Poster number shows "Category-poster number (Core time No.)"
ex. En1-01(1,2)
Category
Core time (UTC)
| Poster No. | Title Name (Affilliation) |
|---|---|
| En1-01(1,2) | Performance of a Convection-permitting Model in Simulating the Rainfall in Malaysia
|
| En1-02(1,3) | Identification and prediction of drought using large ensemble of 5km d4PDF over Hokkaido
|
| En1-03(-) | Synthesized projection of probable rainfall using huge ensemble climate datasets and observation
|
| En1-04(-) |
|
| En1-05(1,2) |
|
| En2-06(2,3) |
|
| En2-07(1) |
|
| En2-08(1) | Examining climate change impacts on heavy snowfall in Hokkaido using large ensemble simulations
|
| En3-09(2,3) |
|
| En3-10(1) | Review of dynamical downscaling techniques for assessing regional climate change
|
| En3-11(2) | On the added value of the CORDEX FPS-Convection multi-model ensemble simulations over the Alps
|
| G-12(2) | ULTIMATE (ULTra sIte for Measuring Atmosphere of Tokyo metropolitan Environment) project
|
| G-13(2,3) |
|
| A1-14(1,2,3) | Added value of a convection-permitting model in simulating East Asian Summer Monsoon precipitation
|
| A1-15(2,3) | Regional climate modeling of the diurnal cycle of precipitation and associated atmospheric circulation patterns over an Andean glacier region (Antizana, Ecuador)
|
| A1-16(2,3) |
|
| A1-17(2) |
|
| A1-18(1) |
|
| A2-19(1,2) | Convection permitting simulation of summer precipitation over the Tibetan Plateau
|
| A2-20(1) | Cloud resolving simulation for the nocturnal precipitation over the Himalayas
|
| A2-21(1) | Diurnal cycle of local-scale precipitation in northern Thailand simulated by CPMs
|
| A2-22(1,2,3) |
|
| A2-23(1,3) |
|
| A2-24(2,3) | Simulating the deep convection hotspots in the African rainbelt
|
| A3-25(1) | How large the impact of bottom boundary condition for land surface process?
|
| A3-26(3) | The Convection-Permitting Third Pole (CPTP) CORDEX Flagship Pilot Study
|
| A3-27(1) | Cumulus parameterization scheme for gray zone
|
| A3-28(1) |
|
| A3-29(2) | New critical length for the onset of self-aggregation of moist convection
|
| A3-30(1) |
|
| A3-31(1,2) | Analytical Land-Vegetation-Atmosphere coupled model to investigate soil moisture bimodality.
|
| EE1-32(3) | Climate attribution study of a deep moist convection: the Copenhagen case of July 2011
|
| EE1-33(1,3) | Climate change impacts on extreme rainfall in East Africa in a convection-permitting climate model
|
| EE1-34(2) |
|
| EE1-35(1,2,3) |
|
| EE1-36(1,2) | Extreme Precipitation in ERA5 downscaling over Taiwan
|
| EE1-37(1,3) |
|
| EE1-38(2,3) |
|
| EE1-39(1) |
|
| EE2-40(1,2) |
|
| EE2-41(2,3) | Hazardous thunderstorms in the Lake Victoria basin
|
| EE2-42(1) | An identification of atmospheric fronts by image analysis of surface weather maps
|
| EE2-43(-) | Responses of precipitation on environmental temperature increase for extreme rainfall events
|
| EE2-44(1,3) |
|
| EE3-45(1) | Resolving the influence of local flows on urban heat amplification during heatwaves
|
| EE3-46(1) | Convection-permitting regional climate simulation of warm-season hot extremes in southeastern China
|
| EE3-47(-) | Extreme windstorms and sting-jets in convection-permitting climate simulations over Europe
|
| EE3-48(1) |
|
| EE4-49(-) |
|
| EE4-50(1,2) |
|
| EE4-51(2,3) | The effect of ocean tides on the weather over Great Britain
|
| EE4-52(1) |
|
| EE4-53(1,3) | Extreme weather event management through integrated climate modeling and computer vision-based disaster assessment
|