Can You Spot the Moth Perfectly Camouflaged Into a Tree?

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A seemingly random tree branch has stumped internet users looking for the moth hidden in plain sight.

The image, shared on Reddit by user u/crabbysammy, shows a mottled branch with a moth blending into the natural pattern.

"Where is it?" commented one confused user, to which u/crabbysammy replied "in the center."

camouflaged moth
Stock image of a similar-looking Rustic Sphinx moth (Manduca rustica) (left) and the Reddit picture posted by u/crabbysammy with the camouflaged Bride moth. iStock / Getty Images Plus / u/crabbysammy Reddit

If you look closely, the moth is sitting beneath the twig protruding towards the camera, facing downwards. It appears as a faint upside-down triangle, with the edges of its wings visible as a zipper-like tooth pattern.

As for the species, u/crabbysammy told Newsweek that they are "pretty sure it's Catocala neogama."

Catocala neogama, also known as the "Bride" moth, is a species of moth found throughout the U.S, and Canada, ranging from Maine and Quebec south to Florida and West, as far as the Rocky Mountains. The moth's larval caterpillar form feeds on walnut trees, butternut trees and hickories, before metamorphosis. The moth exists in its adult form between the months of June and October. This varies slightly by region.

moth hidden on branch
The moth perfectly camouflaged on a tree branch. u/crabbysammy on Reddit

Camouflage or cryptic coloration like the one used by this moth blending into the background almost perfectly, is known as concealing coloration or background matching. As they make themselves indistinguishable from the background, a predator is much less likely to notice them and eat them. This is also seen in several species across the animal kingdom: for example, snow hares and other arctic mammals molt their brown summer fur and turn white to blend in with the winter snow.

Background matching can be taken to the extreme by some species, going as far as mimicking inert objects, including their shape as well as their color. Stick insects, for example, appear near identical to a simple twig if the insect does not move.

Other camouflage tactics include disruptive coloration, using patterns to disguise their shape and cause a predator to misidentify them. This is seen in zebra striping, and in other species of moth and butterfly with eyespots that fool the predator into thinking they are the eyes of another larger creature.

Suraka silk moth
Stock image of a Suraka silk moth from Madagascar, with pink-framed eyespots to frighten the predator. iStock / Getty Images Plus

Some species take an entirely different approach to camouflage in that they appear incredibly bright and obvious to a predator, such as the vivid coloration of poisonous tree frogs. This is known as aposematism. It is meant as a warning to the predator that they are dangerous or unpalatable in some way, and therefore should not be eaten. Over time, predators learn that bright means bad, and they avoid animals that present these kinds of colorations. This tactic can be exploited by other species as non-toxic prey animals can evolve to mimic their toxic neighbors' bright colorations, and also end up being avoided by predators.

The moth in the Reddit post is using its background-matching camouflage well, it seems, as nobody can quite figure out where the moth ends and the branch begins.

"That is nature at its best," commented another Reddit user.

Do you have an animal or nature story to share with Newsweek? Do you have a question about camouflage? Let us know via science@newsweek.com.

About the writer

Jess Thomson is a Newsweek Science Reporter based in London UK. Her focus is reporting on science, technology and healthcare. She has covered weird animal behavior, space news and the impacts of climate change extensively. Jess joined Newsweek in May 2022 and previously worked at Springer Nature. She is a graduate of the University of Oxford. Languages: English. You can get in touch with Jess by emailing j.thomson@newsweek.com.


Jess Thomson is a Newsweek Science Reporter based in London UK. Her focus is reporting on science, technology and healthcare. ... Read more