This conference serves as a great platform for individuals with shared interests to engage and comprehend each other’s research on cloud modeling and observation. It offers researchers and professionals an invaluable opportunity to discuss advancements in meteorology, particularly focusing on clouds and precipitation. The event also fosters networking and collaboration among participants. Numerous sessions highlighted aerosol-cloud interactions in various types of clouds and their implications for weather modification and geoengineering, further enriching the collective understanding and collaboration within the community. This conference not only showcases the latest advancements but also sets the stage for future research directions, emphasizing the importance of innovation and global collaboration in cloud microphysics.
- Date: Sunday 14 July 2024 ～ Friday 19 July 2024
- Venue: International Convention Center Jeju, South Korea
Following are the presentations from our group:
Lagrangian Particle-Based Microphysics in Cloud Simulation: Progress and Prospects (Poster)
Wojciech Grabowski. NCAR, USA; Sylwester-Arabas, Kamal Kant Chandrakar, Piotr Dziekan, Fabian Hoffmann, Emily de Jong, Hugh Morrison, Shin-Ichiro Shima, Axel Seifert, and Simon Unterstrasser
Development and Comparative Study of the Super-Droplet Method for Analyzing Microphysical Characteristics of Deep Convective Clouds During the Indian Summer Monsoon (Oral)
Manhal Alhilali, Univ. of Hyogo, Kobe, Japan; S. I. Shima, S. Samanta, and T. Prabhakaran
Assessment of Coastal Orographic Snow cloud Microphysics: Super-Droplet Method and Process Tracking Bulk Scheme Method (Poster)
Anu Gupta Univ. of Hyogo, Kobe, Japan; Runa Taniguchi, S. I. Shima, and Akihiro Hashimoto
SDM Related Presentations
PySDM v3 Particle-Based Microphysics Modelling Package: New Developments Including Water Isotopic Fractionation (Poster)
Sanket Bhiogade, Agnieszka Makulska, Clare Singer, Anna Jaruga, and; Sylwester Arabas, AGH Univ. of, Kraków, Poland
Are turbulence effects on droplet collision-coalescence a key to understanding observed rain formation in clouds? (Oral)
Kamal Kant Chandrakar, NCAR, USA; Hugh Morrison, Wojciech W. Grabowski, Paul Lawson
Simulation of Aerosol Activation : Comparison of Super-Droplet Method and Detailed Microphysical Scheme (Oral)
Noemi Sarkadi, PhD, Univ. of Pecs, Hungary; Kamal Kant Chandrakar, and Istvan Geresdi
Using A New Super-Droplet Model to Study the Interaction of Mesoscale Cloud Organization and Warm Cloud Microphysics (Poster)
Clara Bayley, MPI for Meteorology, Hamburg, Germany; Nils Niebaum, Wilton Loch, Raphaela Vogel, Ann Kristin Naumann, and Bjorn Stevens
Impacts of Drop Breakup on Droplet Size Distributions using Lagrangian Superdroplet Method in Idealized Box Model Simulations (Poster)
Puja Roy, NCAR, USA; Robert M. Rauder, Larry Di Girolamo, Sisi Chen, Lulin Xue, Sarah Tessendorf
Aerosol-Turbulence-Fog Interactions in Marine Fog: Insights from Lagrangian Cloud Model Simulations (Oral)
David Richter, Univ. of Notre Dame; Camilo Rodriguez Geno, Rachel Chang, Trevor Vandenboer, Gianina Giacosa, Leyla Salehpoor
It is worth highlighting that numerous presentations were contributed by our collaborators worldwide, focusing on cloud observation and modeling studies. These presentations not only showcased the latest advancements in cloud simulation and observational research but also paved the way for future research directions in aerosol-cloud microphysics modeling. This global collaboration and the good quality of research presented were truly inspiring, underscoring the conference’s role in advancing our understanding and fostering innovation in the field.
Social Programs and Networking:
The conference effectively served as a vibrant platform for collaborative interaction and research understanding. Beyond the enlightening sessions and presentations, the sense of community was fostered through numerous lunches, dinners, and social programs. Upholding ICCP’s interactive tradition, participants joined different groups during meals, sparking fruitful discussions and innovative ideas. These social activities offered invaluable opportunities for deeper connections, informal research discussions, and experience sharing beyond the conference halls. The organizers’ encouraging attitude and the engagement of esteemed personalities greatly enhanced the conference atmosphere, creating a diverse and inclusive community.
Additionally, the conference served as a crucial bridge between young researchers and esteemed personalities in the field. This interaction allowed for mentorship, knowledge transfer, and inspiration. The experienced professionals shared their insights, provided guidance on research challenges, and offered career advice, while young researchers brought fresh perspectives and innovative ideas. This dynamic exchange not only enriched the conference experience but also ensured the continuity and evolution of research in cloud microphysics, fostering a thriving community of passionate scientists dedicated to advancing the field.
Experience Dynamic Wall-Based Large-Scale Double Structure Chamber for Cloud Physics Experiment:
During the conference, a visit to the large cloud chamber at the National Institute of Meteorological Sciences (NIMS) in Jeju provided valuable insights. This program offered a deep understanding of cloud development and aerosol injection within a cloud chamber, addressing the challenges and precautions necessary for its execution and installation. One significant challenge was the installation on Jeju Island due to the chamber’s heavy weight and large structure. A professor from NIMS discussed the utility of cloud chambers for both governmental and corporate sectors in understanding the impact of exhaust materials on the climate. This visit was an excellent opportunity for building relationships and sparking innovative collaborations in atmospheric sciences and climate research, as well as informing policy makers and climate control divisions.
Concluding Thoughts
Overall, the ICCP conference showcased groundbreaking advancements and ongoing challenges in cloud microphysics modeling. The inclusion of diverse studies emphasized the conference’s role in advancing atmospheric science.
These insights will shape future trends in cloud modeling. Advanced techniques and new methodologies address critical gaps in our understanding and simulation capabilities. These advancements are expected to guide future research, inform policy decisions, and enhance predictive models, addressing key challenges in weather forecasting and climate science. Specific focuses include mixed phase clouds, convective clouds, INP and CCN cloud interactions, and the role of observational data to refine models. These efforts are crucial for improving the accuracy of climate projections and developing effective climate strategies.
Additionally, the conference served as a crucial bridge between young researchers and esteemed professionals. This interaction allowed for mentorship, knowledge transfer, and inspiration. Experienced professionals shared insights, provided guidance on research challenges, and offered career advice, while young researchers brought fresh perspectives and innovative ideas. This dynamic exchange not only enriched the conference experience but also ensured the continuity and evolution of research in cloud microphysics, fostering a thriving community of passionate scientists dedicated to advancing the field.
Reflecting on this year’s success, the ICCP conference community is an invaluable resource for staying connected with the latest research developments, upcoming events, and collaboration opportunities.