Flood Dashboard
DEWETRA platform system is the fully integrated system (Database, processing chain dissemination) in the NEWSP. The DEWETRA platform is a real-time integrated system for weather related risk forecasting, monitoring and prevention that allows steady and real-time data management.
This refers to both observed and forecasting data (e.g. in situ weather parameters, polar and geostationary satellite imageries, global meteorological and limited-area forecasting models, exposure data, up to date information entered by the operator).
The system hosts the Flood-PROOFS that designed to assist decision makers during the operational phases of flood forecasting, nowcasting, mitigation and monitoring in various-sized catchments typical of Mediterranean environment.
Flood-PROOFS ingests data and manages the model workflow needed for the hydro-meteorological forecast: meteorological models, real-time meteorological stations data, real-time data of the operation of regulating hydraulic structures and satellite data are considered in this process. It provides a quantitative evaluation of discharge and peak flow and evaluates the probability to exceed critical thresholds in some outlet sections of the catchments.
A friendly GUI, aiming to facilitate access to information and its exploitation, guarantees the visualization of the outputs.
This refers to both observed and forecasting data (e.g. in situ weather parameters, polar and geostationary satellite imageries, global meteorological and limited-area forecasting models, exposure data, up to date information entered by the operator).
The system hosts the Flood-PROOFS that designed to assist decision makers during the operational phases of flood forecasting, nowcasting, mitigation and monitoring in various-sized catchments typical of Mediterranean environment.
Flood-PROOFS ingests data and manages the model workflow needed for the hydro-meteorological forecast: meteorological models, real-time meteorological stations data, real-time data of the operation of regulating hydraulic structures and satellite data are considered in this process. It provides a quantitative evaluation of discharge and peak flow and evaluates the probability to exceed critical thresholds in some outlet sections of the catchments.
A friendly GUI, aiming to facilitate access to information and its exploitation, guarantees the visualization of the outputs.