WorldView-3

First look at the latest members of the world's most powerful commercial imaging satellite constellation and see how DigitalGlobe is working on providing users with unprecedented features and opportunities to promote their growth . Please browse the following contents and take a closer look at WorldView - 3.

WorldView - 3 enhances the industry - leading constellation by adding eight high - resolution SWIR bands and 12 CAVIS bands. With these new features, we can provide you with more information about all the images we collect.

With the additional functionality WorldView - 3 brings to the DigitalGlobe constellation, customers can find new problem areas in a variety of industries and applications.

The agricultural industry will benefit from the enhanced functionality of WorldView - 3. Atmospheric correction image combined with 16 spectral bands for accurate crop pattern / type mapping

The energy industry needs effective site selection, exploration and environmental monitoring. Our new advanced spectroscopic function is ideal for solving these problems.

As our spectrum capacity improves, mining organizations can benefit from the use of their own mineral identification and chemical measurements. WorldView - 3 reduces costs and increases the efficiency of on - site exploration and monitoring

In order to simulate the new features of WorldView - 3, the proxy data is processed based on the characteristics of the WorldView - 3 sensor. These simulations represent the best efforts to demonstrate WorldView-3 functionality.

WorldView-3 is the first multi-load, hyperspectral, high-resolution commercial satellite sensor operating at 617 kilometers. The WorldView - 3 satellite offers full color resolution of 31 cm, multispectral resolution of 24 m, 7 wavelength short wave infrared resolution (SWIR), and 30 m CAVIS resolution. The average revisiting time of the satellite is less than one day and can collect up to 680,000 square kilometers per day.

In addition to the standard full color and multispectral band, 8 band short wave infrared (SWIR) and 12 CAVIS images, the WorldView - 3 satellite sensor is also approved by the US Marine and Atmospheric Administration (NOAA). The WorldView - 3 satellite was successfully launched on August 13, 2014. Please look at the satellite launch. WorldView-3 is the first multi-load, hyperspectral, high-resolution commercial satellite sensor operating at 617 kilometers. The WorldView - 3 satellite offers full color resolution of 31 cm, multispectral resolution of 24 m, 7 wavelength short wave infrared resolution (SWIR), and 30 m CAVIS resolution. The average revisiting time of the satellite is less than one day and can collect up to 680,000 square kilometers per day.

High resolution satellite imagery is used to monitor coastal areas. The Worldview - 3 satellite provided by DigitalGlobe captures high - resolution images of coastal areas. In the Southern Hemisphere I took a picture of marina, the largest yacht marina owned by the Oakland municipal government. There are about 2,000 berths and a swinging mooring station at the terminal, which is frequently booked. Oakland, known as "the city of sailing", is known for his passion for the sea.

To test the accuracy and overall usability of the WorldView - 3 satellite image used to record the albatross population, Dr. Frettwell and his colleagues used a compact island near the South Georgia South Island, a bird We first calculated the nesting of the drifted albatrosses on the island. Breeding areas were monitored (Fig. 1a). These satellites count the data on the actual ground survey "on the ground". After successful experiments at Bird Island Wild Albatross, researchers recorded and calculated the impending extinction of Northern Royal Albatross in a similar habitat in the Chatham Islands using WorldView - 3 images. After examining the images, the team was stable in the group of 44 islands, 44, in the northern part, but on the sister island it was another sister island on a small island.