Thunderheads

Snowflake - Stellar Plates

Snowflakes are dazzling crystals of pure ice, clear and colorless. When clouds are very cold, water vapor freezes directly into ice crystals, which combine and float down as a snowflake. The sparkle you see in falling snow is often from crystals called stellar plates with broad branches and flat surfaces that catch the light. This adorable plushie is sustainably crafted from recycled materials, and a reminder of the breathtaking beauty of the natural world. Fun gift and holiday decoration for families, friends, students, educators, weather fans, skiers, snowboarders, ice skaters and all wintertime devotees and snow buffs.

Regular price $12.95 USD

Out of stock

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Snowflake - Stellar Plates
$12.95 USD

Snowflakes are luminous crystals of pure ice, clear and colorless. Water vapor freezes directly into ice crystals when clouds are very cold. Many crystals join together and float down as a snowflake. One snowflake can have over 100 crystals. Individual crystals falling on their own are too tiny to see. Snow looks sparkly and white because light reflects off all the surfaces of the ice crystals and blends together.

The air temperature determines the shape of a snowflake, each with its own unique design. Snowflakes have six sides (and sometimes 12) because water molecules line up in this repeating pattern when they freeze. They can form as stars, hollow columns, plates with flat sides or other types. Starting out as hexagons, they may sprout branches as they grow. Stellar plates are thin, flat crystals with broad branches and plenty of complex surface markings. This beautiful type of snowflake is best seen during light snowfalls at low temperatures. The sparkle you see in falling snow is often from stellar plates as their flat surfaces catch the light.

Snowflakes are especially dazzling when you take a very close look. To see their beauty, catch them in the air or as they land. Walking across snow you hear the snap and pop as you break the crystals and trapped air escapes from inside.

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