Wyoming Geographic Information System Experts Unveil Groundbreaking Geospatial Technology

The Wyoming Geographic Information Science Center (WyGISC) at the University of Wyoming has launched a public wildfire intelligence platform to provide real-time geospatial monitoring and data. According to the University of Wyoming, senior research scientist Shannon Albeke and geospatial developer Will Kirkpatrick led the project to increase data transparency and coordination during active fire events.

The platform integrates geospatial data to track wildfire activity, providing a centralized hub for information that was previously fragmented across different agency databases. WyGISC developed the tool to serve as a bridge between technical research and public safety, allowing land managers and residents to access critical intelligence during high-risk seasons.

How does the WyGISC wildfire intelligence platform work?

The platform operates by synthesizing geospatial layers that track fire perimeters, fuel loads, and weather patterns. Will Kirkpatrick, the geospatial developer on the project, built the infrastructure to handle these complex data streams, ensuring the information remains accessible to non-technical users. This geospatial approach allows the platform to map not just where a fire is, but how the terrain and vegetation may influence its spread.

Shannon Albeke, a senior research scientist at WyGISC, focused on the intelligence side of the platform. Her work involves translating raw geospatial data into actionable insights. By applying research-driven models to the mapping tools, the platform can provide a clearer picture of fire behavior and potential risk zones.

The system draws from various data sources, including satellite imagery and ground-level reports. By consolidating these inputs, the tool eliminates the need for users to toggle between multiple government portals to get a complete view of a wildfire’s status.

Why is public access to wildfire intelligence necessary in Wyoming?

Wyoming’s geography presents unique challenges for fire management due to its vast tracts of federal, state, and private land. According to WyGISC, the lack of a single, public-facing intelligence tool often creates communication gaps between the agencies managing the land and the people living on it.

Historically, high-level geospatial intelligence was reserved for internal agency use, such as within the U.S. Forest Service or the Bureau of Land Management. This platform shifts that model by making the intelligence public. It allows local emergency responders and residents to see the same spatial data used by professional analysts, which can accelerate evacuation decisions and resource allocation.

The necessity for such a tool is tied to the increasing volatility of wildfire seasons in the Western U.S. Precise geospatial data helps identify “fuel” areas—dry vegetation or dense forests—that are most likely to ignite, allowing for better preventative measures before a fire starts.

What role does WyGISC play in state disaster readiness?

WyGISC functions as the primary geospatial resource for the state of Wyoming. The center provides the technical mapping and analysis required for various state functions, from environmental conservation to infrastructure planning. The wildfire platform is an extension of this mission, applying the center’s academic and technical expertise to a public safety crisis.

By housing the platform at the University of Wyoming, the state ensures that the tool is built on peer-reviewed scientific methods. The collaboration between Albeke’s research and Kirkpatrick’s development represents a move toward “open science,” where academic findings are immediately converted into tools for public use.

The center’s work often involves creating “baseline” maps of the state. These maps are essential for the wildfire platform because they provide the context—such as slope, aspect, and soil type—that determines how a fire will move across the Wyoming landscape.

How does this differ from existing fire maps?

Most existing public fire maps provide basic perimeter outlines and status updates. The WyGISC platform differs by focusing on “intelligence” rather than just “reporting.” While a standard map shows where a fire is, an intelligence platform explains why it is moving in a certain direction based on geospatial variables.

This distinction is critical for land managers. According to the project’s framework, integrating intelligence allows for predictive analysis. Instead of reacting to a fire’s current location, users can identify high-risk corridors based on the geospatial data processed by the platform.

The platform also streamlines the data pipeline. Instead of waiting for agencies to manually update public bulletins, the geospatial developer’s infrastructure allows for more rapid updates as new satellite or sensor data becomes available.