Oral session:
| S13.1 On the Representation of Cloud Phase in Global Climate Models, and its Importance for Simulations of Climate Forcings and Feedbacks Trude Storelvmo*, Navjit Sagoo, Ivy Tan Yale University, USA (video; position 0:00) |
| S13.2 The dehydration-Greenhouse Feedback Eric Girard*, Jean-Pierre Blanchet, Setigui Keita, Ana Cirisan, Ludovick Pelletier University of Quebec at Montreal, Canada (video; position 18:00) |
| S13.3 Regime dependence of precipitating cloud impact parameters Anita Rapp*1, Lu Sun1, Tristan L’Ecuyer2 1Texas A&M University, USA, 2University of Wisconsin-Madison, USA (video; position 0:00) |
| S13.4 How well do GCMs simulate transitions between closed and open marine stratocumulus clouds? Tom Goren*, Johannes Quaas University of Leipzig, Leipzig Institute for Meteorology, Germany (video; position 17:00) |
| S13.5 Exploring the representation of humidity variability by an assumed probability density function scheme Vera Schemann University of Cologne, Germany (video; position 0:00) |
| S13.6 Cloud Retrievals for Climate and Weather Using Combinations of Geostationary and Polar-Orbiting Satellite Imager Data Patrick Minnis1, Szedung Sun-Mack2, Kristopher Bedka1, Rabindra Palikonda*2, William Smith, Jr.1, Christopher Yost2, Yan Chen2, Thad Chee2 1NASA Langley Research Center, USA, 2Science Systems and Applications, Inc., USA (video; position 0:00) |
| S13.7 A Multi-Instrument Satellite View of the Global Three-Dimensional Distribution of Cloud Liquid Water Jussi Leinonen*, Matthew Lebsock, Graeme Stephens Jet Propulsion Laboratory, California Institute of Technology, USA (video; position 0:00) |
| S13.8 The missed marine warm clouds by the Cloud Profiling Radar and its impact on the accuracy of cloud microphysical property statistics Dongyang Liu*, Qi Liu, Lingli Zhou School of Earth and Space Sciences, University of Science and Technology of China, China (video; position 17:00) |
| S13.9 Cloud-aerosol interactions and precipitation scavenging in the Accelerated Climate Model for Energy (ACME) Hailong Wang*, Richard Easter, Kai Zhang, Balwinder Singh, Po-Lun Ma, Yun Qian, Philip Rasch Pacific Northwest National Laboratory, USA (video; position 0:00) |
| S13.10 Online comparison between droplet activation parameterisations and an embedded cloud parcel model in the GCM ECHAM-HAM Daniel Partridge Stockholm University, Sweden (video position 16:00) |
| S13.11 Optimal Estimation retrieval of cloud droplet number concentration for synergistic ground-based observations Daniel Merk*1, Hartwig Deneke1, Bernhard Pospichal2 1Leibniz-Institute for Tropospheric Research (TROPOS), Germany, 2University Leipzig, Germany (video; position 0:00) |
| S13.12 Sub-millimetres, a new wavelength region for retrievals of cloud ice properties Patrick Eriksson*1, Stefan Buehler2, Stuart Fox3, Dong Wu4 1Chalmers University of Technology, Sweden, 2University of Hamburg, Germany, 3Met Office, UK, 4Goddard Space Flight Cente, USA (replaced by Noble, Hudson, P13.5 video; position 16:10) |
| S13.13 On the Influence of air mass history on aerosol-cloud interactions in the South-East Atlantic Julia Fuchs*, Jan Cermak Ruhr-Universität Bochum, Germany (video; position 0:00) |
| S13.14 MARINE CLOUD BRIGHTENING [MCB] – REGIONAL APPLICATIONS Alan Gadian*1, John Latham2,3, Jim Fournier5, Ben Parkes4, Peter Wad hams6 1NCAS, University of Leeds, UK, 2NCAR,, USA, 3SEAS, University of Manchester, UK, 4L’OCEAN, University du Pierre and Marie Curie, France, 5Planetwork, USA, 6DAMTP, University of Cambridge, UK (video position 14:00) |
| S13.15 How well can we represent the subgrid distribution of convective clouds in a climate model? Laurent Labbouz*1, Zak Kipling1, Philip Stier1, Hugh Morrison2, Jason Milbrandt3, Alain Protat4 1University of Oxford, UK, 2National Center for Atmospheric Research, USA, 3Atmospheric Numerical Prediction Research, Environment Canada, Canada, 4Centre for Australian Weather and Climate Research, Australia (video; position 0:00) |
| S13.16 Mechanisms of convective cloud response to aerosol in a global model with a cloud field parameterisation Zak Kipling*, Laurent Labbouz, Philip Stier Department of Physics, University of Oxford, UK (video; position 16:52) |
| S13.17 Predator -Prey: a viable concept for the parameterisation of convection? Michael Herzog*1, Leif Denby1, Cathy Hohenegger2 1University of Cambridge, UK, 2Max Planck Institute for Meteorology, Germany (video; position 0:00) |
