Ryohei Kato (@cpn777)

投稿一覧(最新100件)

RT @SOLA_metsoc: Sola new paper: Yasutaka Hirockawa and Teruyuki Kato, Improvements of Procedures for Identifying and Classifying Heavy Rai…
“Moreover, the direction of movement is shifted to the right relative to the mean direction of the free atmospheric winds in most cases. It is also implied that water vapor supply from the south in the boundary layer plays a role in the rightward movem… / https://t.co/2z3bWh8EU3
RT @itokosk: Supplemental materialもあるので、元のリンクも貼っておきます。あと、データベースを構築するにあたっては、琉球大学の学生さんに大変頑張ってもらいました。改めて感謝。https://t.co/cDNKIzYIgK
RT @itokosk: 気象庁の台風強度予報誤差を統計的に検証した論文を出版しました。いろんな方に共有してほしい。(1)強度予報誤差は長期的に見て増加傾向(2)急発達と記録されるイベントが2000年代後半から激増⇒予報が困難化した可能性がある。(続く)https://t.co…
RT @mr_doublefinger: デュアルドップラー風解析を行う際に観測データの補間方法が解析精度に与える影響を調べた論文がSOLAに掲載されました。 https://t.co/4FMJCwdrj2 観測格子の配置に留意して解析格子を設定しないとレーダーの台数が多くても…
RT @masakisatoh2015: NICAM3.5km メッシュ実験による台風 Fengshen (2008) の鉛直構造の解析に関する論文が出版されました。 Yamada et al 2016 SOLA https://t.co/SsbQr1E667
Tsuji et al. (2016, JMSJ) Mechanism Governing the Size Change of Tropical Cyclone-Like Vortices https://t.co/4p3kG8svpB
RT @itokosk: 【名大と琉球大と気象研、台風の航空機観測やるってよ】坪木先生の科研費Sが採択されたことに、まだ、興奮が冷めやりません!!伊藤研の役割としては、今後得られる貴重な観測データを最大限生かして、台風予測の精度を高めていくことを目指します。 https://t…
Fujibe (2016, SOLA) Annual Variation of Extreme Precipitation Intensity in Japan https://t.co/EY62eVQFoS
RT @UNUSB: A Role of Environmental Shear on the Organization Mode of Quasi-Stationary Convective Clusters ... https://t.co/bImBAkxwnR
渦ロスビー波に関連した初期の研究は..., 藤田哲也博士によって発見された竜巻の複合渦構造, すなわち親雲の中に複数の子雲を伴う構造を説明するための研究 (Snow, 1978) など, 渦流の順圧不安定を扱った研究に見ることができる. http://t.co/LWf3XpJ7
渦ロスビー波に関連した初期の研究は..., 藤田哲也博士によって発見された竜巻の複合渦構造, すなわち親雲の中に複数の子雲を伴う構造を説明するための研究 (Snow, 1978) など, 渦流の順圧不安定を扱った研究に見ることができる. http://t.co/LWf3XpJ7

お気に入り一覧(最新100件)

補足情報として:平成30年7月豪雨(西日本豪雨)のとき,正のSST偏差は本州南東方を中心に分布していました。Sekizawa et al. (2019) は海面蒸発の線形分解解析と後方流跡線解析から,この正のSST偏差による豪雨への水蒸気供給に対する寄与は限定的だったことを示しています。 https://t.co/uVd2JqZ3bq https://t.co/9xX3IlvYH1 https://t.co/YZAChsH2T7
The SOLA Award in 2022 Maejima et al. Nasuno et al. Congrats
Sola early online release: Fujiwara and Kawamura, Appearance of a quasi-quadrennial variation in Baiu precipitation in southern Kyushu, Japan, after the beginning of this century, SOLA, vol.18, DOI:10.2151/sola.2022-029, #SOLA, https://t.co/zsUhu0V1pR
Sola new paper: Yasutaka Hirockawa and Teruyuki Kato, Improvements of Procedures for Identifying and Classifying Heavy Rainfall Areas of Linear-Stationary Type, SOLA, 2022, Vol. 18, 167-172,doi:10.2151/sola.2022-027, https://t.co/XPvMENuvq1 , #SOLA https://t.co/n7gLGc1805
New Graphical Abstract now available online. Ishida, J., K. Aranami, K. Kawano, K. Matsubayashi, Y. Kitamura, C. Muroi, 2022: ASUCA: the JMA operational non-hydrostatic model. J. Meteor. Soc. Japan, 100. https://t.co/tPqxuFzcaj https://t.co/iAj3FE2Wkw
