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Last update: 14:00, 9 Sept 2026
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Scorzè rain radar shows conditions on the inland Venetian mainland, roughly 20 km from the lagoon — its flood risk is river-driven, not the tidal acqua alta that affects true lagoon-edge towns. The Scorzè hyperlocal radar view centers on the Zero river, which flows through town, and the nearby Dese river.
Annual precipitation runs roughly 900-1,000 mm, slightly higher than towns closer to the lagoon given proximity to Treviso's pre-Alpine moisture supply. The mechanism is Genoa Low cyclogenesis and SW Atlantic frontal systems, with autumn (Oct-Nov) the maximum, a spring secondary peak, and summer convective storms typical of the Venetian plain.
RainViewer shows live radar returns over the Zero and Dese river corridors, with Protezione Civile issuing Venice-province alerts during frontal storm passages and Zero/Dese high-water episodes. Real-time radar makes the river-driven, not tidal, nature of Scorzè's flood risk visible as a storm system crosses the plain.
Autumn (Oct-Nov) carries the wet peak, winter is driest with fog dominant, and a spring secondary peak precedes summer's sharper convective storms.
The Zero river valley's agricultural calendar and the Miranese area's furniture-district production cycle both run through the same seasons, with autumn rain timing affecting harvest work on the plain around town.
Both rivers, which flow through the Scorzè area toward the lagoon, are the town's direct flood risk after sustained autumn rain — river overflow, not tidal acqua alta, which affects lagoon-edge towns like Mira or Mestre instead.
Scorzè sits near the furniture-manufacturing belt around Noale, and road logistics for local firms slow during storm events, making live radar useful for planning deliveries.
The regional road linking Treviso and Venice runs through Scorzè, exposed to frontal storm delays.
Maize and vegetable farming on the plain around Scorzè depends on rain timing, with summer nubifragi bringing recurring flash-flood risk (alluvione lampo).
RainViewer draws radar data for Italy from the Dipartimento della Protezione Civile (Italian Civil Protection Department) national radar network, supplemented by regional radar systems from ARPA agencies including ARPA Veneto, ARPAE Emilia-Romagna, ARPA FVG, and ARPAL, updated every 5 minutes. Coverage spans the Italian mainland, Sicily, and Sardinia. The Scorzè map also shows conditions across nearby Noale, Mirano, and the Zero-Dese river corridor.
Check the Scorzè hyperlocal radar for live rain returns updated every 5 minutes, drawn from the Protezione Civile national network covering Venice province. This shows current conditions over the Zero and Dese river corridors specifically.
Check the live radar before outdoor activity near the Zero or Dese, since summer convective storms on the plain can form quickly. A clear radar image in the hour before you head out is the most reliable check.
Frontal storms crossing the Venetian plain can slow travel on the SR515 between Treviso and Venice. Tracking the radar shows whether the heaviest band is moving through Scorzè.
The Zero and Dese rivers, both flowing through the Scorzè area toward the lagoon, are the town's direct flood risk after sustained autumn rain — river overflow, not the tidal acqua alta that affects lagoon-edge towns closer to Venice. Protezione Civile issues Venice-province alerts during high-water episodes.
Late spring and early autumn bring the most settled weather outside the wettest October-November stretch. Summer carries a higher chance of sharp convective storms on the plain.
Scorzè sits roughly 20 km inland from the lagoon, so its risk comes from the Zero and Dese rivers overflowing after heavy rain, not from tidal acqua alta, which instead affects lagoon-edge towns such as Mira or Mestre.
RainViewer pulls from the Protezione Civile national radar network, refreshing the map every 5 minutes, fast enough to track Zero and Dese river levels as a storm system crosses the plain.
Yes — RainViewer sends alerts ahead of rain reaching a chosen point, such as central Scorzè or the Zero river corridor. This gives advance notice before a storm reaches the plain.
The Zero and Dese rivers flow straight through the Scorzè area on their way to the lagoon, and sustained autumn rain can push both over their banks — a river-driven risk, not the tidal acqua alta that hits towns closer to Venice. A province-wide forecast will not tell you when that rise is starting here.
RainViewer shows the next 2 hours of rain in 5-minute slices, sends rain alerts before a storm reaches the Zero river corridor or the Noale furniture district, and marks the direction storms are arriving from — typically the SW, off Genoa Low systems crossing the plain. Check 48 hours of radar history to see how the Zero and Dese have tracked, and follow multiple locations at once, from Scorzè to Noale and Mirano. A forecast icon says "rain later." Live hyperlocal radar shows the river corridor right now.
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