> For the complete documentation index, see [llms.txt](https://docs.alphageo.ai/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://docs.alphageo.ai/climate-resilience-suite/hazard-alert.md). # Hazard Alert AlphaGeo’s **Hazard Alert** monitors your asset portfolio for hazards happening now and forecast over the next seven days, anywhere in the world. It continuously aggregates authoritative public hazard feeds and matches them to each asset, presenting the result as a single map, alert list, and asset-by-hazard summary. Where the [Climate Risk and Resilience Index (CRRI)](/climate-resilience-suite/climate-risk-and-resilience-index.md) measures a location’s long-term, modelled climate risk, Nowcasting answers the operational question alongside it: ***what is affecting my assets today, and what is coming this week**?* Both use the same nine hazard categories, so the live picture lines up directly with the underlying risk profile. ### Our approach: Live hazard monitoring Traditional climate risk models look decades into the future. They tell you how much risk a location carries over its lifetime — but not whether a storm is bearing down on it this week. Real-time Hazard Nowcasting closes that gap. It draws on established government and scientific hazard feeds, matches each event to the assets it affects, and produces two complementary views: 1. **Active hazards** — events that monitoring networks have already detected and that are affecting an asset now. 2. **Forecasted hazards** — events expected at an asset over the next seven days, shown with how many days ahead the peak is expected. ### Hazard categories Nowcasting tracks the same nine acute and chronic hazard categories as the CRRI: * **Heat Stress**: Dangerously high temperatures that pose health risks to people and assets. * **Inland Flooding**: Overflowing rivers, flash floods, and surface-water inundation, including **river-discharge** surges. * **Coastal Flooding**: Storm surge, tidal flooding, and tsunami inundation affecting coastal areas. * **Wildfire**: Active fire and extreme fire-weather conditions, detected from **satellite hotspots** and fire warnings. * **High Wind**: Damaging winds from windstorms, **tropical cyclones**, tornadoes, and severe thunderstorms. * **Drought**: Prolonged precipitation deficit causing water stress. * **Hail**: Large hail, ice storms, and severe winter weather. * **Earthquake**: Ground shaking from seismic events, and related ground failure. * **Landslide**: Slope failure, debris flow, and mudslide risk. Each alert carries one of four severity labels — **Extreme**, **Severe**, **Moderate**, or **Minor** — to help you triage quickly. ### Data sources As with the rest of the AlphaGeo platform, sources are selected for being authoritative, well-documented, and widely trusted in the field. Nowcasting aggregates the following openly published hazard feeds: | Source | Provider | What it brings | | ----------------------- | ---------------------------------- | ------------------------------------------------- | | **NWS Alerts** | NOAA — US National Weather Service | Official US weather warnings and watches | | **Hurricane Tracks** | NOAA — National Hurricane Center | Tropical cyclone forecast cones | | **Weather Forecast** | Open-Meteo | 7-day heat, wind, and rainfall outlook | | **Flood Forecast** | Open-Meteo / GloFAS | River-flood (discharge) outlook | | **Earthquakes** | USGS | Global earthquake monitoring | | **Multi-hazard Alerts** | GDACS (UN / EU) | Global disaster alerts across hazard types | | **Active Fires** | NASA FIRMS | Satellite-detected wildfire hotspots | | **European Alerts** | Meteoalarm | National meteorological-service warnings (Europe) | | **Public Alerts** | Google Public Alerts | Government public-safety alerts where available | ### What you see The dashboard has three connected panels: * **Risk Nowcasts** — an alert list grouped by hazard, showing the headline, affected assets, source, and severity. Active events are listed ahead of forecast ones. * **Asset Map** — an interactive world map with assets as pins and hazard areas drawn as coloured layers. Pin colour shows status at a glance: **red** for an active hazard, **yellow** for a forecast hazard, and **grey** for no current hazard. * **Asset–Hazard Table** — a grid of assets against the nine hazard categories, showing the most severe alert for each combination. ### Data details * **Coverage:** Global, with added depth in the United States (NWS) and participating European countries (Meteoalarm). * **Active hazards:** Observed within the last 24 hours to 7 days, depending on the source. * **Forecast horizon:** Up to 7 days ahead. * **Refresh:** On demand — each source reflects its provider’s latest published data. The table below shows the time window each source contributes: | Hazard signal | Source | Looks at | | ---------------------- | ------------------- | ------------------------ | | US weather warnings | NWS | Current / active | | Earthquakes | USGS | Last 24 hours | | Active fires | NASA FIRMS | Last 24 hours | | Global disaster alerts | GDACS | Last 7 days | | European warnings | Meteoalarm | Current / active | | Public alerts | Google | Current / active | | Heat, wind & rainfall | Open-Meteo | Next 7 days (forecast) | | River flooding | Open-Meteo / GloFAS | Next 7 days (forecast) | | Hurricane tracks | NOAA NHC | Forecast cone (\~5 days) | ### Use cases * Operational monitoring of asset portfolios for live and emerging hazards * Early warning and preparedness for forecast events in the week ahead * Situational awareness during active disasters across multiple regions * Pairing live conditions with CRRI scores for context-aware decisions ### Limitations We document limitations explicitly so users can interpret the nowcast with appropriate context. * **Forecasts are planning aids, not guarantees.** Confidence decreases with lead time — a hazard flagged for tomorrow is far more reliable than one flagged six or seven days out. Treat distant forecasts as early signals to watch rather than firm predictions. * **Forecasts change between updates.** As new data arrives, an event may grow, shrink, shift, or drop off entirely. The view always reflects the latest available outlook. * **Active alerts are observations.** Hazards on the "now" side reflect what monitoring networks have actually detected, not a prediction. * **Severity labels are indicative.** They flag relative seriousness to support triage; they are not a precise damage estimate. For modelled, asset-specific impact, use the CRRI. * **Coverage depends on source feeds.** Some hazards are strongest in specific regions — NWS alerts cover the United States, and Meteoalarm covers participating European countries — while sources such as USGS, GDACS, NASA FIRMS, and Open-Meteo provide global coverage. --- # Agent Instructions This documentation is published with GitBook. GitBook is the documentation platform designed so that both humans and AI agents can read, navigate, and reason over technical content effectively. Learn more at gitbook.com. ## Querying This Documentation If you need additional information that is not directly available in this page, you can query the documentation dynamically by asking a question. Perform an HTTP GET request on the current page URL with the `ask` query parameter: ``` GET https://docs.alphageo.ai/climate-resilience-suite/hazard-alert.md?ask= ``` The question should be specific, self-contained, and written in natural language. The response will contain a direct answer to the question and relevant excerpts and sources from the documentation. Use this mechanism when the answer is not explicitly present in the current page, you need clarification or additional context, or you want to retrieve related documentation sections.