2011 YOTC ISS Posters
There will be 5 poster periods associated with the oral sessions 2 – 6, located in the proximity of the auditorium and the refreshment area. The size of each poster should be 90cm wide and 120cm high. Please design and print your poster accordingly. The posters for period 6 will remain on display during Wednesday afternoon and the AMY workshop on Thursday.
16 May, 2011: Poster Period 1 | ||
1. | Bin Wang | A Multi-Scale Interaction model for the Madden–Julian Oscillation |
2. | Kyong-Hwan Seo | Factors for the Simulation of Convectively Coupled Kelvin Waves |
3. | Thorwald Stein | |
4. | Nicholas Klingaman | Using a case-study approach to improve the MJO in the Hadley Centre climate model (HadGEM) |
5. | Ying Han | Multiscale organized convection in the MJO background |
6. | Sean Casey | Tropical Cumulus Congestus Clouds and the Madden-Julian Oscillation: Observations from CloudSat |
7. | Xianan Jiang | Modulation of TC Activity by the Tropical Intraseasonal Oscillation over the Eastern Pacific in a High Resolution GCM |
8. | Guang Zhang | Roles of Deep and Shallow Convection in MJO Simulation: Budget Analysis and Comparison between CAM3 and ECHAM5 |
9. | SHINDO Eiki | Simulation of the Madden-Julian Oscillation in the MRI-AGCM3 |
10. | Baijun Tian | Vertical moist thermodynamic structure of the Madden-Julian Oscillation (MJO) from the Global Positioning System (GPS) radio occultation (RO) measurements |
11. | Baijun Tian | Modulation of Atlantic Aerosols by the Madden-Julian Oscillation |
12. | JIAN LING | Structural evolution in heating profiles of the MJO in global reanalyses and TRMM retrievals |
13. | Linda Hirons | |
14. | Da Yang | Understanding the Multi-Scale Structures in the Tropics |
15. | Tomoki Miyakawa | Convective momentum transport by rainbands within a Madden-Julian oscillation in a global nonhydrostatic model NICAM. |
16. | King-Fai Li | Madden-Julian oscillation in Carbon Monoxide Assimilated in ECMWF |
17. | Boualem Khouider | Parametrization of CMT and its effect on the planetary organization of tropical convection |
18. | Isabelle TOBIN | |
19. | Xiaoqing Wu | GCM Simulations of Multi-scale Cloud and Precipitation Characteristics from the Diurnal Cycle to MJO |
20. | Jia-Yuh Yu | Expansion of Tropical Belt as Revealed by the Gross Moisture Stratification |
21. | Gui-Ying Yang | Equatorial waves associated with the Madden Julian Oscillation |
22. | Jiun-Dar Chern | Numerical Experiments of MJO Events during YOTC using the Goddard MMF Model and the Goddard High Resolution Meso-scale Global Model |
23. | W.-T. Chen | The CloudSat-Centric A-Train and ECMWF Analysis Data Set: Development and Applications for Characterizing Clouds and Convection during YOTC |
17 May, 2011: Poster Period 2 | ||
24. | Parthasarathi Mukhopadhyay | Impact of aerosol perturbation on Tropical cyclone as simulated by a cloud system resolving model |
25. | Promasakha na Sakolnakhon Kamol | A Study on the Linear Regression Model for the Seasonal Tropical Cyclone Genesis Frequency in the Western North Pacific |
26. | Shouting Gao | A numerical simulation study of the configuration in the Typhoon Morakot |
27. | Radhika Kanase | Numerical simulation of ‘PHYAN’ :Sensitivity to nested domain & Initial condition |
28. | Peter M.K. Yau | On the genesis of concentric eyewalls in hurricanes |
29. | Yuqing Wang | What controls the interannual variability of tropical cyclone activity over the western North Pacific? |
30. | Hiroyuki Yamada | Genesis of Typhoon Fengshen (2008) from an uptilted synoptic-scale disturbance: PALAU field experiment and global cloud-resolving simulation |
31. | Tomoe Nasuno | Global cloud-system resolving simulation of typhoon Fengshen (2008): comparison with ECMWF YOTC operational analysis data |
32. | Bo-Wen Shen | Scale Interactions of Tropical Waves and Tropical Cyclone Formation in a Global Mesoscale Model |
33. | Hyemi Kim | Modulation of North Pacific Tropical Cyclone Activity by Three Phases of ENSO |
34. | NADIMIKERI JAYARAJU | Impact of Climate Change on Biodiversity : India’s perpective |
35. | Yu Zhenshou | An Analysis Of the East Heavy Rainstorm Caused by Easterly Waves |
36. | Xiaowei Tan | Conversion from 700-hPa level wind speed to surface wind speed for the core of Typhoon Saomai (2006) |
37. | FANGLIN YANG | NCEP GFS Forecasts of Tropical Cyclones – Past Performance, Recent Upgrades, and Resolution Dependence |
38. | Ming Zhao | Simulations of global hurricane climatology, interannual variability and response to global warming using a 50km resolution GCM |
39. | Liguang Wu | Observational Analysis of Sudden Tropical Cyclone Track Changes in the Vicinity of the East China Sea |
Poster Period 3 | ||
40. | Charlotte DeMott | Are Coupled Models Overly Sensitive to SST Anomalies at Intraseasonal Timescales? |
41. | Vaughan Ituk | Seasonal Temperature Prediction Using Monthly Indices Model |
