Atmospheric and Hydrospheric Sciences (A) | ||
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Session Sub-category | Atmospheric Sciences, Meteorology & Atmospheric Environment(AS) | |
Session ID | A-AS02 | |
Title | Advances in Tropical Cyclone Research: Past, Present, and Future | |
Short Title | Tropical Cyclone | |
Main Convener | Name | Sachie Kanada |
Affiliation | Nagoya University | |
Co-Convener 1 | Name | Akiyoshi Wada |
Affiliation | Typhoon Research Department Meteorological Research Institute | |
Co-Convener 2 | Name | Kosuke Ito |
Affiliation | University of the Ryukyus | |
Co-Convener 3 | Name | Yoshiaki Miyamoto |
Affiliation | Faculty of Environment and Information Studies, Keio University | |
Session Language | E | |
Scope | Tropical cyclones (TC) sometimes cause destructive disasters in many countries by torrential rainfall, strong wind, storm surge, and high surf. In 2008, the western Japan suffered a record-breaking heavy rainfall related to Typhoon Prapirooon (2018) in July. Furthermore, two Category 4 typhoons, typhoons Jebi (2018) and Trami (2018), made landfalls on the western Japan in September and caused devastating disasters over the Japanese Islands. In the Northern Atlantic, Hurricane Florence caused catastrophic damage in the eastern side of U.S. Recent studies reported a northward shift of the location where a TC achieved the peak intensity and also reported increases in the frequency of rapidly intensifying storms. Thus, understanding the TC processes related to translation, intensity change and precipitation in the changing climate, and to provide more accurate forecasts and long-term projections are essential for the earth and planetary science. Advances in innovative observations such as meteorological aircraft, weather satellite, supercomputer systems such as the Earth Simulator and K-computer, and introduction of new methods such as the deep-learning, have led to novel development of numerical weather forecasting and understanding of the phenomena related to TCs in the past, present and future climates. In this session, we welcome papers on various aspects of TC studies. We hope that the session will provide a new direction for future TC researches. | |
Presentation Format | Oral and Poster presentation | |
Joint Session with | AGU | |
Invited Authors | Hiroyuki Yamada (University of the Ryukyus) |
Time | Presentation No | Title | Presenter | Abstract |
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Oral Presentation May 30 AM1 | ||||
09:00 - 09:15 | AAS02-01 | A GRAPES-based mesoscale EPS for TC forecasting: configuration and performance | Xubin Zhang | |
09:15 - 09:30 | AAS02-02 | Evaluation of operational Ensemble based Global Forecast System prediction for Tropical Cyclones over the North Indian Ocean | Medha Deshpande | |
09:30 - 09:45 | AAS02-03 | Structural Changes Preceding Rapid Intensification in Tropical Cyclones as shown in a Large Ensemble of Idealized Simulations | Yoshiaki Miyamoto | |
09:45 - 10:00 | AAS02-04 | Potential impacts of tropical cyclone inner-core convective activity on the predictability of rapid intensification | Masashi Minamide | |
10:00 - 10:15 | AAS02-05 | A link between high-speed solar wind streams and rapid intensification of tropical cyclones | Paul Prikryl | |
10:15 - 10:30 | AAS02-06 | Influence of Tropical Lower Stratospheric Cooling on Extreme Deep Convective Activity and Tropical Cyclones | Kunihiko Kodera | |
Oral Presentation May 30 AM2 | ||||
10:45 - 11:15 | AAS02-07 | A change in the inner-core structure of Typhoon Trami (2018) as observed through upper-tropospheric aircraft reconnaissance of T-PARCII | Hiroyuki Yamada | |
11:15 - 11:30 | AAS02-08 | Dramatic changes in the inner-core structure of Typhoon Jebi (2018) at landfall and relationship between a mesovortex and strong wind gusts | Udai Shimada | |
11:30 - 11:45 | AAS02-09 | Revisiting Asymmetric CAPE in Sheared Tropical Cyclones | Qingqing Li | |
11:45 - 12:00 | AAS02-10 | Observed rainfall asymmetry of tropical cyclone in the process of making landfall in Guangdong, South China | Guanhuan Wen | |
12:00 - 12:15 | AAS02-11 | Volumetric Detection of Tornadic Vortices Associated with Typhoon Nanmadol (2017) Using PAWR and Deep Learning | Toru Adachi | |
Oral Presentation May 30 PM2 | ||||
15:30 - 15:45 | AAS02-12 | Evaluation of the monthly Potential of the 2018 typhoon activity and the effect of the positive PMM and SST of the eastern northwestern Pacific | Takahiro Ishiyama | |
15:45 - 16:00 | AAS02-13 | Contributions of different time scale variations to tropical cyclogenesis over the western North Pacific | Xi Cao | |
16:00 - 16:15 | AAS02-14 | Binary interaction between TC Chanthu (2016) and a nearby cold low | Kosuke Ito | |
16:15 - 16:30 | AAS02-15 | Response of landfalling North Indian Ocean cyclonic disturbances to warming climate and associated environmental parameters | JAGABANDHU PANDA | |
16:30 - 16:45 | AAS02-16 | Rainfall contribution of North Indian Ocean cyclonic disturbances over India in a warming climate | KASTURI SINGH | |
16:45 - 17:00 | AAS02-17 | Analysis of typhoon tracks and associated precipitation amount over western Japan: A case study with Typhoon Nancy and Typhoon Jebi | Sridhara Nayak | |
Presentation No | Title | Presenter | Abstract |
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Poster Presentation May 30 PM1 | |||
AAS02-P01 | Numerical study on lightning frequency in a tropical cyclone | Yousuke Sato | |
AAS02-P02 | Sensitivity of Numerical Simulation of Typhoon Nepartak (2016) to Cloud Condensation Nuclei Concentration | Yu-De Wu | |
AAS02-P03 | Moisture Budget Analysis for Hurricane Precipitation on Texas | Satoshi Iizuka | |
AAS02-P04 | Remote response of a developing tropical cyclone over the western North Pacific to large-scale vapor transport from the Kuroshio in boreal fall | Keita Fujiwara | |
AAS02-P05 | Asymmetrically Intensifying Processes of a Category 4 Super Typhoon Lan (2017) during High Vertical Wind Shear | Sachie Kanada | |
AAS02-P06 | Roles of preexisting oceanic condition and ocean coupling processes in the intensity prediction during the mature phase of Typhoon Trami (2018) | Akiyoshi Wada | |
AAS02-P07 | Development and assessment of the probabilistic storm surge forecast system in Taiwan: Case Study of Typhoon Maria in 2018 | Chun-Wei Lin | |
AAS02-P08 | Basic Data Construction for a Typhoon Disaster Prevention Model : Analysis and Changes by El Nino and La Nina year | HANA NA | |
AAS02-P09 | Basic Data Construction for a Typhoon Disaster Prevention Model : Analysis According to the Typhoon Path Type | HANA NA | |
AAS02-P10 | Basic Data Construction for a Typhoon Disaster Prevention Model : Monthly Characteristics of Typhoon Rusa, Maemi, Kompasu, and Bolaven | HANA NA | |
AAS02-P11 | The mechanism of typhoon generated in the earth that rotates in the space where the solar wind blows | Shinji Karasawa |