| S13.18 Evidence for Convective Invigoration from A-Train Observations Johannes Muelmenstaedt*1, Daniel Rosenfeld2, Odran Sourdeval1, Julien Delanoë3, Johannes Quaas1 1Universität Leipzig, Germany, 2Hebrew University of Jerusalem, Israel, 3LATMOS UVSQ/CNRS/UPMC/IPSL, France (video; position 17:00) |
| S13.19 Space-borne observations of the most extreme storms on Earth: a new perspective from theNASA-JAXA GPM mission Kamil Mroz*1, Alessandro Battaglia1,2, Frederic Tridon2, Timothy James Lang4, Simone Tanelli3 1National Centre for Earth Observation, UK, 2Department of Physics and Astronomy, University of Leicester, UK, 3Jet Propulsion Laboratory, USA, 4NASA Marshall Space Flight Center, USA (video; position 0:00) |
| S13.20 Impact of the collection efficiencies in ice phase processes on clouds and climate Ulrike Lohmann*, David Neubauer ETH Zurich, Switzerland (video; position 15:28) |
| S13.21 Satellite observations of cloud glaciation processes Edward Gryspeerdt*1, Odran Sourdeval1, Philipp Kühne1, Julien Delanoë2, Johannes Quaas1 1Universität Leipzig, Germany, 2Laboratoire Atmosphères, Milieux, Observations Spatiales/IPSL/UVSQ/CNRS/UPMC, France (video position 0:00) |
| S13.22 Climatology and long-term changes in cloud cover over the ocean by using frequency distribution Marina Aleksandrova*, Sergey Gulev, Konstantin Belyaev P.P. Shirshov Institute of Oceanology RAS, Russia (video; position 15:00) |
| S13.23 Measuring ice clouds at millimeter/submillimeter wavelength –how much information can we gain? Verena Grützun*1, Stefan A. Buehler1, Manfred Brath1, Jana Mendrok2, Patrick Eriksson2 1University of Hamburg, Meteorological Institut, Germany, 2Chalmers University of Technology, Earth and Space Sciences, Sweden (video; position 0:00) |
| S13.24 Dependence of the Ice Water Content and Snowfall Rate on Temperature, Globally: Comparison of In-Situ Observations, Satellite Active Remote Sensing Retrievals and Global Climate Model Simulations Andrew Heymsfield*1, Martina Kramer2, Norm Wood3, Andrew Gettelman4, Paul Field5, Guosheng Liu6 1NCAR, USA, 2Forschungszentrum, Germany, 3University of Wisconsin, USA, 4NCAR, USA, 5UK Met Office, UK, 6Florida State University, US (video; position 16:08) |
| Report from the International Cloud Modeling Workshop: Exeter, UK, July 18-22, 2016 Zachary Lebo*1, Ben Shipway2 1University of Wyoming, USA, 2Met Office, UK (video; position 0:00) |
Poster session:
| P13.1 THE UPDATED EFFECTIVE RADIATIVE FORCING OF MAJOR ANTHROPOGENIC AEROSOLS AND THEIR EFFECTS ON GLOBAL CLIMATE AT PRESENT AND IN THE FUTURE Hua Zhang*1, Shuyun Zhao1, Zhili Wang2 1National Climate Center, China, 2Chinese Academy of Meteorological Sciences, China |
| P13.2 Sensitivity of Cloud Feedbacks to Turbulence Closure, Microphysics Scheme, and Grid Size in Cloud-Resolving RCE Simulations Andrew Lesage1, Steven Krueger*1, Marat Khairoutdinov2 1University of Utah, USA, 2Stony Brook University, USA |
| P13.3 Validation of MODIS liquid water path for oceanic non-raining warm clouds and its implication on the vertical profile of cloud water content Qi Liu*, Lingli Zhou, Dongyang Liu, Lei Xie, Lin Qi University of Science and Technology of China, China |
| P13.4 Implementing a two-moment bulk cloud microphysics scheme into TaiESM Chein-Jung Shiu*1, I-Chun Tsai1, Wei-Ting Chen2, Jen-Ping Chen2, Huang-Hsiung Hsu1 1Academia Sinica, Taiwan, 2National Taiwan University, Taiwan |
| P13.5 Radiative impacts of cloud processed bimodal CCN spectra Stephen R. Noble*, James G. Hudson Desert Research Institute, USA (video; position 16:10) |
| P13.6 Seasonal trends in cloud vertical properties in the SE Asia region from IAGOS in situ observations Karl Beswick2, Gary Lloyd1,2, Tom Choularton1, Petzold Andreas3, Matt Freer4, Darrel Baumgardner4, Martin Gallagher*1,2, James Dorsey2 1National Centre for Atmospheric Science, Manchester, UK, 2University of Manchester, Centre for Atmospheric Science, UK, 3Forschungszentrum Jülich GmbH, Institut für Energie- und Klimaforschung, Jülich, Germany, 4Droplet Measurement Technology, USA |
| P13.7 Climatic impact of marine organic aerosols as ice nuclei in the Arctic Wan Ting Katty Huang*, Ulrike Lohmann, Luisa Ickes Institute for Atmospheric and Climate Science, ETH Zurich, Switzerland |