群馬県伊勢崎で6月としては初となる40℃を超える気温が観測されました☀️ 「天気」では、#猛暑 や #高温 に関する記事も掲載されています
Sola early online release: Hirockawa and Kato, Improvements of Procedures for Identifying and Classifying Heavy Rainfall Areas of Linear-Stationary Type, SOLA, vol.18, DOI:10.2151/sola.2022-027 https://t.co/67kREQwH3m
Sola early online release: Usui et al., Numerical Simulations and Trajectory Analyses of Local “Karakkaze” Wind: a Case that could have Contributed to an Aircraft Accident at Narita Airport on 23 March 2009, SOLA, vol.18, DOI:10.2151/sola.2022-023 https://t.co/G4iaPYjI3z
Sola new paper : Moroda,Tsuboki,Satoh,Nakagawa,Ushio, and Kikuchi,Lightning Bubbles Caused by Upward Reflectivity Pulses above Precipitation Cores of a Thundercloud,SOLA,2022,Vol.18,110115,doi:10.2151/sola.2022-018,https://t.co/Bcqu1KpJuJ https://t.co/NREIfQ74LD
私が代表の #科研費 基盤B https://t.co/nyY4MYKvCu で、7月に乗船する #新青丸 航海もこちらの集中観測に参画。 https://t.co/M20zaRFFM8
気象学会レター誌SOLAに投稿した「トンガ火山噴火に伴う気象津波の1次元浅水波モデルによる考察」の論文が早期公開されました
Sola early online release: Moroda et al., Lightning Bubbles Caused by Upward Reflectivity Pulses above Precipitation Cores of a Thundercloud, SOLA, 2022, Vol.18, doi:10.2151/sola.2022-018, https://t.co/DMXq5nJJZC
Sola new paper: Terasaki and Miyoshi, A 1024-Member NICAM-LETKF Experiment for the July 2020 Heavy Rainfall Event, SOLA, 2022, Vol.18A, 8-14, doi:10.2151/sola.18A-002, https://t.co/JzdOScM0fI https://t.co/b1DycvJ2RY
Sola early online release: Goto and Satoh, Statistical Analysis of “Senjo-Kousuitai” in East Asia and Characteristics of Associated Large-scale Circulations in the Baiu season, SOLA, 2022, Vol.18A, doi:10.2151/sola.18A-003, https://t.co/2nB3JVvstQ
Sola new paper: Maejima et al., Observing System Simulation Experiments of a Rich Phased Array Weather Radar Network Covering Kyushu for the July 2020 Heavy Rainfall Event, SOLA, Vol.18, 25-32, doi:10.2151/sola.2022-005, https://t.co/z6uonoqNQY https://t.co/cr3wsNbibh
Sola new paper: Goto and Sato, Relationship between the Upper-level Winds and the Horizontal Movement of Localized Heavy Rainfall in the Afternoon of Summer Days around Tokyo, SOLA, 2022, Vol.18, 8-12, doi:10.2151/sola.2022-002, https://t.co/BvkVTBL6ji https://t.co/eHd2LbwuFF
Sola early online release: Hirockawa and Kato, A New Application Method of Radar/Raingauge-Analyzed Precipitation Amounts for Long-term Statistical Analyses of Localized Heavy Rainfall Areas, SOLA, Vol.18, doi:10.2151/sola.2022-003, https://t.co/OoVx2IDvEN
Sola new paper: Umehara et al., Analysis of the Tornadic Debris Signatures of the Ichihara Tornado in a Typhoon Environment Using Two Operational C-band Dual-Polarization Weather Radars, SOLA, Vol.17, 196-201, doi:10.2151/sola.2021-034, https://t.co/2iRsO7eKuZ https://t.co/witJy47kSQ
