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Events List and Event Details

The Events List allows you to filter, sort, and explore detected events across your network, while the Event Details screen provides deeper insight into each event, including its propagation path, potential source and PI graph.

Orni Saar avatar
Written by Orni Saar
Updated over a week ago

The events view provides an overview if the events list and can guide you into event details, that enables you to explore events and drill down for more information on a specific event, including, an indication of its potential source, Pollution Index graph, time events found, contaminations detected, event score, and demonstrate the route.

Events List

Top Filter

Use filters to define what types of events the system should look for in your network.

Click Add filter item to refine the Events List based on specific event characteristics, including:

  • Status

  • Discharge Time

  • Time

  • Severity

  • Sampling

  • Interest Point

  • Area

  • Sector

Once selected, click Apply to update the Events List based on your chosen criteria. You can save frequently used filter combinations for quick access using presets.

Left Panel of Event List

Displays a list of events that match the selected filters.

You can arrange the Events List using the Arrange by control, with the following options:

  • Observed Upstream: Groups and orders events based on upstream detection, helping identify related events along the same route

  • Severity: Sorts events from highest to lowest severity

  • Newest First: Displays the most recently created events first

  • Oldest First: Displays the earliest detected events first

By default, events are arranged by Observed Upstream.

Event Card

Hovering over an event will allow you to click on it and go to its event details, which shows its propagation path on the map.

Map

The map displays all sites associated with events that match the selected filters.

The number shown on the event card in the Events List indicates how many events that site was involved in, based on the current filter selection. When hovering over an event in the left panel, the event propagation path is displayed on the map from its source to its downstream destination.

Event Details

Event details screen is displayed when clicking on one of the events in the left panel.

Left Panel

This panel provides all relevant information needed to understand the event and take action.

Timelines

View the event timeline, including:

  • First Seen: The first upstream site where the event was detected, along with the detection time

  • Last Seen: The last downstream site where the event was detected, along with the detection time

  • ETA to WWTP: The estimated time the event is expected to reach the wastewater treatment plant

  • Discharge Time: The estimated duration of the discharge

Event Score

The Event Score provides an overall indication of the event’s severity, helping prioritize response and investigation.

Contaminants

Indicates the probability of the event containing specific contaminant types, such as organic contaminants.

Displays the suspected pollution categories associated with the event, based on observed data patterns, such as FOG, COD, high pH, or nutrients.

Source

Source

The Source section highlights the suspected origin of the event. It displays the site name and type, along with key discharge information such as estimated water discharge. For more information you can click on the More Information button to open the full site profile and explore additional details about the source location.

Option to View Multiple Events and PI Graphs (Observed Upstream Filter)

When multiple related events are detected, clicking on an event in the Events List opens the Event Details view with additional analysis options.

From this view, you can:

  • Select individual events to review their Pollution Index (PI) graph

  • Open PI graphs for multiple related events

  • View multiple PI graphs side by side on the same screen, allowing direct comparison between events

This makes it easier to compare timing, severity, and patterns across related events and better understand how pollution propagates through the network.

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