| P13.8 Precipitation Differences in Boreal Summer Measured by DPR Ka- and Ku-Band Yunfei Fu*, Aoqi Zhang, Yilun Chen, Lu Yu University of Science and Technology of China, China |
| P13.9 Radiative effects of inter-annually varying versus inter-annually invariant aerosol emissions from fires Benjamin Grandey1, Hsiang-He Lee*1, Chien Wang2,1 1Singapore-MIT Alliance for Research and Technology, Singapore, 2Massachusetts Institute of Technology, USA |
| P13.10 Observed relationship between cloud macrophysical properties and precipitation intensity Yaniv Tubul*, Reuven H Heiblum, Ilan Koren, Orit Altaratz Department of Earth and Planetary Sciences, Weizmann Institute of Science, Israel |
| P13.11 Vertical Distributions and Seasonal Fluctuations from CALIOP: A Regional Aerosol-Cloud Interaction Analysis Ashley Heikkila*, Jennifer Griswold University of Hawaii at Manoa, USA |
| P13.12 Large size and low number concentration cloud in mid and high latitudes Suginori Iwasaki*1, Takashi Shibata2, Hisayuki Kubota3, Hajime Okamoto4 1National Defense Academy, Japan, 2Nagoya University, Japan, 3Japan Agency for Marine-Earth Science and Technology, Japan, 4Kyushu University, Japan |
| P13.13 Evaluation and Development of Cloud Microphysical Conversion Processes in the MIROC-SPRINTARS with A-Train Observations Takuro Michibata*1,2, Toshihiko Takemura1 1Research Institute for Applied Mechanics, Kyushu University, Japan, 2Department of Earth System Science and Technology, Kyushu University, Japan |
| P13.14 Uncertainty in the long-wave effective radiative forcing by aerosol-cloud interactions Johannes Quaas*, Irene Heyn, Karoline Block, Edward Gryspeerdt, Philipp Kühne, Johannes Mülmenstädt, Marc Salzmann University of Leipzig, Germany |
| P13.15 On the relationships among cloud cover, mixed-phase partitioning, cloud feedback, and planetary albedo in GCMs Daniel McCoy*1,4, Ivy Tan2, Dennis Hartmann1, Mark Zelinka3, Trude Storelvmo2 1University of Washington, USA, 2Yale University, USA, 3Lawrence Livermore Laboratory, USA, 4University of Leeds, UK |
| P13.16 Interannual variations of cloud fraction and cloud types in the Atlantic Arctic from the end of the 19th century Alexander Chernokulsky*1, Igor Esau2,3, Olga Bulygina4, Igor Mokhov1,5, Vladimir Semenov1,6 1Obukhov Institute of Atmospheric Physics RAS, Russia, 2Nansen Environmental and Remote Sensing Center, Norway, 3Centre for Climate Dynamics at the Bjerknes Centre, Norway, 4All-Russia Research Institute of Hydrometeorological Information, Russia, 5Lomonosov Moscow State University, Russia, 6Institute of Geography RAS, Russia |
| P13.17 Evaluations of microphysics in a global cloud system model using TRMM/AMSR-E and a satellite simulator. Woosub Roh*1, Masaki Satoh1,2 1AORI, the university of Tokyo, Japan, 2JAMSTEC, Japan |
| P13.18 The longwave, shortwave and UV fluxes in the cloudy atmosphere: measurements and simulations using the onboard actinometrical complex of the aircraft-laboratory YAK-42D “ROSHYDROMET” Grigory Kolokutin, Victor Petrov*, Boris Fomin Central Aerological Observatory, Russia |
| P13.19 Impact of lidar data processing on the estimation of cloud radiative forcing Fabio Madonna*1, Simone Lolli2, Marco Rosoldi1, Gelsomina Pappalardo1, E. Judd Welton2 1Istituto di Metodologie per l’Analisi Ambientale Consiglio Nazionale delle Ricerche CNR-IMAA, Italy, 2NASA-JCET, USA |
| P13.20 On the Potential Use of 3D Monte Carlo Radiative Transfer Models in Weather and Climate Models Howard Barker*1, Jason Cole1, Jiangnan Li2 1Environment and Climate Change Canada, Canada, 2Environment and Climate Change Canada, Canada |
| P13.21 Revised Cloud-Radiation Coupling for the COSMO-Model Ulrich Blahak*1, Pavel Khain2, Harel Muskatel2, Quiang Fu3 1German Meteorological Service (DWD), Germany, 2Israel Meteorological Service, Israel, 3University of Washington, USA |
| P13.22 Radiative-Convective Equilibrium to Evaluate AGCM Convective Parameterizations Kevin Reed*1, Brian Medeiros2, Adam Herrington0 1Stony Brook University, USA, 2National Center for Atmospheric Research, USA |
| P13.23 GCM cloud parameterization development from evaluation of large-eddy and SCM simulations using in situ observations and satellite retrievals of warm, boundary-layer clouds Andrew Ackerman*1, Ann Fridlind1, George Tselioudis1, Jasmine Remillard1,2, Maxwell Kelley1 1NASA Goddard Institute for Space Studies, USA, 2Stony Brook University, USA |