Workshop on Global Storm-Resolving
Analysis Bridging Atmospheric and Cloud Dynamics
Contribution to
ICCP-GSRA in 2024
Dates： June 17-19, 2024
Venue:
The Prince Hakone Lake Ashinoko
https://www.princehotels.com/the-prince-hakone/
Photos
Group photo, 19 June 2024
Earlier departures, 18
June 2024
Transportation
Shuttle bus from Odawara Station to the hotel:
Departure from Odawara Station West Exit 11:45, 14:00, 16:10
Departure from
hotel: 10:30, 13:00, 15:10
https://www.princehotels.co.jp/the_prince_hakone/access/bus-info/
About 1-2 hours from
Haneda Airport to Odawara Station by train.
About 2-3 hours from
Narita Airport to Odawara Station by train.
For example, from the Narita airport to the Odawara
Station is [here].
From the Haneda airport to the Odawara Station is [here].
●
The route
map from the Tokyo Station to the hotel is [here].
●
An example
of finding a route map is [here].
● Izuhakone bus: timetable, routmap
Synopsys:
This workshop aims to discuss the recent
development of global storm-resolving model analyses that bridge new
advancements in atmospheric and cloud dynamics. Global km-scale models of the
atmosphere and remote sensing observations such as satellites and ground-based
radars are beginning to reveal the global structure of mesoscale disturbances
and turbulence. The collaborative studies between detailed observations and
km-scale modeling on vertical motions of the atmosphere and cloud processes
associated with meso-scale circulation, gravity waves, and turbulence and their
roles in the atmospheric general circulation and the middle atmosphere have
been active in recent years. The progress in atmospheric general circulation
dynamics and dynamics for cloud, convection and precipitation systems, as well
as future developments in these fields with global storm-resolving analysis,
will be the discussion target in this workshop.
In particular, there has been a decades-long
research effort in these fields at the University of Tokyo. This workshop will
celebrate the progress made in related fields at The University of Tokyo, and
look forward to future contributions to international research in these areas.
Experienced and emerging experts in the above
fields will be invited internationally to this workshop for intensive
discussions.
Key topics:
●
Interrelationships
between atmospheric and cloud dynamics and global storm-resolving analysis
●
Current
status and prospects of global storm-resolving models with the update on the
progress and results of the DYAMOND project
●
New
aspects on general circulation dynamics/middle-atmosphere circulation together
with gravity wave statistics with global storm-resolving analysis
●
Prospects
for integrated studies of cloud dynamics (clouds, convection, and
precipitation) with global storm-resolving simulations
●
Global
view of meso-scale circulation and turbulence with detailed structure of
vertical velocity
Discussions: Goals of the workshop
●
To discuss
the next directions for global storm-resolving analysis bridging atmospheric
and cloud dynamics
●
Write a
position paper: will be lead
by Masaki Satoh & Kaoru Sato, inviting all as co-authors,
○
“Recent
progress and future directions of global storm-resolving analysis bridging
atmospheric and cloud dynamics”, to be submitted to BAMS or PEPS
or a special issue of journal.
●
Enhancement
of activities of global storm-resolving analysis & EVE
Pan-Hackathon in May 2025?
Comprehensive intercomparison package of global storm-resolving models:
GSRMIPs
●
Future
collaboration of GSRMs and observations
EarthCARE and ORCESTRA (field campaign in Atlantic, Sep-Oct 2024)
PANSY and atmospheric radars
Ground observation network, cloud radars and wind profilers
●
Science of
vertical motions of the atmosphere
Global view of meso-scale circulation and turbulence with detailed
structure of vertical velocity
convective updrafts, convective mass flux, gravity waves, turbulence,
STE mixing, cloud and precipitation sedimentation, isentropic motions, extreme
precipitations, transports, PBL to free troposphere exchange, orographic waves
(< 20km wavelength)
Expected
participants:
Bjorn Stevens (MPI-M)
Pier Luigi Vidale
(Reading University)
Bill Skamarock (NCAR)
Hirofumi Tomita
(RIKEN)
Peter Haynes
(Cambridge University)
Volkmar Wirth
(University of Mainz)
Kevin Hamilton
(University of Hawaii)
Marco Giorgetta (MPI-M)
Masashi Kohma (EPS, The University of Tokyo)
Chung-Hsiung Sui
(National Taiwan University)
Johnny Luo (City
