Orthomosaic of Cray Fish Range (Zone 5), Belize. Images were collected in March 2017 as part of the Open Reef Mapping Society using DJI Phantom 4 quadcopters. Quadcopters were flown at an average altitude of 150m. Flight time for Cray Fish Range (Zone 5) was 18 minutes. Images were processed using Esri's Drone2Map to create this orthomosaic. The spatial resolution of this orthomosaic is 6.88cm per pixel.This orthomosaic is open-source, freely available, and is not intended to be used for nefarious or illegal purposes. Our goal is to provide the imagery to stimulate citizen science and greater scientific discovery of the islands of Belize. This orthomosaic is not guaranteed to be 100% spatially accurate and should not be used for nautical/charting purposes. Differences in location may be due to errors in processing or previously outdated imagery.Images for this orthomosaic were collected in collaboration with Open Reef Mapping Society, Citizen Science GIS, Coastal Zone Management Authority and Institute (CZMAI), University of Central Florida, and University of Belize.When using this orthomosaic please cite Open Reef Mapping Society, Citizen Science GIS, Coastal Zone Management Authority and Institute (CZMAI), University of Central Florida, and University of Belize in the credits section.

Orthomosaic map of the July 24, 2019. Hanmore Lake, AB tornado generated in Drone2Map via drone imagery collected on July 26, 2019. DJI Mavic 2 Pro collected 162 images. Raw imagery can be found in the dynamic mosaic layer. Please note that imagery may be distorted on the edges of the imagery. View event map here

Digital Surface Model (DSM) of the June 29, 2019, Kemptville, ON downburst generated in Drone2Map via drone imagery collected on July 13, 2019. DJI Mavic 2 Pro colleted 1051 images. Raw imagery can be found in the dynamic mosaic layer. Please note that imagery may be distorted on the edges of the orthomosaic map.View event map here

Additional photos collected via drone for the July 19, 2020, Thedford, ON tornado. Ground survey conducted July 22, 2020. DJI Mavic 2 Pro used to capture 28 photos. Does not include videos or drone mapping photos [where applicable].View event map here

Orthomosaic map of the June 23, 2020, Sturgeon Point, ON tornado generated in Drone2Map via drone imagery collected on June 25, 2020. DJI Mavic 2 Pro collected 652 images. Please note that imagery may be distorted on the edges of the imagery.View event map here

Flight paths of drone surveys used to capture imagery and video for the July 24, 2019, Hanmore Lake, AB tornado. Ground survey conducted July 26, 2019. DJI Mavic 2 Pro performed 2 flights. Please note that drones are also used for scouting the initial area of interest using a live view on the controller, meaning that some flight paths may not be associated with any imagery. Does not include flights where drone mapping was conducted. View event map here

Additional photos collected via drone for the June 6, 2022, Enchant, AB tornado. Ground survey conducted June 10, 2022. DJI Mavic 2 Pro used to capture 4 photos. Does not include videos or drone mapping photos [where applicable].View event map here

Additional photos collected via drone for the June 2, 2019, Orleans - Baie Clément, ON-QC and Clarence Creek, ON tornadoes. Ground survey conducted June 3-4, 2019. DJI Mavic 2 Pro used to capture 18 photos. Does not include videos. View Orleans Event Summary Map hereView Clarence Creek Event Summary Map here

Flight path of drone survey used to capture imagery and video for the June 2, 2019, Fort Smith, NT tornado. Ground survey conducted June 4, 2019. DJI Mavic Air performed one flight. Please note that drones are also used for scouting the initial area of interest using a live view on the controller, meaning that some flight paths may not be associated with nay imagery. Does not include flights where drone mapping was conducted.View event map here

Orthomosaic map of June 29, 2019, Kemptville, ON downburst generated in Drone2Map via drone imagery collected on July 13, 2019. DJI Mavic 2 Pro collected 1051 images. Raw drone imagery can be found in dynamic mosaic layer. Please note that imagery may be distorted on the edges of the orthomosaic map.View event map here

Flight paths of drone surveys used to capture imagery and video for the June 2, 2019, Orleans - Baie Clément, ON-QC and Clarence Creek, ON tornadoes. Ground survey conducted June 3-4, 2019. DJI Mavic 2 Pro performed 2 flights. Please note that drones are also used for scouting the initial area of interest using a live view on the controller, meaning that some flight paths may not be associated with any imagery. Does not include flights where drone mapping was conducted.View Orleans Event Summary Map hereView Clarence Creek Event Summary Map here

Orthomosaic of South 30, Belize. Images were collected in July 2017 as part of the Open Reef Mapping Society using DJI Phantom 4 Pro quadcopters. Quadcopters were flown at an average altitude of 200m. Flight time for South 30 was 15 minutes. Images were processed using Esri's Drone2Map to create this orthomosaic. The spatial resolution of this orthomosaic is 4.19cm per pixel.This orthomosaic is open-source, freely available, and is not intended to be used for nefarious or illegal purposes. Our goal is to provide the imagery to stimulate citizen science and greater scientific discovery of the islands of Belize. This orthomosaic is not guaranteed to be 100% spatially accurate and should not be used for nautical/charting purposes. Differences in location may be due to errors in processing or previously outdated imagery.Images for this orthomosaic were collected in collaboration with Open Reef Mapping Society, Citizen Science GIS, The Smithsonian Institute, and University of Central Florida.When using this orthomosaic please cite Open Reef Mapping Society, Citizen Science GIS, The Smithsonian Institute, and University of Central Florida in the credits section.

