Monday, March 16 |
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8:00 a.m. – 12:00 p.m. | Morning Meetings
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1:00 p.m. – 5:30 p.m. | Working Group (WG) Sessions | |
1:00 p.m. – 5:30 p.m. | Cloud Life Cycle Working Group | |
1:00 p.m. – 2:00 p.m. | Opening plenary | |
2:00 p.m. – 3:15 p.m. | Focus/Interest Group Sessions in Parallel Mesoscale Convective Organization – Varble and Schumacher Phase Partitioning |
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2:00 p.m. | CLWG CloudPhase Breakout, Gijs de Boer | |
4:00 p.m. – 4:30 p.m. | Break | |
4:45 p.m. – 5:30 p.m. | Focus/Interest Group Sessions in Parallel Warm Low Clouds
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4:45 p.m. – 5:30 p.m. | Closing Plenary | |
1:30 p.m. – 2:30 p.m. | Aerosol Life Cycle Working Group | |
1:00 p.m. – 3:00 p.m. | ALWG plenary session
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3:00 p.m. – 3:30 p.m. | Break | |
3:30 p.m. – 5:30 p.m. | Focus Group/Focus Area Sessions in parallel New Particle Formation Breakout – Smith and Kuang
Field Observations
Instrumentation and wrap-up
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1:30 p.m. – 5:30 p.m. | Cloud Aerosol Precipitation Interactions Working Group Plenary
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7:30 p.m. – 9:00 p.m. | Breakout Session 1 | |
Retrieving Drizzle Parameters – Riihimaki
BBOP – Sedlacek |
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Tuesday, March 17
Session Chairs: Sally McFarlane (DOE) & Ashley Williamson (DOE)
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and Beyond, Jennifer Comstock, Pacific Northwest National Laboratory
Session Chairs: Shaima Nasiri (DOE) & Rick Petty (DOE)
- Aerosol Life Cycle Working Group, Allison McComiskey (NOAA) and Jian Wang (BNL)
- Cloud Aerosol Precipitation Interactions Working Group, Steve Ghan (PNNL) and Rob Wood (U. Washington)
- Cloud Life Cycle Working Group, Tony Del Genio (NASA GISS) and Matt Shupe (U. Colorado/NOAA)
- Welcome to ARM for New Investigators, Part I – Mather
- ARM Data Integrator (ADI) – Sivaraman
Session Chairs: Dave Turner (NOAA) & Matt Shupe (U. Colorado/NOAA)
- Eastern North Atlantic (ENA) Site Science & Infrastructure, Rob Wood, University of Washington
- Oliktok Point (AMF3) Site Science & Infrastructure, Gijs de Boer, CIRES
- SWATS Present and Future, David Cook, Argonne National Laboratory
- A Modeling Study of Irrigation Effects on Surface Fluxes and Land–Air–Cloud Interactions in the Southern Great Plains
Yun Qian, Pacific Northwest National Laboratory - Next Generation Ecosystem Experiment (NGEE) Arctic, Stan Wullschleger, NGEE Project Director, Oak Ridge National Lab
- Absorbing Aerosol
- Aerosol Mixing State
- Mesoscale Convective Organization
- Madden-Julian Oscillation
- Shallow to Deep Convection
- Entrainment
- Radiation
- General Topics, Aerosol, Cloud
- Instrument mentor/Data Quality session, Sisterson, Peppler
- MOSAiC Overview and Discussion, Shupe
- Integrating AMIE/DYNAMO field observations and modeling, Zhang
- Clouds Above the United States and Errors at the Surface (CAUSES), Morcrette
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Session Chairs: Jian Wang (BNL) and Connor Flynn (PNNL)
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Session Chairs: Tony Del Genio (NASA GISS) and Mike Jensen (BNL)
- Spatial variability in clouds, precipitation, surface fluxes, and soil properties at the ARM SGP site, Qi Tang, Lawrence Livermore National Laboratory
- Radiative Surface Forcing from CH4 at the NSA and SGP sites, Daniel Feldman, Lawrence Berkeley National Laboratory
- Variations in Radiative Heating and Moisture Profiles During AMIE, Fiaz Ahmed, Texas A&M University
- An Integrated View of Convection from MC3E, Steven Rutledge, Colorado State University
- Evaluation of clouds in climate models using ARM-data: a time-step approach, Kwinten Van Weverberg, UK Met Office
- Millimeter cloud radar observations of mixed-phase clouds – the Doppler spectra story of a riming case study observed in Finland, Heike Kalesse, Leibnitz Institute for Tropospheric Research
- A review of solid precipitation measurement challenges and techniques: possible new instrumentation for the North Slope of Alaska, Jessica Cherry, University of Alaska, Fairbanks
- Registering and Submitting your PI data with Ease using the ARM data product registration tool (OME), Biva Shrestha, Oak Ridge National Laboratory
- Welcome to ARM for New Investigators – Part II, Data Services, Palanisamy
- PyART, Python ARM Radar Toolkit – Helmus & Collis
Next Generation ARM Data Analysis Tools, Mather, Sivaraman, Palanisamy
Vertical Velocity Focus Group, Ghate, Comstock
- Brief update on VVFG activities – 5-10 mins
- “Relationships between convective updraft size, perturbation pressure, and vertical velocity” by Hugh Morrison (15 mins + 10 mins discussion)
- “Observations of Vertical Air Motion – Moving from 1D to 3D” by Pavlos Kollias (20 mins + 10 mins discussion)
- “Vertical Velocity Best Estimate (VVBE) data product” by Edward Luke (20 mins + 10 mins discussion).