New Graphical Abstract now available online! https://t.co/VDQHRyhbSU Nakanishi, M., H. Niino, and T. Anzai, 2022: Stability functions in the stable surface layer derived from the Mellor–Yamada–Nakanishi–Niino (MYNN) scheme. J. Meteor. Soc. Japan, 100, https://t.co/olwMWfamBm https://t.co/HwuAS4zKDH
New Online Release! Ohara et al., 2021: Impacts of evaporative cooling from raindrops on the frontal heavy rainfall formation over western Japan on 5-8 July 2018. JMSJ, 99, 1351-1369. Special Edition on Extreme Rainfall Events in 2017 and 2018, https://t.co/yQzoB6ZIPe https://t.co/D34dmokt0c
New Graphical Abstract now available online! https://t.co/SXBMohTI7r Tochimoto, E. et al., 2022: Ensemble experiments for a maritime meso-β-scale vortex that spawned tornado-like vortices causing shipwrecks. J. Meteor. Soc. Japan, 100, https://t.co/JWPkYUlwRV. https://t.co/OXp41oId6W
New Graphical Abstract of JMSJ now available online! https://t.co/rt0XEGzFUE Ikuta et al., 2021: Variational data assimilation system for operational regional models at Japan Meteorological Agency. J. Meteor. Soc. Japan, 99, https://t.co/nOg5DmhVad https://t.co/Knfzynr4Pu
夜中に台風が発達しやすいことについては、 福田ら(2020) https://t.co/YJ0bBjh1YH とか Tangら(2019) https://t.co/ZF2xSglhKX とか、最近結構たくさん論文が出てる。
New Graphical Abstract now available online! https://t.co/TF5qRO3drE Ohara et al., 2021: Impacts of evaporative cooling from raindrops on the frontal heavy rainfall formation over western Japan on 5-8 July 2018. J. Meteor. Soc. Japan, 99, https://t.co/yQzoB6ZIPe. https://t.co/Z7Vwsik8GE
Sola early online release: Maldonado et al., Sensitivity to initial and boundary perturbations in convective-scale ensemble-based data assimilation: imperfect-model OSSEs, SOLA, 2021, VOL.17, doi:10.2151/sola.2021-015, https://t.co/ClUWW2FFNZ
Sola new paper: Taylor et al., Predictability of the July 2020 Heavy Rainfall with the SCALE-LETKF, SOLA, 2021, VOL.17, 48-56, soi:10.2151/sola.2021-008, https://t.co/jUZebc79S2 https://t.co/qrOvLXw0jj
Sola new paper: Duc et al., Forecasts of the July 2020 Kyushu Heavy Rain Using a 1000-Member Ensemble Kalman Filter, SOLA, VOL.17, 41-47, doi:10.2151/sola.2021-007, https://t.co/oNr37ReRc1 https://t.co/9GnV99ApvW
Sola early online release: Duc et al., Forecasts of the July 2020 Kyushu heavy rain using a 1000-member ensemble Kalman filter, SOLA, 2021, VOL.17, doi:10.2151/sola.2021-007, https://t.co/Tk2rA18Omn
Sola new paper: Hirockawa et al., Characteristics of an Extreme Rainfall Event in Kyushu District, Southwestern Japan in Early July 2020, SOLA, 2020, VOL.16, 265-270, doi:10.2151/sola.2020-044, https://t.co/SYzCu1wecL https://t.co/EUENupoHwq
The new published JMSJ article is available online. Miyamoto, Y., Y. Sato, S. Nishizawa, H. Yashiro, T. Seiki, and A. T. Noda, 2020: An energy balance model for low-level clouds based on a simulation resolving mesoscale motions. , 98, 987-1004. https://t.co/fOhzrGobre
