Hurricane Dorian Before and After Damage Assessment Imagery

news image
Special Stories
9 Sep 2019 3:16 AM
[GOES Visible satellite image of Hurricane Dorian first landfall in the Abaco Islands of the Bahamas. From NOAA] [NOAA] Last week, the National Geodetic Survey (NGS) began collecting U.S. aerial damage assessment images for Hurricane Dorian. Imagery is being collected in specific areas identified by NOAA in coordination with FEMA and other state and federal partners. Collected images are available to view online via the NGS aerial imagery viewer. https://twitter.com/iceyefi/status/1168618527751888898 NOAA's aerial imagery aids safe navigation and captures damage to coastal areas caused by a storm. Aerial imagery is a crucial tool to determine the extent of the damage inflicted by flooding, and to compare baseline coastal areas to assess the damage to major ports and waterways, coastlines, critical infrastructure, and coastal communities. This imagery provides a cost-effective way to better understand the damage sustained to both property and the environment. https://twitter.com/iceyefi/status/1169331326132084736 The team of NOAA aviators and sensor operators are capturing the images using specialized remote-sensing cameras aboard NOAA Office of Marine and Aviation Operations' King Air aircraft flying above the area at an altitude between 500 and 1500 meters (about 1,600 to 5,000 feet).

Available Imagery

View NOAA Emergency Response Imagery collected on the following days: September 4, 2019North Key Largo, Florida, to Hollywood, Florida. [Key Biscayne, Florida. Top image is before Hurricane Dorian, provided by MapboxDigital Globe, and OpenStreetMap. Bottom image is after Dorian landfall, from NOAA's National Geodetic Survey] September 5, 2019Fort Lauderdale, Florida to just south of Savannah, Georgia. [St. Augustine, Florida. Top image is before Hurricane Dorian, provided by MapboxDigital Globe, and OpenStreetMap. Bottom image is after Dorian landfall, from NOAA's National Geodetic Survey] September 6, 2019Coastal and inland areas near Savannah, Georgia and Beaufort, South Carolina; coastal and inland areas from Edisto Beach, South Carolina to Bald Head Island, North Carolina [North of Brunswick, Georgia. Top image is before Hurricane Dorian, provided by MapboxDigital Globe, and OpenStreetMap. Bottom image is after Dorian landfall, from NOAA's National Geodetic Survey] September 7, 2019Bald Head Island, North Carolina to Norfolk, Virginia [Outer Banks of North Carolina. Top image is before Hurricane Dorian, provided by MapboxDigital Globe, and OpenStreetMap. Bottom image is after Dorian landfall, from NOAA's National Geodetic Survey] Edited for WeatherNation by Meteorologist Mace Michaels
All Weather News
More
Stalled Boundary Increases Flood Threat into the Weekend

Stalled Boundary Increases Flood Threat into the Weekend

Life-threatening flash flooding developed ove

12 Jul 2026 2:10 AM
Extreme Heat For the West & Upper-Midwest

Extreme Heat For the West & Upper-Midwest

Extreme heat will continue to build across th

12 Jul 2026 2:05 AM
Monsoon Moisture Returns to the Southwest, Increasing Storm and Flash Flood Potential

Monsoon Moisture Returns to the Southwest, Increasing Storm and Flash Flood Potential

After weeks of hot and mostly dry weather, th

12 Jul 2026 2:00 AM
Saharan Dust, Excessive Heat Impact the Southeast

Saharan Dust, Excessive Heat Impact the Southeast

Hazy skies will be hovering over portions of

12 Jul 2026 1:00 AM
Another Day of Storms for the Plains & Front Range

Another Day of Storms for the Plains & Front Range

Several rounds of severe weather have been ro

11 Jul 2026 1:50 AM
Babylon Fire in UT Surpasses 100,000 Acres, CO Fires Continue to Grow

Babylon Fire in UT Surpasses 100,000 Acres, CO Fires Continue to Grow

The Aspen Acres fire continues to burn in Sou

10 Jul 2026 1:40 AM
Colorado State University Scales Back 2026 Atlantic Hurricane Season Forecast

Colorado State University Scales Back 2026 Atlantic Hurricane Season Forecast

Colorado State University researchers have lo

10 Jul 2026 12:20 AM