Poster Presentations
Poster presentation
Please prepare your poster in portrait format for a board size of 150 cm (height) × 90 cm (width).
Accepted Posters
| Poster NO | Name | Affiliation | Presentation title |
|---|---|---|---|
| 1 | Carlos Marcelo Garcia Rodriguez | IDIT - CONICET - UNC - ARGENTINA | Field Measurements of Hydrodynamic Processes During a Flash Flood in the San Antonio River, Argentina |
| 2 | Daniel Grigera | CONICET | Advances in Hydrological-Meteorological Model Coupling for Flood Forecasting in a Mountain Basin |
| 3 | Gwendal SALIOU | IMT Atlantique | Multi-Scale Deep Learning for Regional Weather Forecasting: Integrating Global and Local ERA5 Data |
| 4 | James Taylor | RIKEN | Real time rainfall prediction using a 1000 member ensemble data assimilation system with 30-second update using multi-parameter phased array weather radar observations |
| 5 | JIN, Huiran | New Jersey Institute of Technology | Mapping inundation dynamics using airborne repeat-pass synthetic aperture radar data |
| 6 | Juan Ruiz | University of Buenos Aires / CONICET | Experiments with convective scale data assimilation during a heavy rainfall event |
| 7 | Luciano Vidal | National Meteorological Service from Argentina | On the use of remote sensing for precipitation monitoring and nowcasting within the framework of the PREVENIR project |
| 8 | Mariano Re | National Water Institute (Argentina) | Hydrological forecasting system in PREVENIR Project |
| 9 | Marina Lagos | National Water Institute (Argentina) | A coupled 2D/1D hydrodynamic modeling approach (RRI/SWMM) for computationally efficient urban flood forecasting |
| 10 | Michael Goodliff | RIKEN RCCS | Using Data Assimilation to Improve Data Driven Surrogate Models |
| 11 | Ryosuke Nagumo | University of Bristol | Understanding the Reliability and Failure Mechanisms of long short-term memory (LSTM) based models for Ungaged Runoff Prediction in Great Britain |
| 12 | Sachiho A. Adachi | RIKEN R-CCS | Influence of Solar Radiation on a Nighttime Heavy Rain Event in Japan |
| 13 | Sebastian Lopez | National University of Cordoba | A Particle Filter-Based Framework for Flood Forecasting Initialization |
| 14 | Seiya Nishizawa | RIKEN | Application of Nonlinear Optimal Perturbations to Atmospheric Variability |
| 15 | Shigenori Otsuka | RIKEN | Development of ensemble radar precipitation nowcasting |
| 16 | Shun Ohishi | RIKEN | Deterministic and ensemble forecasts of the Kuroshio south of Japan |
| 17 | TSUTAO OIZUMI | Meteorological Research Institute | Quantifying Flood Risk Using Large Ensemble Weather Forecasts |
| 18 | Tristan Hascoet | RIKEN | Differentiable river routing for end-to-end learning of hydrological processes |
| 19 | Yuta Tarumi | RIKEN | Deep Bayesian Filter for Bayes-Faithful Data Assimilation |
| 20 | Yutaro Nagai | Interdisciplinary Graduate School of Engineering Sciences, Kyushu University | Contribution of temperature and moisture fields to extreme event predictions -From data assimilation experiments using NICAM-LETKF- |