17th January 2014, 11:55 AM
http://www.gislounge.com/lidar-archaeology-revolution/
There is no doubt that remote sensing technology has created a dramatic shift in the past few years concerning how scientists and researchers gather and analyze information about the Earth. Remote sensing, the use of satellites or aircraft to gather data about objects from a distance, has an almost infinite number of applications. This kind of technology has been used to monitor the environment, map the ocean, explore the Polar Regions, and much more. Now, a form of remote sensing technology called LiDAR is being used to lead a revolution in archaeology transforming how scientists understand human activity of the past.
Changes in how archaeologists study the past are being brought about by advances in LiDAR technology. LiDAR, which stands for Light Detection and Ranging, is a method of remote sensing that uses light to measure varying distances to the Earth. This light is in the form of a pulsated laser, and these pulses can be used to produce exact data about the characteristics of Earthâs surface. LiDAR instruments are made up mainly of a laser, a special GPS receiver, and a scanner typically attached to an airplane or helicopter for use over a wide area.
Read on: http://www.gislounge.com/lidar-archaeology-revolution/
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There is no doubt that remote sensing technology has created a dramatic shift in the past few years concerning how scientists and researchers gather and analyze information about the Earth. Remote sensing, the use of satellites or aircraft to gather data about objects from a distance, has an almost infinite number of applications. This kind of technology has been used to monitor the environment, map the ocean, explore the Polar Regions, and much more. Now, a form of remote sensing technology called LiDAR is being used to lead a revolution in archaeology transforming how scientists understand human activity of the past.
Changes in how archaeologists study the past are being brought about by advances in LiDAR technology. LiDAR, which stands for Light Detection and Ranging, is a method of remote sensing that uses light to measure varying distances to the Earth. This light is in the form of a pulsated laser, and these pulses can be used to produce exact data about the characteristics of Earthâs surface. LiDAR instruments are made up mainly of a laser, a special GPS receiver, and a scanner typically attached to an airplane or helicopter for use over a wide area.
Read on: http://www.gislounge.com/lidar-archaeology-revolution/
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