Satellite pics of poop lead scientists to exciting discovery

In a groundbreaking discovery, satellite images of animal poop have led scientists to uncover a new species of primate in the Democratic Republic of Congo.

The discovery was made by a team of researchers from the Max Planck Institute for Evolutionary Anthropology in Germany, who used satellite images of the Congo Basin to identify the presence of a new species of primate. The species was identified by its distinctive round piles of poop, which are much larger than those of any other known primate.

The researchers then used genetic analysis to confirm that the species was indeed a new one. The species, dubbed the Lesula, is the first new species of primate to be identified in the Congo Basin in over twenty years.

The Lesula is a medium-sized primate, with a head and body length of up to two feet, and a tail length of up to three feet. It has light grey fur and a white face, with a distinctive white stripe running from the forehead to the nose. The Lesula is also capable of producing loud, howling vocalizations.

The discovery of the Lesula is an exciting one, both for the scientific community and for conservationists. The species is not currently considered to be endangered, but its habitat is threatened by deforestation, hunting, and mining. As such, the discovery of the Lesula is an important step in helping to protect the species and its habitat.

The discovery of the Lesula is a testament to the power of satellite imagery, and the potential it holds for uncovering new species. By using satellite imagery to identify the presence of a new species, scientists can more quickly and accurately assess the health of a species and its habitat, and take steps to protect it.

The discovery of the Lesula is a remarkable one, and it highlights the importance of satellite imagery in uncovering new species and protecting endangered ones.

In a recent discovery, scientists were able to confirm the existence of a new emperor penguin colony comprising around 500 birds in West Antarctica. Using satellite imagery from the European Commission’s Copernicus Sentinel-2 mission and Maxar WorldView-3, the scientists were able to identify the colony from the birds’ guano stains, which are brown in color and therefore relatively easy to spot against the ice and rock. This discovery brings the number of known emperor penguin colonies along the Antarctica coastline to 66, with half of these discovered via satellite imagery. However, due to the effects of climate change, the penguins’ natural sea ice habitat is expected to be hard hit, leading to 80% of these colonies becoming quasi-extinct by the end of the century. To combat this, conservationists have started using Maxar’s powerful satellite to gather data on the species and help protect it. Ultimately, this discovery is a reminder of the importance of technology in understanding and protecting our planet.

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