More for New York: Highest flood risk cities · New York live outlook
Current risk outlook
Flooding and heavy rain risk for Clifton Knolls-Mill Creek, NY.
Some live sources are refreshing; historical context remains available.
This view focuses on street flooding, ponding in low-lying areas, and how heavy rain tends to behave around this city.
Live risk outlook
RefreshingLive sources refreshing
Use the official sources below for time-sensitive conditions; the score below is not an active warning.
Live alert status is unavailable here; check official sources directly.
Sources: NOAA, NWS, SPC, NHC, FEMA, USGS.
Historical risk score
Long-term baseline derived from historical hazard activity.
10
/ 100
For typical homes located in Clifton Knolls-Mill Creek, NY.
Baseline context
FEMA NFHL flood zones: 2 features intersect this tile.
Compare other local risks
See how Clifton Knolls-Mill Creek scores across each hazard model.
City snapshot
All hazards combined
Wind risk
Roof stress and gust-driven damage
AQI risk
Ingested air quality and AQI snapshot
Lightning risk
Thunderstorm and strike exposure
Wildfire risk
Fuels, dryness, and fire potential
Tornado risk
Historic tornado corridor exposure
Hail risk
Hail frequency and roof impact potential
Hurricane risk
Wind + surge + rain-driven flooding
Local historical hazard map
Clifton Knolls-Mill Creek, NY
Click a tile to update scores. These layers show long-term historical baseline risk, not live warnings or short-term forecast risk.
Live flood alerts & official forecast (NWS)
Forecast office: ALY · radar KENX
Active alerts near Clifton Knolls-Mill Creek
No active NWS alerts at this point right now.
Protect your home before the next storm
Turn today’s risk into a checklist for your home.
Coverage request
Keep local storm exposure with the coverage questions you want to ask.
Home-protection request
Record roof, window, or hardening work you are considering around local risk.
Emergency prep essentials guide
Build a storm kit and action checklist in 30 minutes.
Flood intelligence snapshot
FEMA flood zones (NFHL)
Dominant zone: AE (56% of features)
SFHA share: 56% (feature-weighted)
NFHL features in tile: 34
Tile risk label: Elevated
Source: FEMA NFHL (MapServer).
Nearest river gauge (USGS)
No nearby USGS gauges reporting right now.
Source: USGS NWIS (instant values).
Soil saturation (model)
Soil moisture: 20% volumetric
Last 24h rain: 0.00 in
Updated: local time
Source: Open-Meteo soil model (proxy).
Protect your home before the next storm
Turn today's flood exposure into a checklist for drains, valuables, and coverage in Clifton Knolls-Mill Creek, NY.
Coverage request
Keep local storm exposure with the coverage questions you want to ask.
Home-protection request
Record roof, window, or hardening work you are considering around local risk.
Emergency prep essentials guide
Build a storm kit and action checklist in 30 minutes.
5-day flood & rain outlook
Today
LOWRain chance: 1% · 0.1 in
Max wind: 2 to 7 mph
Risk score: 10/100
Tomorrow
ELEVATEDRain chance: 97% · 0.6 in
Max wind: 3 to 7 mph
Risk score: 61/100
Fri
MODERATERain chance: 93% · 0.1 in
Max wind: 7 to 12 mph
Risk score: 47/100
Sat
LOWRain chance: 44%
Max wind: 10 mph
Risk score: 28/100
Sun
LOWRain chance: 0%
Max wind: 7 to 10 mph
Risk score: 10/100
Outlook blends NWS forecast, WPC QPF totals, and Excessive Rainfall Outlook categories.
Historical flooding exposure
Local flood data facts
Data from FEMA NFHL, USGS gauges, and Open-Meteo soil moisture.
Historical flooding exposure in Clifton Knolls-Mill Creek
- Lowest-lying streets and drainage chokepoints tend to flood first during heavy rain.
- Long-duration rainfall can raise ponding risk even without a named storm.
- Local elevation and canal/river networks can amplify or reduce flood impacts.
Flood & storm risk FAQs for Clifton Knolls-Mill Creek
Does Clifton Knolls-Mill Creek flood often?
Flooding risk depends on elevation, drainage, and rainfall intensity. This model summarizes localized flood patterns from public datasets.
What causes street flooding without a storm surge?
Short bursts of heavy rain can overwhelm drains; longer events can saturate soils and keep water standing even after rain ends.