Just published! Tsuji, H., C. Yokoyama, and Y. N. Takayabu, 2020: Contrasting features of the July 2018 heavy rainfall event and the 2017 Northern Kyushu rainfall event in Japan. J. Meteor. Soc. Japan, 98, 859-876. https://t.co/L6Pa3rXlyn https://t.co/6C3fO14x3u https://t.co/4AZmzj3IAk
気象研究所の山口さんの報道発表。 『過去40年で太平洋側に接近する台風が増えている』 https://t.co/iRyBAMxh0f 元はJMSJ(気象集誌)の以下の論文。 Increase in the Number of Tropical Cyclones Approaching Tokyo since 1980 Munehiko YAMAGUCHI and Shuhei MAEDA https://t.co/c89U1p7lPA https://t.co/QdjNo0vtuI
A new graphical abstract! https://t.co/wcDGDFUW3g Thundathil et al., 2020: Assimilation of lidar water vapour mixing ratio and temperature profiles into a convection-permitting model. J. Meteor. Soc. Japan, 98, https://t.co/zeoobbaUmV. https://t.co/6LWcEqsZRc
Just published! - Invited Review Article Kato, T., 2020: Quasi-stationary band-shaped precipitation systems, named “senjo-kousuitai”, causing localized heavy rainfall in Japan. J. Meteor. Soc. Japan, 98, 485-509. https://t.co/o43rdkQjm3 https://t.co/e7ocRTmY4X https://t.co/wIGk58Ppg9
A new graphical abstract: https://t.co/cG5CX8smo6 Tsuji, H., C. Yokoyama, and Y. N. Takayabu, 2020: Contrasting features of the July 2018 heavy rainfall event and the 2017 Northern Kyushu rainfall event in Japan. J. Meteor. Soc. Japan, 98, https://t.co/L6Pa3rXlyn. https://t.co/Bccta10JdY
New Graphical Abstract! https://t.co/wyQCycuzWk Kawano, T., and R. Kawamura, 2020: Genesis and maintenance processes of a quasi-stationary convective band that produced record-breaking precipitation in northern Kyushu, Japan on 5 July 2017. JMSJ, 98, https://t.co/8nxGMbEmLB. https://t.co/YnhefuWSku
Just published! Duc, L., K. Saito, and D. Hotta, 2020: An explanation for the diagonally predominant property of the positive symmetric ensemble transform matrix. J. Meteor. Soc. Japan, 98, 455-462. https://t.co/GlI3iMePxc https://t.co/ysxWBmoT24 - Notes and Correspondence https://t.co/IW2yozSwF0
Just published! Miyamoto, Y., S. Nishizawa, and H. Tomita, 2020: Impacts of number of cloud condensation nuclei on two-dimensional moist Rayleigh convection. J. Meteor. Soc. Japan, 98, 437-453. https://t.co/7A4bi3y0ra https://t.co/0sTwdMLL1N https://t.co/MmY1an8aiA
Just published! Stevens et al., 2020: The added value of large-eddy and storm-resolving models for simulating clouds and precipitation. J. Meteor. Soc. Japan, 98, 395-435. https://t.co/b9bNcvqLys https://t.co/ePBxMhI9vM - JMSJ Editor's Highlight - Special Edition on DYAMOND https://t.co/r6oqSzT4kC
Just published! Seo, J. M., H. Lee, S. Moon, J.-J. Baik, 2020: How mountain geometry affects aerosol-cloud-precipitation interactions: Part I. Shallow convective clouds. J. Meteor. Soc. Japan, 98, 43-60. https://t.co/NcZzL4DSHD https://t.co/GaU7sQ6Yw4 https://t.co/xZx7bj1rel
