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According to Douglas Burn, wildlife biologist with the U.S. Fish and Wildlife Service, "Satellite imagery has the potential to dramatically change our ability to track these populations. While testing the accuracy of the imagery against traditional data collection methods, we began understanding how we could apply this technology and perhaps save both time and money. DigitalGlobe's QuickBird imagery provides the highest resolution satellite images to date, and may allow us to assess population changes with greater consistency and accuracy than in the past."
The agency's traditional data collection methods required extensive hazardous survey work involving ice-breaking ships, long-range aircraft and excursions to remote and isolated locations. Using QuickBird imagery, the organization hopes to census the population more safely and reliably, while relying less on traditional survey methods.
In addition, the 60-centimeter resolution of the imagery allows the team to view individual walrus. Despite the size of the animals, which often reach nearly ten feet in length and 3,700 pounds, this is the first space-borne solution that is able to show individual walrus, thereby providing more effective data than ever before.
According to Stan Moll of AeroMap U.S., the reseller that established the relationship with the U.S. Fish and Wildlife for DigitalGlobe, "The use of technology is limited only by the vision and imagination of the user. This is clearly an innovative example of how QuickBird imagery can be used to solve issues in fields such as wildlife and environmental management."
The QuickBird satellite, orbiting 270 miles above the Earth, produces 60-centimeter (2-foot) resolution satellite imagery, the highest resolution commercial satellite imagery in the world. DigitalGlobe's customers use the images for numerous commercial applications including geographic information systems (GIS), city planning and mapping, agricultural monitoring, natural disaster evaluations, flight simulations, environmental assessments and forestry mapping.