Digital Terrain Model (DTM) of the June 23, 2020, Sturgeon Point, ON tornado generated in Drone2Map via drone imagery collected on June 25, 2020. senseFly eBee X collected 2314 images. Please note that imagery may be distorted on the edges of the orthomosaic map.View event map here

Orthomosaic of Ragga Island, Belize. Images were collected in October 2016 as part of the Open Reef Mapping Society using DJI Phantom 4 quadcopters. Quadcopters were flown at an altitude of 150m with a picture frequency of 7 seconds. Flight time for Ragga Island was 2 minutes. Images were processed using Esri's Drone2Map to create this orthomosaic. The spatial resolution of this orthomosaic is 6.37cm per pixel.This orthomosaic is open-source, freely available, and is not intended to be used for nefarious or illegal purposes. Our goal is to provide the imagery to stimulate citizen science and greater scientific discovery of the islands of Belize. This orthomosaic is not guaranteed to be 100% spatially accurate and should not be used for nautical/charting purposes. Differences in location may be due to errors in processing or previously outdated imagery.Images for this orthomosaic were collected in collaboration with Open Reef Mapping Society, Citizen Science GIS, Coastal Zone Management Authority and Institute (CZMAI), University of Central Florida, and University of Belize.When using this orthomosaic please cite Open Reef Mapping Society, Citizen Science GIS, Coastal Zone Management Authority and Institute (CZMAI), University of Central Florida, and University of Belize in the credits section.

Orthomosaic of Round Caye, Belize. Images were collected in October 2016 as part of the Open Reef Mapping Society using DJI Phantom 4 quadcopters. Quadcopters were flown at an altitude of 150m with a picture frequency of 7 seconds. Flight time for Round Caye was 2 minutes. Images were processed using Esri's Drone2Map to create this orthomosaic. The spatial resolution of this orthomosaic is 6.4cm per pixel.This orthomosaic is open-source, freely available, and is not intended to be used for nefarious or illegal purposes. Our goal is to provide the imagery to stimulate citizen science and greater scientific discovery of the islands of Belize. This orthomosaic is not guaranteed to be 100% spatially accurate and should not be used for nautical/charting purposes. Differences in location may be due to errors in processing or previously outdated imagery.Images for this orthomosaic were collected in collaboration with Open Reef Mapping Society, Citizen Science GIS, Coastal Zone Management Authority and Institute (CZMAI), University of Central Florida, and University of Belize.When using this orthomosaic please cite Open Reef Mapping Society, Citizen Science GIS, Coastal Zone Management Authority and Institute (CZMAI), University of Central Florida, and University of Belize in the credits section.

Orthomosaic map of July 14, 2019, Crossfield, AB tornado generated in Drone2Map via drone imagery collected on July 20, 2019. DJI Mavic Pro 2 collected 604 images. Raw imagery can be found in the dynamic mosaic layer. Please note that imagery may be distorted on the edges of the orthomosaic map.View event map here

Additional photos collected via drone for the September 30, 2020, Strabane, ON tornado. Ground survey conducted October 1, 2020. DJI Mavic 2 Pro used to capture 18 photos. Does not include videos or drone mapping photos [where applicable].View event map here

Orthomosaic of Blue Field Range, Belize. Images were collected in July 2017 as part of the Open Reef Mapping Society using DJI Phantom 4 Pro quadcopters. Quadcopters were flown at an average altitude of 200m. Flight time for Blue Field Range was 1 hour and 16 minutes. Images were processed using Esri's Drone2Map to create this orthomosaic. The spatial resolution of this orthomosaic is 5.42cm per pixel.This orthomosaic is open-source, freely available, and is not intended to be used for nefarious or illegal purposes. Our goal is to provide the imagery to stimulate citizen science and greater scientific discovery of the islands of Belize. This orthomosaic is not guaranteed to be 100% spatially accurate and should not be used for nautical/charting purposes. Differences in location may be due to errors in processing or previously outdated imagery.Images for this orthomosaic were collected in collaboration with Open Reef Mapping Society, Citizen Science GIS, Coastal Zone Management Authority and Institute (CZMAI), Belize Port Authority, University of Central Florida, and University of Belize.When using this orthomosaic please cite Open Reef Mapping Society, Citizen Science GIS, Coastal Zone Management Authority and Institute (CZMAI), Belize Port Authority, University of Central Florida, and University of Belize in the credits section.

Additional photos collected via drone for the November 21, 2021, East Gwillimbury, ON event. Ground survey conducted December 1, 2021. DJI Mavic 2 Pro used to capture 18 images. Does not include videos or drone mapping photos [where applicable]. View event map here

Orthomosaic of Wee Wee Caye, Belize. Images were collected in June 2017 as part of the Open Reef Mapping Society using DJI Phantom 4 Pro quadcopters. Quadcopters were flown at an average altitude of 200m. Flight time for Wee Wee Caye was 16 minutes. Images were processed using Esri's Drone2Map to create this orthomosaic. The spatial resolution of this orthomosaic is 4.08cm per pixel.This orthomosaic is open-source, freely available, and is not intended to be used for nefarious or illegal purposes. Our goal is to provide the imagery to stimulate citizen science and greater scientific discovery of the islands of Belize. This orthomosaic is not guaranteed to be 100% spatially accurate and should not be used for nautical/charting purposes. Differences in location may be due to errors in processing or previously outdated imagery.Images for this orthomosaic were collected in collaboration with Open Reef Mapping Society, Citizen Science GIS, The Smithsonian Institute, and University of Central Florida.When using this orthomosaic please cite Open Reef Mapping Society, Citizen Science GIS, The Smithsonian Institute, and University of Central Florida in the credits section.