (RSP) during the Cloud, Aerosol and Monsoon Processes Philippines Experiment (CAMP2Ex) by van Diedenhoven, Bastiaan
93. How close to sunshine-duration based AOD retrievals is the ECHAM aerosol load over Europe? by Wandji, William
94. Multi-model Perturbed Parameter Experiment update by Watson-Parris, Duncan
95. An update on the NASA Aerosol-Cloud-Convection-Precipitation DO Study by Winker, Dave
96. The contributions of short-lived climate pollutants to global climate change since the pre-industrial era by Xie, Bing
97. Impacts of domestic emissions and regional transport on aerosol concentration, radiative forcing and climate during 1980Ð2018 by Yang, Yang
98. Use of machine learning to improve global models on aerosol-cloud interactions without compromising their computing efficiency by Yu, Fangqun
99. Trans-Atlantic Dust Deposition (TADD): Evaluating GEOS simulation with satellite remote sensing products by Yu, Hongbin
100. Dust lifetime and size-distribution by Yu, Hongbin
101. Gigantic African Dust Intrusion into the Caribbean Basin and southern U.S. in June 2020 by Yu, Hongbin
102. Improved inversion of aerosol components in the atmospheric column from remote sensing data by Zhang, Ying
103. Intercomparison of aerosol microphysics parameterizations in the MAM aerosol box model by Zhang, Kai
104. A New Retrieval Algorithm of the Thermal Infrared Optical Depth of Dust Aerosols based on the Combined CALIOP and IIR Observations by Zheng, Jianyu
105. Understanding the uncertainties in the modeling of biomass burning aerosols by Zhong, Qirui
106. Aerosol Hygroscopicity by Zhong, Qirui
107. Modeling the smoky troposphere of the southeast Atlantic: a comparison to ORACLES airborne observations from September of 2016 by Zuidema, Paquita

The AeroCom/AeroSAT_discussions section contains AeroCom 2020 and AeroSAT 2020 broadnet discussions and breakout session summaries

boardnet discussions on day 1

boardnet discussions on day 2

boardnet discussions on day 3

boardnet discussions on day 4

boardnet discussions on day 5

session break-out summaries by session raporteurs

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