SOLA New paper: Yoshida et al., Observation System Simulation Experiments of Water Vapor Profiles Observed by Raman Lidar Using LETKF System, SOLA, 2020, VOL.16, 43-50, doi:10.2151/sola.2020-008, https://t.co/uSYfYe1wfa https://t.co/JojdZpDFsK
Maejima and Miyoshi, Impact of the Window Length of Four-Dimensional Local Ensemble Transform Kalman Filter: A Case of Convective Rain Event, SOLA, 2020, VOL.16, 37-42, doi:10.2151/sola.2020-007, https://t.co/rvdc43quPB https://t.co/sg7XZ8L6Jg
SOLA Early Online Release: Yoshida et al., Observation System Simulation Experiments of Water Vapor Profiles Observed by Raman Lidar using LETKF System, SOLA, 2020, VOL.16, doi:10.2151/sola.2020-008, https://t.co/L79mnbhhKk
#相転移の世界 展で展示した #乱流屏風 に関する日本語の解説記事を教えて欲しいと度々ご質問いただいていたので、まとめておきます。古い順に 1)論文プレスリリース:https://t.co/8F5ZdIRvAx 2)物理学会誌の解説:https://t.co/jv2BN7teLh 3)「応用数理」誌の解説:https://t.co/4FRCRCXOSk
#相転移の世界 展で展示した #乱流屏風 に関する日本語の解説記事を教えて欲しいと度々ご質問いただいていたので、まとめておきます。古い順に 1)論文プレスリリース:https://t.co/8F5ZdIRvAx 2)物理学会誌の解説:https://t.co/jv2BN7teLh 3)「応用数理」誌の解説:https://t.co/4FRCRCXOSk
SOLA New paper: Shimada et al., Is the Number of Tropical Cyclone Rapid Intensification Events in the Western North Pacific Increasing?, SOLA, 2020, VOL.16, 1-5, doi:10.2151/sola.2020-001, https://t.co/09LVE4gSpE https://t.co/dpAws2anEW
SOLA Early Online Release: Amemiya et al., Improving the observation operator for the Phased Array Weather Radar in the SCALE-LETKF system, SOLA, 2020, doi:10.2151/sola.2020-002, https://t.co/Y7WFAvd4R9
SOLA Early Online Release: Shimada et al., Is the Number of Tropical Cyclone Rapid Intensification Events in the Western North Pacific Increasing?, SOLA, 2020, doi:10.2151/sola.2020-001, https://t.co/lYqXSlkClJ
Fukuda and Yamaguchi, Determining 70 Percent Probability-Circle Radii of Tropical Cyclone Track Forecasts with Multiple Ensembles, SOLA, 2019, VOL.15, 250-256, doi:10.2151/sola.2019-045, https://t.co/Q1LsCD5OXT https://t.co/qEXeteCPus
Sueki, K., and Y. Kajikawa, 2019: Different precipitation systems between Hiroshima and Keihanshin during extreme rainfall event in western Japan in July 2018. J. Meteor. Soc. Japan, 97,1221-1232. Special Edition on Extreme Rainfall Events in 2017 and 2018 https://t.co/hEPe1Np5Vb https://t.co/A672MpFjcu
Otsuka, S., S. Kotsuki, M. Ohhigashi, and T. Miyoshi, 2019: GSMaP RIKEN Nowcast: Global precipitation nowcasting with data assimilation. J. Meteor. Soc. Japan, 97, 1099-1117. Special Edition on Global Precipitation Measurement (GPM): 5th Anniversary https://t.co/1n7dHLxzNI https://t.co/8InmRAw6Om
New paper published! Awazu, T., S. Otsuka, and T. Miyoshi, 2019: Verification of precipitation forecast by pattern recognition. J. Meteor. Soc. Japan, 97, 1173-1189. https://t.co/jcigYHxfaf https://t.co/ndByp0dZ0K https://t.co/jVNebiqhUc
