Machine learning combined with remote sensing technology has made it possible for researchers to conduct wildlife tracking even in the most complex places, such as the antarctic ocean flawlessly. Using the geographic information system. It wasn’t possible to capture high-resolution 3D images of wildlife until GIS came into the picture. The satellite-based images provide scientists with the most reliable statistics regarding geospatial data.
These statistics involve data about endangered species, wildlife migration, and habitat mapping, giving scientists details of the endangered species in remote areas. It goes without saying that wildlife monitoring and assessment is the most complicated task for even those who specialize in clicking the photos of wild animals in dense forests and the sea. That’s where these satellite imagery and geospatial technology comes into the picture. The data collected from the geospatial technology is used for the conservation and management of endangered species or marine animals, which are likely to go extinct if they are not protected.
Remote Sensing and Wildlife Monitoring
Now, the important question is how is the data transferred to the scientists and researchers. Once it is obtained from the high-resolution satellite images, the data is sent to the researchers with the help of communication satellites. The technology helps researchers collect data about the wildlife in different remote areas, including the ones that are completely inaccessible to people. With the help of the data, researchers analyze and monitor the wildlife movement, number of species, their behaviors, patterns, and more. It helps them take necessary measures to prevent poaching. There was an absolute need for this technology.
Wildlife in remote areas has been threatened by poaching, habitat loss, and extinction due to many factors. That’s the reason why wild animals are declining at such a rapid rate. The poaching rate has increased recently and people have been implemented the latest technology to prevent wildlife crime.
Wildlife Tracking and Assessment
Researchers have been assessing the wildlife population and their movements for many decades. However, they have never found the most efficient method of dealing with giant animals, especially endangered species. It gets even more challenging to identify the species in oceans. The Antarctic ocean is covered with thick layers of snow, which is spread across several meters of the terrain, making it incredibly difficult for researchers to perform research on marine animals and wildlife of the area using traditional tools. That’s why they have implemented satellite imagery and GIS tools to collect in-depth information about the wildlife in the antarctic ocean.
It gives you a clear picture of where species have been lost and what factors have caused the extinction rate to increase among the species found in the oceans and forests. It also makes it possible for you to make comparisons over time. Not only does it give you insights into the wildlife of a specific area, but it shows scientists which animals need protection and what measures should be implemented for wildlife conservation.