College of New York)
Hirohiko Masunaga (Nagoya University)
Takanobu Yamaguchi
(NOAA Chemical Sciences Laboratory)
Chien-Ming Wu
(National Taiwan University)
Tomoroi Yanase (RIKEN)
Tomoe Nasuno (JAMSTEC)
Akira T. Noda
(JAMSTEC)
Chihiro Kodama
(JAMSTEC)
Masuo Nakano (JAMSTEC)
Seiki Tatsuya
(JAMSTEC)
Yohei Yamada (JAMSTEC)
Hisashi Yashiro (NIES)
Kentaroh Suzuki (AORI, The University of Tokyo)
Tomoki Miyakawa (AORI,
The University of Tokyo)
Kaoru Sato (EPS, The
University of Tokyo)
Masaki Satoh (AORI,
The University of Tokyo)
Koryu Yamamoto (AORI, The University of Tokyo)
Xu Chen (AORI, The
University of Tokyo)
Hiroto Sekido (EPS, The University of Tokyo)
Anzu Asumi (EPS, The
University of Tokyo)
Hikari Fukuda (AORI,
The University of Tokyo)
Hiroshi Murata (AORI,
The University of Tokyo)
Kohei Yamasaki (AORI,
The University of Tokyo)
Aihisa Kamijo (AORI, The
University of Tokyo)
Kazuki Kondo (AORI,
The University of Tokyo)
Takahashi Kotaro
(AORI, The University of Tokyo)
Yuki Maeda (AORI, The
University of Tokyo)
Nakai Shunnosuke (AORI, The University of Tokyo)
Local
organizers:
Tomoki Ohno (AORI, The
University of Tokyo)
Daisuke Takasuka (Tohoku University)
Shuhei Matsugishi (AORI, The University of Tokyo)
Woosub Roh (AORI, The
University of Tokyo)
Mile
Stones
Oct. 2023 1st announcement
Dec. 2023 2nd circular
March 2024 registration and hotel reservation
May 2024 payment of the
registration fee, hotel reservation confirmation
Presentation
instruction
Each presentation has a 30 min slot (20 minutes of talk and 10 minutes
of discussion).
or 20 min slot (15 minutes of talk and 5 minutes of discussion)
Poster board size: height 2100 mm times width 900 mm
For the oral
presentation, please use your PC. The presentation time is either 20 min or 15
min, and additional time for discussion. For backup, please upload the
presentation file to this folder.
For the poster
presentation, please put your poster on the board in the meeting room
"Sagami".
The poster can be
displayed during the workshop.
The flush talk for the
poster for about 1 min is scheduled for June 17.
Please upload the
presentation file for the flush talk to this folder to save time.
Program
Dates June 17-19, 2024
Room Sagami
DAY1,
June 17 (Mon), 2024
registration:
13:00-13:30
Workshop start 13:30
PM
session 1: 13:30-17:00, Overview talks and historical reviews
Chair: Masaki Satoh & Bjorn Stevens
●
13:30-14:00
Masaki Satoh: Introduction and welcome speech
& Historical background of NICAM development for studying
atmospheric and cloud dynamics and perspectives on the future
●
14:00-14:30
Chung-Hsiung Sui: A brief review of selected and my own studies of convection
coupled tropical waves and intraseasonal oscillation
●
14:30-15:00
Kevin Hamilton: Quasi-adiabatic, global-scale waves can provide diagnostics of
atmospheric physical processes
15:00-15:15 break
●
15:15-15:45
Bjorn Stevens: Coupled decadal simulations at near storm resolving scales
● 15:45-16:15 Pier Luigi Vidale: Scale interactions originating at mesoscale-gamma in the atmosphere
●
16:15-16:45
Hirofumi Tomita: Why should we upgrade the dynamic core now?
16:45-17:00 break
Poster
introductions: 17:00-17:15, each 1 min
Chair: Koryu Yamamoto
●
P1: Xu
Chen: A Case Study Based on NICAM: How Large-Scale Environments Influence
Tropical Cyclone Genesis in the Western North Pacific in September 1959 and
2023
●
P2: Hiroto
Sekido: A study of zonal wavenunber
1 Rossby-gravity wave using long-term reanalysis data for the whole neutral
atmosphere
●
P3: Anzu
Asumi: A study on the climatology of the Martian atmospheric general
circulation and the role of unresolved waves using reanalysis data
●
P4: Hikari
Fukuda: Unraveling the Link Between Intense Precipitation and Low- Pressure
Systems
●
P5:
Hiroshi Murata: Structure changes of intensifying tropical cyclones in
idealized simulations
●
P6: Kohei
Yamasaki: Large eddy simulation of mixed-phase clouds with aerosol emission
●
P7: Aihisa Kamijo: An Introduction to
AI Weather Forecast Model
●
P8: Yuki
Maeda: Deep Learning for Boreal Summer Intraseasonal Oscillation (BSISO)
Prediction and Explainability
●
P9: Nakai Shunnosuke: Dependence on horizontal resolution of
idealized simulations of quasi-stationary band-shaped precipitation systems
●
P10:
Kazuki Kondo: Internal ocean response to a tropical
cyclone in NICOCO
●
P11:
Masaki Satoh: A Proposal for Intercomparison Experiments of Global
Storm-resolving Models Bridging Atmospheric and Cloud Dynamics
17:15-18:30 poster viewing
