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The HIWeather Book: “Towards the Perfect Warning” Thanks to the contributors to the HIWeather Trust Fund, the book has been published by Springer and is freely available for download at Towards the “Perfect” Weather Warning | SpringerLink
Final Report - Achievements - HIWeather We are pleased to announce that the Final Report of the WMO WWRP High Impact Weather Project (HIWeather) (January 2015 – December 2024) has now been officially published and is available online
HIWeather About the Project Steering Group Lead by Brian Golding and Sally Potter WMO Support Under World Weather Research Programme (WWRP) of WMO Advisory Board Advisory Board International Coordination Office Hosted by Chinese Academy of Meteorological Sciences
Multi-scale Forecasting of Weather-Related Hazards The research will make use of a catalogue of hazardous weather case studies developed with the Predictability Processes theme, together with datasets from recent and planned field experiments, re-analyses and re-forecasts, and will demonstrate and evaluate new techniques in Forecast Demonstration Projects
Overview - Impact-based Warnings Project - HIWeather Dr Sally Potter of GNS Science explains impact-based forecasts and warnings that provide information about what the weather might DO rather than what the weather will BE
Overview - Warning Value Chain Project - HIWeather The Project reviewed value chain approaches used to describe and understand weather, warning and climate services and developed a framework and guidance on how they can be best applied
Project team - Impact-based Warnings Project - HIWeather Lead chair: Dr Sally Potter (GNS Science, New Zealand) s potter@gns cri nz Members Brian Mills (ECCC, U Waterloo, Canada) Joanne Robbins (UK Met Office, UK) Sara Harrison (GNS Science, New Zealand) Brian Golding (UK Met Office, UK) Andrea Taylor (University of Leeds, UK) Thomas Kox (LMU, Germany) Faye Wyatt (UK Met Office, UK) Harold Brooks (NOAA, US) Will Lang (UK Met Office, UK) Bob
Themes - Predictability and Processes - HIWeather Research will be focused on the meteorological processes that influence the predictability of High Impact Weather: control of convective scale predictability by large scale processes in tropical extra-tropical latitudes; differences in predictability of hazardous weather relative to “normal” weather; association with forecasts that are