2.5 External events (D.2.5.3)

2.3 Social media networks (D 2.3.3)

2.4 Scientific Publications (D.2.4.4) 

2.4 Publications in EU magazines (D.2.4.3)

2.4 Press releases (D.2.4.2)

2.1 Kick-off conference Follow-up Report (D.2.1.2)

2.1 Press release after kick-off conference (D 2.1.3)

2.5 Final Conference Follow-up Report  (D.2.5.4)

2.5 Stream Local workshops report (D.2.5.1)

2.5 Infodays (D.2.5.2)

2.3 Promotional video in EN (D.2.3.4)

2.3 Promotional video in HR (D.2.3.4)

2.3 Promotional video in IT (D.2.3.4)

2.2 Gadgets (D 2.2.2)

2.2 32 Posters Produced (D.2.2.3)

2.3 Project information on PPs website (D 2.3.2)

2.2 Project leaflets (D.2.2.1)

2.2 5500 flyers produced (D.2.2.4)

2.3 STREAM website (D.2.3.1)

2.2 STREAM FLYER - EN (D.2.2.4)

2.2 STREAM FLYER - HR (D.2.2.4)

2.2 STREAM FLYER - IT (D.2.2.4)

2.2 STREAM Leaflet - EN (D.2.2.1)

2.2 STREAM Leaflet - IT (D.2.2.1)

2.2 STREAM Leaflet - HR (D.2.2.1)

2.1 STREAM Poster (D 2.1.6)

3.1_Report of the Progress in Creating Flood Risk Cadaster (D.3.1.1) 

3.1 Report of the progress in updating (D3.1.2)

3.1_Maps showing flood cadaster, flood-prone areas and related spatial information developed (D.3.1.3)

3.4 International Flood platform based on free and Open Source Software created  (D.3.4.2)

3.3 Report of the progress on FRMP updating in Italy (D.3.3.2)

3.2 Flood risk and flood hazard maps for Zadar, Split, Metković, Poreč, Gospić i Biograd na Moru area in Croatia developed (D 3.2.1)

3.2_Coastal flood  hazard maps for the Adriatic and Ionian region IT developed (D.3.2.2.)

4.4_Booklets for children developed and printed (D.4.4.7)

4.4 Booklets for children developed and printed (D.4.4.7)

4.4 3300 booklets for children developed and printed (D.4.4.7.)

4.3 Equipment purchased (D.4.3.3)

4.3 Equipment implemented/installed (D 4.3.4)

4.3 WEB App for territory data monitoring and reporting developed (D.4.3.2)

4.4 STREAM Guidelines for modelling for pilot sites in order to create a flood forecasting system (D 4.1.1)

4.3 Automatic video analysis (D.4.3.1)

 4.4 STREAM Innovative games and training tools (D 4.4.1)

4.1 Five Scientific publication (D 4.1.4)

4.1 One coastal multi model forecasting systems (D.4.1.2)

4.1 One probabilistic model designed for a better understanding of the pluvial floods, their prediction and promptness in reactions of the urgent services (D 4.1.3)

4.2 Radio-communication system in Zadar county improved (D.4.2.1) 

4.2 Conducted 1 State of the art analysis in KAZUP (D 4.2.2)

4.2 Modernized 1 response system in Kazup (D 4.2.3) 

4.2 Carried out five (5) training seminars on how to use new technology (D.4.2.4)

4.2 Performed 1 Equipment and System testing in KAZUP - Performed one (1) equipment and system testing in Karlovac County (D.4.2.5)

4.4 Drills urgent services education about FRMP and EWS in IT (100 people) and HR (150 people) carried out (D.4.4.2)

4.4 Local government education about EWSs, FRM (flood alert systems, forecast uncertainty information, sustainable urban drainage system) in IT (150 people) and in HR (100 people)
carried out (D 4.4.3)

4.4 Civil Protection volunteers in IT (150) and HR (100) trained (D 4.4.4)

4.4 Scholar education in IT (200) and in HR (100) carried out (D 4.4.5)

4.4 Civil protection officers in IT (60) and in HR (105) trained (D 4.4.6)

5.1 Chienti and Foglia Watersheds (D.5.1.1)

5.1 Integrated river forecasting system with the ocean on case studies (D.5.1.2)

5.1 Videocameras and soil moisture sensors, integrated with the regional meteo-hydro monitoring network: testing and recording data (D.5.1.3) 

5.1 Flow measurements and stage discharge relationships for model
calibration (D.5.1.4)  

5.1 Nowcasting and weather radar products developed and in real-time implemented (D.5.1.5)

5.2 Probabilistic EWS for coastal risk implemented and tested on at least one location along the Emilia-Romagna coast (D.5.2.1) 

5.2_Webcams and 1 tide gauges station implemented, tested and data recorded (D.5.2.2)

5.2_Civil protection exercise for river and coastal risk organised and realised (D.5.2.3)

5.3 One multi-model flood forecasting system for the Po Delta region developed (D.5.3.1.)

5.4_Dinamic_maps_flooding_urban_surface (D.5.4.1)

5.4_Network_of_Small_Buoys_Tested_and_Data_Recorded (D.5.4.2)

5.4_Real_Time_Monitoring_System_and_Early_Warning_System (D.5.4.3)

5.5. Each pilot watersheds: meteo- hydrological - ocean modelling upgraded with focus on interactions in the coastal areas (D 5.5.1)

5.5 Existing observing systems integrated (D 5.5.2.)

5.5 One sea level station and one hydrometer/meteo installed (D 5.5.3)

5.5 Assessment of impacts of coastal flooding on coastal urban areas and on coastal erosion developed (D 5.5.4)

5.6 Network behaviour model (D.5.6.1)

5.6 Early warning system (RTC) in the most significant discharge points (D.5.6.2)

5.6 Technical guidelines for Green Infrastructure Modelling (D.5.6.3)

5.7_The flood rescue centre in Zadar equipped (D.5.7.1)

5.7_Technical equipment in Split and Gospic (D.5.7.3)

5.7_Dubrovnik Flood monitoring and risk prevention centre developed (D.5.7.4)

5.7_Equipment for urgent services in Poreč-Parenzo purchased (D.5.7.5)

5.7_Five training drills for innovative and adequate equipment testing organized (D.5.7.6.)

5.8_Smart urban drainage system in Zadar implemented (D.5.8.1) 

5.8 Smart urban drainage system in Biograd na Moru implemented (D.5.8.2)

5.8 Infrastructure documentation for the smart urban drainage system(s) in Poreč-Parenzo developed (D 5.8.3)

5.8  Infrastructure documentation for smart urban drainage system in Zadar implemented (D 5.8.4)

5.9_Complex flood interventions command post established (D.5.9.1)

5.9_One standard operating procedure for flood interventions (D 5.9.2.)

5.9_One flood simulation developed (D 5.9.3.)

5.9_One exercise of the civil protection operational forces performed (D 5.9.4.)

5.9_One Dissemination and transferability event held in Karlovac County (D.5.9.5.)

3.4_International_Flood_platform (D.3.4.2)