New paper published! Wang, J., R. A. Houze, Jr., J. Fan, S. R. Brodzik, Z. Feng, and J. C. Hardin, 2019: The detection of mesoscale convective systems by the GPM Ku-band spaceborne radar. J. Meteor. Soc. Japan, 97, 1059-1073. https://t.co/X8SrZvU3Dx https://t.co/snWqJzGQYx. https://t.co/4JpyVLyXVa
Ito, K., C.-C. Wu, K. T. F. Chan, R. Toumi, and C. Davis, 2020: Recent progress in the fundamental understanding of tropical cyclone motion. J. Meteor. Soc. Japan, 98, https://t.co/g7OKDL9NUq https://t.co/FweWe8fAPN https://t.co/KbKOdECKXz
JMSJ New paper published: Kim, E.-H., E. Lee, S.-W. Lee, and Y. H. Lee, 2019: Characteristics and effects of ground-based GNSS zenith total delay observation errors in the convective-scale model. J. Meteor. Soc. Japan, 97,1009-1021. https://t.co/7R5wcbbEnL https://t.co/KuUijW4xnn https://t.co/BR61RflNYd
JMSJ New paper: Qin, Z., and X. Zou, 2019: Impact of AMSU-A Data Assimilation over High Terrains on QPFs downstream of the Tibetan Plateau. J. Meteor. Soc. Japan, 97, https://t.co/ApDzQZZZkg. https://t.co/xvi2g3UIja https://t.co/lAkDjQa0se
JMSJ New paper: Sueki et al 2019: Different precipitation systems between Hiroshima and Keihanshin during extreme rainfall event in western Japan in July 2018 . J. Meteor. Soc. Japan, 97, , Special Edition on Extreme Rainfall E... https://t.co/hEPe1Np5Vb https://t.co/ghNl5W9Daj https://t.co/pHwWyNHbwJ
SOLA New paper: Watanabe et al., Impacts of Sea Surface Temperature Improved by a High-Resolution Ocean Model on Summer Precipitation in a Dynamical Downscaling over Japan, SOLA, 2019, VOL.15, 183-188, doi:10.2151/sola.2019-033, https://t.co/Ouh9n2cIh1 https://t.co/Gs9MM8Z0L3
SOLA New paper: Onishi et al., Super-Resolution Simulation for Real-Time Prediction of Urban Micrometeorology, SOLA, 2019, VOL.15, 178-182, doi:10.2151/sola.2019-032, https://t.co/VY5ysur63R https://t.co/edZbXn0JKM
JMSJ New paper: Otsuka et al 2019: GSMaP RIKEN Nowcast: Global precipitation nowcasting with data assimilation. J. Meteor. Soc. Japan, 97, Special Edition on Global Precipitation Measurement (GPM): 5th Anniversary, https://t.co/1n7dHLxzNI https://t.co/3rcOo0BAZX https://t.co/xAlGI5O87v
SOLA New paper: Yang J. et al., A Case Study of the Effect of the Observation Time in 3D-Var on Near-Surface Wind Forecasts in a Limited Region, SOLA, 2019, VOL.15, 172-177, doi:10.2151/sola.2019-031, https://t.co/v4MgQBTAUV https://t.co/UupnmjlX65
台風9号の動きを延長。フォロアーの専門家に教えてもらったトロコイダル運動が、さらによく見える。 @itokosk @TSUJINO_SATOKI @micchi1205 台風8019の眼のトロコイダル運動(論文) https://t.co/Nax0ewMQsx https://t.co/gD5Jq0fFJT
SOLA New paper: Sekizawa et al., Anomalous Moisture Transport and Oceanic Evaporation during a Torrential Rainfall Event over Western Japan in Early July 2018, SOLA, 2019, VOL.15A, 25-30, doi:10.2151/sola.15A-005, https://t.co/UDSlIvE6jh https://t.co/kzblP9bAUM
SOLA New paper: Shimpo et al., Primary Factors behind the Heavy Rain Event of July 2018 and the Subsequent Heat Wave in Japan, SOLA, 2019, VOL.15A, 13-18, doi:10.2151/sola.15A-003, https://t.co/ZBa5FPIniO https://t.co/bTLT7ifNDu
