Drone technology is playing a major role in redesigning the monitoring activities of researchers and biologists.
FREMONT, CA: For several decades helicopters have served as the primary aerial tool for monitoring wildlife conservation. From mountain goats to whales, choppers have provided surveying aids to the zoologists. However, when it came to personal safety, copters were found to be very vulnerable to sensitive situations. With several fatalities in aviation accidents, the helicopters were marked as a dangerous surveying instrument. The daunting statistic of lost biologists and technicians compelled the developer to undertake innovative measure.
Once developed as an object of entertainment, drone technology could be the missing answer to all the security questions. Presently, with digitization spreading across the industrial ecosystem, scientists and biologists are fortifying drones to gather informative data. Integration of drone technology into the wildlife monitoring framework has set the standard of innovations even higher. Ecologists are increasing the use of drones for accurately measuring and predicting the mass of animal colonies, which is further enhancing the speed of study. As the ground crew remotely controls unmanned hovering vehicles, the risk of encountering life-threatening accidents is eliminated completely.
Traditionally, the assessment of accurately counting wild animals is not only extremely challenging but also very time-consuming. However, with the bird-eye view approach provided by drone technology, researchers can easily have a perfect overview of the entire population of a colony.
Previously, the audible turbulence caused by the functioning of heavy motors from helicopters developed a state of anxiety, which further complicated the monitoring activity. On the flip side, the uncrewed automated vehicle negates any tonal commotions and makes the operation of analysis increasingly efficient. Furthermore, the small stature of drones enables users to get close to the animals creating a panoramic view of the daily activities of wildlife. As most of the animals shy away from human presence, a stealthy approach will enable the researchers to uncover unknown behavioral patterns of animals.
Real-time data wired from hovering drones can not only facilitate efficient monitoring practices but also provides supervision at the time of tracking injured and endangered animals. Additionally, national park security can be elevated with the application of surveillance, which comes from the integration of drones.
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