- General discussion
ARM/ASR/NGEE: Building collaboration in Alaska, Wullschlager, Ivey, Shupe
- Overview of session: Wullschleger, Ivey, Shupe
- NGEE Perspectives: Margaret Torn
- Atmosphere-surface interactions and perspectives: Matthew Shupe
- Overview of ACME flight program: Sebastien Biraud
- Discussions to identify coordination around shared science questions
- GoAmazon 2014/5: Aerosol Life Cycle – Martin
- Observations and Modeling of the Green Ocean Amazon – GoAmazon2014/5, Scot Martin, Harvard University
- Aerosol Physical and Chemical Properties Before and After the Manaus Plume, Paulo Artaxo, Institute of Physics, University of Sao Paulo
- Biogenic VOC and oxidants in the Amazon, Alex Guenther, Pacific Northwest National Laboratory
- Microphysics of Amazonian Aerosol Under Pristine Condition and the Impact from the Manaus Urban Plume, Jian Wang, Brookhaven National Laboratory
- Measurements of the Aerosol Size Distribution to Investigate Aerosol Nucleation and Initial Growth, Chongai Kuang, Brookhaven National Laboratory
- Ultrafine Aerosol Particle Composition, James Smith, National Center of Atmospheric Research
- High Resolution Aerosol Mass Spectrometer (H-ToF-AMS) Measurements, Liz Alexander, Environmental Molecular Sciences Laboratory
- Sources, Properties, Aging, and Anthropogenic Influences on Organic Particles, Jose-Luis Jimenez, University of Colorado
- Chemical Imaging and Molecular-level Analysis of Particles, A. Laskin, Pacific Northwest National Laboratory
- Open Discussion
- Vertical velocity
- Ice nucleation & cloud phase
- Ice physical & radiative properties
- QUICR
- ARM Infrastructure
- CAPI deep convection
- Warm low cloud
- Secondary organic aerosol
- New particle formation
- Radar Science: Polarimetry, Kumjian, van Lier-Walqui
- AOS Harmonization, Flynn
- Grey Zone modeling, Krueger, Randall
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Thursday, March 19
Marine low clouds – Wood, Miller
- Xiquan Dong: MBL Drizzle Properties and Their Impact on Cloud Property Retrievals
- Jim Hudson: Bimodal CCN spectra demonstrate aerosol cloud processing and feedback to cloud microphysics
- Chidong Zhang: Shallow cloud at Manus: Variability, Moistening Effect, and GCM biases.
- Yangang Liu: A new parameterization for entrainment rate of shallow cumulus based on SGP observations
- Raymond Shaw: High resolution measurements of aerosols, microphysics and turbulence at stratocumulus cloud top: a possible flight project near the ENA site
- Cuong Nguyen and V.Chandrasekar: New algorithm to separate cloud and drizzle
- George Tselioudis: LES and SCM simulations of a closed and an open cell case over the Azores
- Zhanqing Li: Impact of Ambient Meteorological Conditions on Cloud Microphysics and the Aerosol Indirect Effect.
