Numerical Weather Prediction
Numerical weather prediction (NWP) aims to forecast atmospheric conditions using mathematical models and observational data. Current research emphasizes improving forecast accuracy, particularly for extreme weather events, through the development and application of advanced machine learning models, including transformers, convolutional neural networks, and graph neural networks, often integrated with or replacing aspects of traditional physics-based NWP systems. This involves exploring novel data assimilation techniques, efficient model architectures, and improved post-processing methods to enhance forecast reliability and reduce uncertainties. The advancements in NWP have significant implications for various sectors, including disaster preparedness, resource management, and energy production.
Papers
Data driven weather forecasts trained and initialised directly from observations
Anthony McNally, Christian Lessig, Peter Lean, Eulalie Boucher, Mihai Alexe, Ewan Pinnington, Matthew Chantry, Simon Lang, Chris Burrows, Marcin Chrust, Florian Pinault, Ethel Villeneuve, Niels Bormann, Sean Healy
Improving probabilistic forecasts of extreme wind speeds by training statistical post-processing models with weighted scoring rules
Jakob Benjamin Wessel, Christopher A. T. Ferro, Gavin R. Evans, Frank Kwasniok
Graph Neural Networks and Spatial Information Learning for Post-Processing Ensemble Weather Forecasts
Moritz Feik, Sebastian Lerch, Jan Stühmer
Leveraging data-driven weather models for improving numerical weather prediction skill through large-scale spectral nudging
Syed Zahid Husain, Leo Separovic, Jean-François Caron, Rabah Aider, Mark Buehner, Stéphane Chamberland, Ervig Lapalme, Ron McTaggart-Cowan, Christopher Subich, Paul A. Vaillancourt, Jing Yang, Ayrton Zadra
Bias correction of wind power forecasts with SCADA data and continuous learning
Stefan Jonas, Kevin Winter, Bernhard Brodbeck, Angela Meyer
CloudNine: Analyzing Meteorological Observation Impact on Weather Prediction Using Explainable Graph Neural Networks
Hyeon-Ju Jeon, Jeon-Ho Kang, In-Hyuk Kwon, O-Joun Lee