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Digital Orthoimagery, Carlton County, Minnesota, Spring 2015, 9-inch Resolution
Pictometry flew 9-inch, leaf-off, color orthoimagery across Carlton County, Minnesota during the spring of 2015. -
Cass County (partial) 2017 High Resolution Orthoimage 30 cm resolution
This dataset contains leaf-on 4-band red, green, blue, infrared (RGBI) digital orthophoto imagery produced at 30 centimeter resolution from new aerial photography captured in... -
2018 High Resolution Orthoimagery, 1/2 meter resolution, Southeast Minnesota
This dataset contains leaf-on 4-band red, green, blue, infrared (RGBI) digital orthophoto imagery produced at 1/2 meter resolution from new aerial photography captured in Fall... -
Lake County (partial) 2017 High Resolution Orthoimage 30 cm resolution
This dataset contains leaf-on 4-band red, green, blue, infrared (RGBI) digital orthophoto imagery produced at 30 centimeter resolution from new aerial photography captured in... -
2019 High Resolution Orthoimagery, 1/2 meter resolution, East Central Minnesota
This dataset contains leaf-on 4-band red, green, blue, infrared (RGBI) digital orthophoto imagery produced at 50 centimeter resolution from new aerial photography captured in... -
Composite Image Service WMS, Minnesota
The goal of the Composite Image Service is to provide a single layer image service that automatically switches to an appropriate set of air photos or satellite imagery depending... -
Aerial Photography - 2020 - Spring, Dakota County, Minnesota
Low level (6-inch) aerial photography for Dakota County flown in Spring 2020. Tested 1.23 feet horizontal accuracy at 95% confidence level. (Points indepedent of those used by... -
Aerial Photography - 2019 - Fall, Dakota County, Minnesota
Low level (6-inch) aerial photography for Dakota County flown in Fall 2019. Using NSSD methods this data tested 3.49 feet horizontal accuracy at 95% confidence level over the... -
Aerial Photography - 1974, Dakota County, Minnesota
Low level aerial photography for Dakota County flown in 1974. Georeferenced from scanned contact prints. -
Aerial Photography - 1964, Dakota County, Minnesota
Low level aerial photography for Dakota County flown in 1964. Georeferenced from scanned contact prints. -
Aerial Photography - 2016 Leaf-on, Dakota County, Minnesota
Ayres Associates provided Dakota County with low level (6-inch) digital, color orthoimagery services in 2016. The aerial imagery was collected on August 5th, 6th, 8th,13th,... -
Aerial Photography - 1957, Dakota County, Minnesota
Low level aerial photography for Dakota County flown in 1957. Georeferenced from scanned contact prints. -
Aerial Photography - 2017 Fall, Dakota County, Minnesota
County wide ortho photography at 6-inch pixel resolution in County Coordinates. The photography was exposed on 11/08/17, 11/09/2017, 11/18/2017 and 11/19/2017. -
Aerial Photography - 2019 - Spring, Dakota County, Minnesota
Low level (6-inch) aerial photography for Dakota County flown in Spring 2019. Tested 1.03 feet horizontal accuracy at 95% confidence level. (Points indepedent of those used by... -
Aerial Photography - 2017 Spring, Dakota County, Minnesota
County wide ortho photography at 6-inch pixel resolution in County Coordinates. The photography was exposed on 4/1/17, 4/4/2017, 4/6/2017, 4/7/2017, 4/22/2017, 4/23/2017,... -
Aerial Photography - 2010, Dakota County, Minnesota
Low level (6-inch) leaf-off aerial photography for Dakota County flown in Spring 2010. -
Aerial Photography - 2015, Dakota County, Minnesota (partial)
Low level (6-inch) aerial photography for Dakota County flown in Spring 2015. -
Aerial Photography - 1927, Dakota County, Minnesota
Low level aerial photography along the Mississippi River in Dakota County flown in 1927. -
Aerial Photography - 2016, Dakota County, Minnesota
Low level (6-inch) aerial photography for Dakota County flown in Spring 2016. -
Aerial Photography - 2018, Dakota County, Minnesota
Low level (6-inch) leaf-off aerial photography for Dakota County flown in Fall 2018. Due to an unexpected narrow window of flight days, the whole county was not captured.