PNW 5C FFS Wildland-Urban Interface Risk Approaches 1240BG25Q0009
Summary
AI-generated · Aug 23, 2025Develop and deliver a comprehensive database of wildfire-affected building footprints, classified by building type and including structure separation distance (SSD), construction materials, and uncertainty categories. Cover a large spatiotemporal scope (e.g., 2010–2022 in the U.S.) and incorporate unique data from the National Fire Incident Reporting System and other sources. Derive high-resolution pre-fire and post-fire vegetation datasets for selected fires to quantify and understand uncertainty in correlation analyses, focusing on (a) links between pre-fire and fire-affected vegetation, (b) relationships between defensive actions and property treatments (e.g., defensible space), and (c) how study conclusions change when using this new data. The work will inform current WUI definitions as they relate to SSD and fine-scale vegetation, evaluate WUI fire behavior models, and support improvements to parcel- and building-scale risk assessment approaches.
An award has been issued for $380,731.70 to Geospatial Measurement Solutions, LLC. The project scope includes updating the Schedule of Items (amendment noted to adjust itemization).
This project aims to develop and deliver a database of wildfire-affected building footprints, classified by building type, attributed with structure separation distance (SSD), construction materials, and uncertainty categorized for this data. The database will cover significant spatiotemporal extents (e.g., 2010 to 2022 in the U.S.) and include unique information from the National Fire Incident Reporting Systems and other databases. High-resolution (e.g., 1 meter) pre-fire and post-fire-affected vegetation datasets will be derived at select fires. We will use this data to assess the uncertainty in correlation studies. We will focus on examining relationships between pre-fire and fire-affected vegetation, relationships between defensive actions and property treatments (e.g., defensible space), and how conclusions of correlation studies change when using new data derived through this project. Project data will support examining current WUI definitions when considering SSD and fine-scale vegetation. Additionally, we will evaluate WUI fire behavior models. These efforts will facilitate examining and enhancing current parcel and building-scale risk assessment approaches. June 9th, 2025 - Amendment 0001: Updated Solicitation # 1240BG25Q0009 to change the Schedule of Items.
From Combined Synopsis/Solicitation posted on Jun 09, 2025Notice history
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Award Notice LATEST Posted Aug 04, 2025
Details
Award Information
Awardees
| Company Name | UEI | CAGE Code | Location |
|---|---|---|---|
| GEOSPATIAL MEASUREMENT SOLUTIONS, LLC | PMR6BG5ZYPN7 | 6PS79 | Newberg, OR |