僕の論文が,SOLA(気象学会のレター誌)の近年の豪雨や猛暑に関する特集号の一つとして公開(early online release)されました。「平成30年7月豪雨」時には日本周辺で海面からの蒸発が増大しており,その要因と西日本付近への水蒸気供給強化への寄与について調査した研究です。 https://t.co/uVd2Jrg6dq
【学会発表のお知らせ】 黒潮大蛇行の発生確率を機械学習で予測する手法を提案します。クラスタ解析と力学方程式の関係も話す予定。多重平衡系の話です。 JpGU 2019 (幕張メッセ) セッション:黒潮大蛇行 (5/28 10:45-12:15) https://t.co/sVmXW6kIkY #機械学習 #天気予報 #パターン認識 https://t.co/EQsuWTtgdk
The Precipitation Hotspots of Afternoon Thunderstorms over the Taipei Basin: Idealized Numerical Simulations https://t.co/t6vVb4ZYCO
JMSJ New paper published: Yamazaki, A., M. Honda, and H. Kawase, 2019: Regional snowfall distributions in a Japan-Sea side area of Japan associated with jet variability and blocking. J. Meteor. Soc. Japan, 97, 205-226. https://t.co/Yxa6uiKW5T https://t.co/F9FESyUvgd https://t.co/0lbt270gPn
J-STAGE Articles - Multi-year analysis using the NICAM-LETKF data assimilation system https://t.co/V1UU8HOEiG
JMSJ New paper: Yamazaki, A., M. Honda, and H. Kawase, 2019: Regional snowfall distributions in a Japan-Sea side area of Japan associated with jet variability and blocking. J. Meteor. Soc. Japan, 97, https://t.co/Yxa6uiKW5T https://t.co/F9FESyUvgd https://t.co/iPFgbUt00C
SOLA New paper: Takemi, Importance of Terrain Representation in Simulating a Stationary Convective System for the July 2017 Northern Kyushu Heavy Rainfall Case, SOLA, 2018, VOL.14, 153-158, doi:10.2151/sola.2018-027, https://t.co/yWJWKmaPPR https://t.co/DW1HcNB6eJ
参照:GitとRedmineを用いた気象研究所共用海洋モデル「https://t.co/HnRdSWeRyp」の開発管理. 海の研究、27 巻 5 号 p.175-188,DOI https://t.co/A8LJj6wLya https://t.co/GEy97gfHz0
NHKのニュースで流していただきました。 台風の「目」に入って観測 “効果確かめられた” | NHKニュース https://t.co/K50tR5M0us プレスリリース全文→https://t.co/GagFLadUO4 基礎となる論文→https://t.co/hmoJYZgN6a
SOLA New paper: Ito et al., Analysis and Forecast Using Dropsonde Data from the Inner-Core Region of Tropical Cyclone Lan (2017) Obtained during the First Aircraft Missions of T-PARCII SOLA, 2018, VOL.14, 105-110, doi:10.2151/sola.2018-018 https://t.co/v8YeE7QSKV https://t.co/BbrvlulLb1
【論文】航空機観測を用いた台風強度解析と予測に関する論文がSOLAから出版されました ⇒ https://t.co/w5XeRxgh6s
JMSJ New paper published: Bélair et al 2018: Role and impact of the urban environment in a numerical forecast of an intense summertime precipitation event over Tokyo. J. Meteor. Soc. Japan, 96A, 77-94. https://t.co/IxMffAMAuA https://t.co/1hoLgxQkPD https://t.co/pkCXzBfgOv
Supplemental materialもあるので、元のリンクも貼っておきます。あと、データベースを構築するにあたっては、琉球大学の学生さんに大変頑張ってもらいました。改めて感謝。https://t.co/cDNKIzYIgK
気象庁の台風強度予報誤差を統計的に検証した論文を出版しました。いろんな方に共有してほしい。(1)強度予報誤差は長期的に見て増加傾向(2)急発達と記録されるイベントが2000年代後半から激増⇒予報が困難化した可能性がある。(続く)https://t.co/gSicvgzF95
デュアルドップラー風解析を行う際に観測データの補間方法が解析精度に与える影響を調べた論文がSOLAに掲載されました。 https://t.co/4FMJCwdrj2 観測格子の配置に留意して解析格子を設定しないとレーダーの台数が多くても誤差が大きくなる場合があります。

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