Snow is a rare enough event in Tennessee that, when it arrives, it sometimes brings the state to a near standstill. Schools close, grocery shelves empty, and social media overflows with photos of white-dusted backyards and cozy living rooms. But what so many people overlook is the true marvel behind it all: the snowflake itself. Like the opening sequence of How the Grinch Stole Christmas (the Jim Carrey version), the snowflakes hold such wonder, especially when you take the time to look really, really closely.

Photos by Ashleigh Newnes

Each snowflake begins high above the ground, as water vapor freezes onto a microscopic particle. From there, it starts a slow, tumbling journey toward Earth. Along the way, it passes through layers of air that differ in temperature and humidity, and these subtle shifts shape how the snowflake grows. Snowflakes always form with six sides, a result of the molecular structure of water. Within that symmetry, however, exist endless variations. Some snowflakes develop into broad, star-shaped dendrites with delicate, lace-like arms. Others form as simple hexagonal plates, slender columns, or fine, needle-like crystals.

What makes this especially remarkable is that no two snowflakes are truly identical. For two snowflakes to be the same, they would have to experience the exact same temperature, humidity, and airflow at every moment of their fall. In a constantly shifting atmosphere, that kind of repetition is nearly impossible. Even snowflakes that appear nearly identical under a microscope, when closely examined, reveal tiny differences in their branching.

Snowflakes are temporary by nature. They melt almost as soon as they are touched, their intricate forms disappearing before we can fully take them in. And perhaps that is part of their power. Each one is a singular creation, never before seen and never to be seen again.

In a place where snow is rare, this makes every Tennessee snowfall feel especially meaningful. The flakes drifting down are not just weather; they are tiny, unrepeatable events. If you pause long enough to watch them fall, you’re witnessing a moment that will never happen in quite the same way again.