42. | Anning Cheng | Climate Modeling Using a Multi-scale Modeling Framework with a Higher-order Turbulence Closure in its Cloud Resolving Model Component |
43. | Gu Xuzan | Bicubic Surface Topography, Pressure Gradient Force and Horizontal Reduction of Pressure to Sea Level in Numerical Model |
44. | Yongxiang Hu | Cloud thermodynamic phase studies from CALIPSO observations |
45. | Raghavendra Ashrit | Investigating the Leh Cloudburst |
46. | Michael Pritchard | Orogenic propagating precipitation systems over the Central US in a global climate model with embedded explicit convection |
47. | Badia Chulli | Impact of changing climate in the Kairouan Hydrological basin (central Tunisia) |
48. | Shaocheng Xie | Relationship between Short and Long Timescale Errors in CAM4 during YOTC |
49. | Hua-Lu Pan | Extending the Arakawa-Schubert convection parameterization for meso-scale modeling applications |
50. | Christopher Holloway | Precipitation distributions in high-resolution simulations of the warm pool |
51. | Kuan-Man Xu | Comparing Satellite Cloud Physical Properties with Meteorological Reanalysis Data: Implication for YOTC |
52. | Sun-Hee Shin | Treatment of turbulence for marine tropical PBL cloud and its sensitivity to the SST forcing |
18 May, 2011: Poster Period 4 | ||
53. | Hongwen Kang | Decadal Variation of Tropical Cyclone Activity over the Western North Pacific in a Warming Environment |
54. | Raghavendra Ashrit | Impact of DWR data assimilation on the high resolution prediction of recent intense rainfall event over Delhi-NCR. |
55. | Yongyun Hu | Mechanisms for Poleward Expansion of the Hadley Circulation: Observations and Simulations |
56. | Chi_Cherng Hong | Roles of Europe blocking and tropical-extratropical interaction on the Pakistan flood in 2010 |
57. | Jilin Sun | |
58. | Ju-Mee Ryoo | A Lagrangian Trajectory Model of Atmospheric Rivers over Pacific - North America during YOTC |
59. | Cheng-wei Chang | Anatomizing the Ocean’s Role in the Maintenance of Pacific Decadal Oscillation |
60. | Si Dong | |
61. | Bin Guan | Does the Madden-Julian Oscillation Influence Wintertime Atmospheric Rivers and Precipitation in California? |
62. | Yanju Liu | Relationship between the Meiyu over the Yangtze-Huaihe River Basins and the frequencies of tropical cyclone genesis in the Western North Pacific |
63. | Jonathan Jiang | An A-Train View of Atmospheric Response to 2010 El Niño |
Poster Period 5 | ||
64. | Parthasarathi Mukhopadhyay | Predictability of weather during active and break phases and monsoon depressions using a high resolution model |
65. | Hui Wang | |
66. | Huang-Hsiung Hsu | Propagation and Maintenance Mechanism of the TC/submonthly Wave Pattern in the Western North Pacific and the Upscaling Feedback of TCs: A Barotropic View |
67. | Mong-Ming Lu | Large-scale Climate Condition for the Interannual Variation of Typhoon Activity near Taiwan with an Application to Seasonal Climate Prediction |
68. | Suhas Ettammal | Dynamic relationship between 10-20 day and 30-60 day time scales of Indian summer monsoon intraseasonal variability |
69. | Vishnu R | Characteristics of Southwest Monsoon Clouds over a Tropical Station Using a Ceilometer and a Modified Electric Field Mill |
70. | Raju Attada | SIMULATION OF INDIAN SUMMER MONSOON BY USING HIGH RESOLUTION REGIONAL ATMOSPHERIC MODEL |
71. | Hamza Varikoden | Different Variabilities of Indian Summer Monsoon and its Association with Pre-monsoon Sea Surface Temperature |
72. | Chenghai Wang | MJO Propagation Features around the Qinghai-Xizang Plateau in typical Strong and Weak Monsoon Years |
73. | Chethalan Babu | Intra seasonal variability of Indian summer monsoon rainfall and associated features |
74. | Chethalan Babu | Characteristics of long break in all India dry monsoon years |
75. | Neena Joseph Mani | Modulation of Indian Summer Monsoon Active/Break spells by Equatorial Rossby waves |
76. | Parthasarathi Mukhopadhyay | Monsoon Intra-Seasonal Oscillations (MISO) as simulated by the Superparameterized Community Atmospheric Model (SPCAM) |
77. | Jaya Kumar | A Study on the understanding of Submonthly SST Variability in the Indian ocean using observations and an OGCM |
78. | Charlotte DeMott | Tropical Waves in Super-parameterized Simulations of the Asian Monsoon |
79. | Xiaoxin Yang | Isotopic signal of Earliest Monsoon onset in the Bay of Bengal |
80. | Xuguang SUN | Two major modes of variability of the East Asian summer monsoon |
81. | Rosbintarti Lestari | Role of air-sea coupling in the interannual variability of the South China Sea summer monsoon |
82. | K. M. Kim | High-resolution modeling of convective systems over northern India and the Himalayas foothills during boreal summer, and possible influences by absorbing aerosols |
83. | Wen Zhou | Eurasian Blocking Modes and East Asian Winter Monsoon activities |