Drones Are Tracking Monkeys To Spot Malaria Outbreaks
Kelsey D. Atherton
at 09:49 AM Oct 27 2014
Drones Are Tracking Monkeys To Spot Malaria Outbreaks
Pig-Tailed Macaque Bites A Car
Lip Kee, via Wikimedia Commons

In the jungles on the island of Borneo, flying robots are following monkeys. These drones aren’t part of a sinister pre-emptive strike against the Planet of the Apes. Instead, they’re trying to find the source of new malaria outbreaks among the monkeys. It’s the best the future has to offer: humans using robots to save monkeys from disease.

Mapping infectious disease landscapes: unmanned aerial vehicles and epidemiology,” a study published Wednesday in Trends in Parasitology, details the project. Researchers flew 158 drones flights between December 2013 and May 2014 to map the habitats of two species of macaques. Just like humans, monkeys can also get malaria, and tracking these outbreaks within certain populations can be beneficial for both macaque health and human health. Normally, humans and monkeys don't get the same kinds of malaria, but sometimes a variant can cross from monkey to human or vice versa.

The drones used were lightweight Sensefly eBees, which can fly for up to 50 minutes at a time and take 16 megapixel images of the landscape below. The drone flights provided accurate information about the area, and did so even as it changed. From the study:

One of the main benefits of using UAVs is the ability to obtain data in real time and to repeatedly map areas of interest as frequently as required. In one of our sites in Sabah, development began on clearing secondary forest to establish a rubber plantation. As the clearing occurred within a limited geographical area, the progress of the clearing and the resulting land changes could be mapped quickly and updated routinely. This ability to map changes as they occur is critical for understanding how land-use change affects the distribution of human populations and disease vectors.

Changes in the landscape, like cutting forests to make way for a plantation, can create new conditions that better foster malaria-carrying mosquitos, posing a risk to both the macaques and humans living in the area. In the past decade, a variant of malaria native to certain macaque species in southeast Asia has infected humans, which is a new development and might have to do with both changes in the environment and human-macaque interaction. On top of these drone-provided maps, researchers added movement data from humans carrying GPS trackers and macaques collared with trackers. This movement data, combined with the new drone-made maps, is a boon to public health.

Tracking malaria among macaques is just a case study. In the future, drones could respond to epidemics as they happen, providing information that people can’t or won’t provide. In the war on disease, humans (and monkeys) might just have found some robot allies.

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