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20232026
most citedBayesian modeling of insurance claims for hail damage

4 citations · 5 across the 5 of their papers we have counts for

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physics.ao-ph2026

Varda-single-1.0: deterministic data-driven weather forecasting at 1 km resolution over Switzerland's complex topography

Alberto Pennino, Francesco Zanetta, Michele Cattaneo +28

We present Varda-single-1.0, a medium-range data-driven weather prediction system built for the Alpine domain. It provides hourly deterministic regional forecasts on a mesh of 1 km…

physics.ao-ph2026

Efficient Analog-Initialized Latent Transport for Spatially Coherent Probabilistic Downscaling from Global to Kilometer Scales

Ophélia Miralles

Probabilistic downscaling must represent kilometer-scale structure left unresolved by a deterministic regional prediction. We introduce an analog-initialized latent transport metho…

physics.ao-ph2026

Exploring the role of input data on hail nowcast skill using spatiotemporal neural networks

George Pacey, Ophélia Miralles, Ulrich Hamann +1

Hail can cause large financial losses and poses risks to public safety, making reliable nowcasts essential for timely warnings. Deep-learning approaches have emerged as a strong al…

physics.ao-ph2026

HourGlass: A probabilistic data-driven temporal downscaler for global and regional weather forecasting

Magnus Sikora Ingstad, Mariana C. A. Clare, Olav Ersland +16

Many forecast applications require high frequency temporal resolution, yet most state-of-the-art data-driven weather forecasting systems operate at 6-hourly resolution. Although di…

physics.ao-ph2025★ 1 cited

Observation-guided Interpolation Using Graph Neural Networks for High-Resolution Nowcasting in Switzerland

Ophélia Miralles, Daniele Nerini, Jonas Bhend +2

Recent advances in neural weather forecasting have shown significant potential for accurate short-term forecasts. However, adapting such gridded approaches to smaller, topographica…