IBM / CEH / NEC / G2G Model / University / Avon / Met Office Global / GUESS / HESS / JCMM / Deltares / SEPA / /
Country
Belgium / United States / United Kingdom / Scotland / Wales / England and Wales / /
Event
Natural Disaster / FDA Phase / Business Partnership / /
Facility
University of Reading / University of Plymouth / University of Lancaster / Reading University / /
IndustryTerm
interactive web service / case study applications / spatial hydrology processing applications / real-time use / ensemble rainfall products / real-time receipt / nowcast solutions / pre-processing stage / operational systems / proposed blending algorithm / radar data processing system / flood forecasting systems / web-based operational trial / forecast products / hydrometeorological products / data assimilation / water resource management / /
NaturalFeature
river Lavant / river Ems / /
Organization
Joint Centre for Hydro-Meteorological Research Report / University of Plymouth / University of Reading / Ministry of Defence / UK NWP / Environment Agency / Met Office in Exeter / Reading University / University of Lancaster and EdenVale Young / Environment Agency Flood Forecasting Centre / /
Person
Flood Watch / /
Position
General / Mesoscale Model Development & Diagnostics group / Natural Hazards theme leader / chair / Model for area-wide forecasting / /
Product
Lancaster / Project / /
ProvinceOrState
Prince Edward Island / /
PublishedMedium
the Journal of Hydrometeorology / the UK NWP Post / /
Joint Centre for Hydro-Meteorological Research Report on research activities: 24 March to 9 October[removed]Short Term Ensemble Prediction System (STEPS) Work during this period has focused on three areas: improving the