Deliverable 1 — Visit to University of Siegen (see the Final Report)
Deliverable 2 — Report on the available LCB flood modelling approaches (in Greek)
Deliverable 3 — Report describing the selection of the most suitable LCB model (in Greek)
Deliverable 4 — Review of the established free physically based flood models (in Greek)
Deliverable 5 — Visit of the international researcher (see the Final Report)
Deliverable 6 — Report describing the LCB model setup and describing its performance (in Greek)
Deliverable 7 — Pilot early warning system (see below)
Deliverable 8.1 — Conference presentation 1 (in Greek)
Deliverable 8.2 — Conference presentation 2
Deliverable 8.3 — Conference presentation 3
Deliverable 9.1 — Journal publication 1
Deliverable 9.2 — Journal publication 2
Deliverable 9.3 — Journal publication 3
Deliverable 9.4 — Journal publication 4
Deliverable 9.5 — Journal publication 5
Deliverable 9.6 — Journal publication 6
Final Report — Final project report (in Greek)
WARNING! This is a toy model, a proof of concept, not to be used operationally. See Deliverable 6 (in Greek) and deliverable 9.5 for more details.
The following figures display the rain forecast for the next 4 days (from meteo.hcmr.gr/). The left panel gives the latest forecast whereas the right panel gives the forecast obtained yesterday. By comparing these two figures, an estimation of the forecast stability (and hence uncertainty) can be obtained.
Hydrograph (next 48 hours) obtained from the LRHM simulation with 2 min time step. The dotted line at the bottom along the simulation period is the capacity of the drainage network (50 m³/sec). Exceedance of this line indicates a potentially dangerous condition. The right y-axis gives the discharge and the left y-axis the precipitation (disaggregation of the 3-hours forecast).