Skip to Content

Dewberry to Provide Enhanced QL1 Lidar for Florida Panhandle

Firm to provide data for U.S. Geological Survey following widespread impacts of Hurricane Michael.

This project provides high-density lidar for more than 8,000 square miles of the Florida Panhandle with roughly 5,700 square miles of enhanced hydrographic specifications for storm surge modeling. Photo courtesy of Dewberry.
This project provides high-density lidar for more than 8,000 square miles of the Florida Panhandle with roughly 5,700 square miles of enhanced hydrographic specifications for storm surge modeling. Photo courtesy of Dewberry.

Dewberry, a privately held professional services firm, announced that it has been selected by the U.S. Geological Survey (USGS) to provide updated base elevation models for the panhandle region of Florida, which was heavily impacted by Hurricane Michael in 2018.

The firm has collected data for approximately 8,000
square miles of Florida, including the counties of Washington, Bay, Jackson,
Calhoun, Gulf, Gadsden, Liberty, Franklin, Leon, Wakulla, and portions of
Walton, Holmes and Jefferson. The data will be processed to quality level 1
(QL1) specification requirements, which is >8 points per square
meter, with roughly 5,700 square miles at the Florida enhanced hydrography QL1
specification requirements and the remaining 2,550 square miles at the USGS
National Geospatial Program Lidar Base Specification version 2.1.

“We are thrilled to help USGS, partner federal agencies,
and the state of Florida work toward achieving their goal of procuring
statewide QL1 Lidar coverage with enhanced hydrographic specifications for
storm surge modeling,” says Dewberry Project Manager Emily Klipp. “With these
data, federal and state officials and safety experts will be better informed
when determining climate adaptation strategies.”

Related Insights

Our approach combines a ground-based camera and traditional survey equipment to collect accurate data without physical contact with energized assets.

August 27, 2026

For decades, utilities have relied on mechanical calipers to measure transmission wire diameters. However, this approach requires survey crews to either climb transmission towers or maneuver heavy bucket trucks into energized zones, creating significant safety risks, operational challenges, and…

Blog

Dimensions®

Our annual review and corporate social responsibility report, in one place.