Meteorological Warnings (2017)
Section | Nom | Description |
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Introduction to the Workshop - basic ingredients and case studies | Case Study 1 - Hurricane Katrina | |
Case Study 2 - European Heatwave 2003 | ||
Weather Warnings - Introduction | Why do we need warnings? What are the basic ingredients of warnings? What are the different types of warnings? Warnings as part of the disaster risk reduction (DRR) cycle; The importance of interactions and understanding of the users, their volurnabilities, the information needed for desicion making, the lead time needed, the importance of building trust/credebility ; Case studies - Hurricane Katrina, European HeatWave 2003 |
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Effective Warnings | The literature on forecasting and early warning systems is extensive. This section sets out a few general principles of good practice and discusses some of the most important issues in making warnings effective. The aim of early warning systems (EWS) is to enable individuals and communities threatened by hazards to act effectively and in sufficient time to reduce the likelihood of death, injury and damage to property and the environment. EWS vary greatly in size, structure, management and technological sophistication, according to the extent of their coverage, the nature of the hazard(s) and the human and material resources available. But they have many features and issues in common. |
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Users | Air Pollution | |
Meteorology in the service of Public Health | ||
Emergency and Media | ||
Using Models | From Global to Regional, from mid range to nowcasting | |
Remote Sensing | Satellite Imagery and Radars | |
Special Forecasts | Floods and Forest Fires | |
Fire Forecasting | ||
Crisis Coordination, Meteo-Alarm and Verification | Lectures by Frank Kroonenberg |