- Discussion. Data/product needs
Radar Science: Doppler spectra – Luke, Fridlind
- Christopher Williams: Combining KAZR and S-band Radar Doppler Spectra to isolate snow signatures
- Marcus van Lier-Walqui: Bayesian estimation of ice-ice sticking efficiency using Doppler spectrum observations from MC3E
- Max Maahn: Developing and evaluating ice cloud parameterizations for forward modeling of radar moments using in situ aircraft observations
- Toshi Matsui: Conundrum or closure? Emerging database of non-spherical ice scattering properties for instrumental simulators
- Eugene Clothiaux: An ice particle scattering database in support of ice microphysical observational and modeling studies
GoAmazon 2014/5: CLWG – Schumacher
Ice nucleation and aerosol mixing state (CAPI/ALWG) – Fridlind et al.
Land-Atmosphere-Cloud Interactions (LACI) – Berg
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Precipitation Measurement Needs – Collis, Bartholomew, Cherry
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LASIC – Zuidema
BAECC – Petäjä
- Tuukka Petäjä – BAECC general overview and in situ aerosols
- Celia Faiola – Aerosol chemical composition
- Ewan O’Connor – lidar and aircraft observations of aerosol vertical profiles
- Daniel Rosenfeld – CCN concentrations from satellites and in situ
- Paul Zieger – Aerosol optical closure
- Victoria Sinclair – Single column modeling
- Dmitri Moisseev – BAECC snowfall experiment
- V. Chandrasekar – Cloud and precipitation separation from Doppler spectra
- Measurement needs and challenges in furthering understanding of deep convective clouds (invited, Bob Houze)
- Measurement needs and challenges in furthering understanding of aerosol-deep convective cloud interactions (invited, Zhanqing Li)
- GoAmazon2014 – measurements of pristine and polluted clouds (Daniel Rosenfeld)
- NU-WRF simulations of the MC3E 5/20 case: Effects of including observation-based aerosol and aerosol consumption (Ann Fridlind)
- Observing ice generation in developing convective clouds (Zhien Wang)
- New Physical Understanding of Satellite Retrieved Effective Absorption Optical Depth Ratios (David Mitchell)
- Evaluation of Double-moment Representation with Numerical Simulations and UND-Citation Aircraft Observations During MC3E (Zhaoxia Pu)
- A Unified Convection Parameterization in CAM using CLUBB and SILHS Sampled Subcolumns (Vince Larson)
- Questions/Discussion
Radar Science: Simulators – Clothiaux, Collis
- Pavlos Kollias: A simple radar forward model for CRM’s with bulk and bin microphysics schemes
- Alexander Ryzhkov: Validating the radar output of cloud models by polarimetric radar observations
- Discussion on cloud scale model simulators Include the idea of
developing a COSP-like package for WRF - Discussion (all)
- Shaocheng Xie and Yuying Zhang: Progress on the ARM cloud radar simulator development for GCMs
- Discussion, Where to go from Here, and Wrap-up
Secondary Organic Aerosol – Shilling, Martin
- Scot Martin – Observations of SOA viscosity and phase.
- Rahul Zaveri – Modeling of SOA growth dynamics and the effect of viscosity.
- Alla Zelenyuk – Observations of SOA phase and viscosity.
- Manish Shrivastava – Modeling of SOA formation, functionalization, and fragmentation.
- Joel Thornton – Experimental and modeling studies of isoprene chemistry.
- Jose Jimenez – Experimental modeling studies of isoprene chemistry and urban SOA.
- Andy Lambe – Effect of oxidant concentration, exposure time and seed particles on secondary organic aerosol chemical composition and yield.
- Matt Alvarado – Observations and modeling of OA evolution in biomass burning plumes.
- Discussion
Arctic Aerosol-Cloud-Climate Interactions, David Mitchell, Greg McFarquhar, and Daniel Knopf
MAGIC – Lewis
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Leads (short presentation, and coordinate discussion): Nitin Bharadwaj & Nicki Hickmon
Rapporteur: Pavlos Kollias
Leads (short presentation and coordinate discussion): Rob Wood and Mark Miller, Rapporteur: Mike Jensen
Leads (short presentation and coordinate discussion): Gijs de Boer and Matt Shupe
Rapporteur: Scott Collis
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p>Aerosol Measurements—Invitation Only, McComiskey, Sisterson
Friday, March 20 |
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8:30 a.m. – 10:30 a.m. | SISC—Invitation Only |