18:30-20:30 reception: Hakone-en, Restaurant “Nanakamado”
DAY2,
June 18 (Tue), 2024
AM
session 2: 8:30-11:50: Atmospheric dynamics and middle atmosphere
Chair: Kaoru Sato & Volkmar Wirth
●
8:30-9:00
Kaoru Sato: Interhemispheric Coupling in the Middle Atmosphere Revealed by
High-resolution Observations and Modelling
●
9:00-9:30
Peter Haynes: A simple model linking radiative-convective instability,
convective aggregation and large-scale dynamics
●
9:30-10:00
Marco Giorgetta and Henning Franke: Attempting a
Direct Simulation of the Quasi-Biennial Oscillation in the ICON model
10:00-10:30 break
●
10:30-11:00
Volkmar Wirth: A novel atmospheric background state with potential relevance
for the onset of blocking
●
11:00-11:20
Koryu Yamamoto: How do diabatic processes affect the
merger between PV cutoffs?: A case study over Europe
in July 2021
●
11:20-11:50
Tomoe Nasuno: Multiscale convective processes in the
Asian monsoon domain: possible approach using global storm-resolving
simulations
11:50-13:20 lunch & poster viewing
PM1
session 3: 13:20-15:20: Global storm-resolving models
Chair: Daisuke Takasuka & Pier Luigi Vidale
●
13:20-13:50
Bill Skamarock: Progress on the 1-Year DYAMOND
Simulation using MPAS-Atmosphere
●
13:50-14:20
Torsten Auerswald: High-resolution climate experiments with LFRic
and the UM (talk by Pier Luigi Vidale)
● 14:20-14:40 Chihiro Kodama: Challenges for km-scale 100yr-scale climate simulations
●
14:40-15:10
Daisuke Takasuka: MJO simulated with a global
kilometer-scale climate simulation: Implication for the cross-scale interaction
●
15:10-15:30
Tomoki Miyakawa: The use of coupled gcrm in the S2S tiemscale prediction
15:30-15:45 break
PM2
session 4: 15:45-18:25: Cloud dynamics and climate
Chair: Woosub Roh & Johnny Luo
●
15:45-16:15
Johnny Luo: Integrating Satellite Observations with Simple Models for
Understanding Convective Cloud Dynamics
●
16:15-16:45
Tak Yamaguchi: Response of the cloud system in the Hadley circulation to
aerosol-cloud interactions investigated with high resolution, idealized
two-dimensional Hadley circulation simulations
●
16:45-17:05
Tatsuya Seiki: Evaluation of the aggregation efficiency modeling at colder
atmospheric temperatures in comparison to satellite observations
break 17:05-17:20
●
17:20-17:50
Hirohiko Masunaga: Convective regime evolution toward
a mid-heavy state
●
17:50-18:20
Kentaro Suzuki: Use of NICAM and satellite observations for global studies of
aerosols and clouds
●
18:20-18:40
Woosub Roh: The Potential
of EarthCARE for Global Storm-Resolving Models using
a Satellite Simulator
19:00-21:00 banquet “Suruga”
DAY3,
June 19 (Wed), 2024
AM
session 5: 8:30-12:00: Cloud and convection, gravity waves
Chair: Masashi Kohma & Tomoro Yanase
●
8:30-8:50
Masuo Nakano: Seasonal typhoon forecasting by NICOCO
●
8:50-9:10
Yohei Yamada: Evaluating performance of tropical cyclone genesis potential
indices by using a large ensemble simulation
●
9:10-9:40 Tomoro Yanase: Onset mechanism and spatial characteristics
of high-level hierarchical structure of convective self-aggregation
9:40-10:00 break & poster viewing
●
10:00-10:20
Akira T. Noda: Robustness of the relationship between tropical high-cloud cover
and large-scale circulations
●
10:20-10:50
Chien-Ming Wu: The Future Extreme Precipitation Systems of Orographically
Locked Diurnal Convection: The Benefits of Using Large-Eddy Simulation
Ensembles
●
10:50-11:20
Masashi Kohma: Research of gravity waves and
small-scale disturbances using the PANSY radar, Antarctic
11:20 group photo
11:30-13:00 lunch & poster viewing
PM
session 6: 13:00-14:30: Cutting edge modeling and high-resolution analysis
Chair Tomoki Ohno & Masaki Satoh
●
13:00-13:30
Hisashi Yashiro: Development of a weather/climate model for Japan's new
flagship machine following Fugaku
●
13:30-13:50
Shuhei Matsugishi: Global simulations of the
atmosphere with kilometer to a few hundred meters grid spacing (tentative)
●
13:50-14:10
Tomoki Ohno: Impact of moist thermodynamics expressions on climatrogical
temperature fields represented in a global cloud resolving model
14:10-14:40 Discussion & closing
15:10 Shuttle bus
Excursion
Hakone tour to the Owakudani-Gora area (optional)
You may freely join
the tour.
https://www.hakonenavi.jp/international/en/
https://www.hakonenavi.jp/international/en/destination/sengokuhara
Sponsors
Supported by
ICCP-GSRA: International Core-to-Core Project on Global Storm Resolving
Analysis
https://dpo.aori.u-tokyo.ac.jp/dmmg/ICCP-GSRA/
