Myriopholis

People usually spot them after heavy rains, when the soil becomes too waterlogged for them to stay underground

These minute reptiles are among the smallest snakes in the world and are found throughout Africa, parts of the Middle East, and southwestern Asia. Despite their delicate appearance, they are incredibly resilient and perfectly adapted to a life spent almost entirely underground. Their secretive habits, subtle beauty, and mysterious lives make them some of the most intriguing yet least understood members of the snake world.

Physically, members of Myriopholis are characterized by their extremely thin, cylindrical bodies, which can be as small as a strand of spaghetti. Most species grow no longer than 30 centimeters (about 12 inches), with some even smaller. Their heads are not distinctly separated from their bodies, and their eyes are vestigial, often covered by translucent scales—an adaptation to their subterranean lifestyle that has earned them the nickname “blind snakes.” Their scales are smooth, shiny, and tightly overlapping, which allows them to slip through soil and sand with ease. The coloration of Myriopholis snakes ranges from pale pinks and browns to grays or creamy whites, blending perfectly into their underground surroundings. Some species have slightly pointed or “beaked” snouts that help them push through soil as they burrow.

These snakes are fossorial, meaning they spend nearly their entire lives underground or hidden under rocks, logs, and leaf litter. Because of this, they are rarely seen by humans and remain among the least-studied reptiles. They prefer dry or semi-arid environments, including savannas, deserts, and scrublands, though some species inhabit tropical or subtropical forests where soil conditions allow for easy burrowing. When heavy rains flood their tunnels, Myriopholis snakes may briefly emerge above ground, which is often when people encounter them. Despite their small size and fragile appearance, they are hardy creatures that can thrive in harsh, dry conditions where few other reptiles can survive.