
Pele's Tears
Basaltic volcanic glass in droplet form
Small, smooth, teardrop-shaped beads of basaltic volcanic glass formed from airborne lava droplets, often paired with Pele's hair.
- Mohs hardness
- 5-6
- Color
- Black to dark green, glassy
- Type
- igneous
Got a rock like this?
Identify any rock from a photo, free.
Overview
Pele's tears are small, smooth droplets of basaltic volcanic glass shaped like teardrops, beads, spheres, or dumbbells, typically black to dark greenish and a few millimeters to a couple of centimeters across. Like Pele's hair, they are named for Pele, the Hawaiian volcano goddess.
They form from blobs of molten lava thrown into the air during fluid eruptions, which cool into solid glass as they fall. Often a Pele's tear is found with a strand of Pele's hair trailing from it, the two being products of the same process.
Glossy and aerodynamic in shape, Pele's tears are a popular volcanic curiosity, though, like Pele's hair, removing them from Hawaiian sites is culturally discouraged.
Formation & geology
Pele's tears form during fluid basaltic eruptions — lava fountains, lava lakes, and Hawaiian-style eruptions — when droplets of molten lava are ejected into the air.
As each droplet flies, surface tension pulls it into a rounded or teardrop shape, and it quenches into glass before landing, preserving that aerodynamic form. Frequently a thin thread of glass (Pele's hair) is drawn out behind the falling drop and remains attached.
They accumulate near vents and downwind, mixed with Pele's hair and other tephra. Besides Kilauea and other Hawaiian volcanoes, they occur at basaltic volcanoes in Iceland, Nicaragua, and elsewhere.
How to identify it
Identify Pele's tears by their small, smooth, glassy, teardrop-, spherical-, or dumbbell-shaped beads of black to dark green basaltic glass, often with a tiny stub or strand of Pele's hair attached.
They are volcanic glass, hardness about 5-6, with a glassy luster and conchoidal fracture if broken. Their distinctive aerodynamic droplet shapes, formed in flight, are diagnostic.
Look-alikes: they can resemble small obsidian pebbles, basalt fragments, or man-made glass beads, but their natural rounded/teardrop forms and association with Pele's hair and basaltic vents set them apart. Tektites are also glassy droplets but are impact-derived and chemically distinct from basaltic Pele's tears.
Uses & significance
Pele's tears have no real commercial or lapidary value and are collected mainly as natural volcanic curiosities and scientific specimens. In Hawaiian culture they hold spiritual significance as a form of the goddess Pele, and local tradition discourages taking them from volcanic sites.
Scientifically, Pele's tears are useful for studying the composition and behavior of fluid basaltic magma and eruption dynamics, since each frozen droplet captures a sample of the erupting lava.
They are sometimes confused in popular accounts with tektites or "Apache tears," but Pele's tears are specifically basaltic glass droplets formed in flight during basaltic eruptions.
Frequently asked questions
What are Pele's tears?
Pele's tears are small teardrop- or bead-shaped droplets of basaltic volcanic glass formed from airborne lava during fluid eruptions.
How are Pele's tears related to Pele's hair?
They form by the same process; a Pele's tear often has a strand of Pele's hair trailing from it, drawn out as the droplet fell.
Are Pele's tears the same as Apache tears?
No, Apache tears are rounded nodules of rhyolitic obsidian, while Pele's tears are basaltic glass droplets formed in flight.
Why are they called Pele's tears?
They are named after Pele, the Hawaiian goddess of volcanoes, with their teardrop shapes likened to her tears.
Pele's Tears guides
In-depth guides for identifying, valuing, and understanding Pele's Tears.











