Wood Frog
e.g. Lithobatessy lvaticu

Wood frogs build up cryoprotectantsolutes, such as glucose and urea,in their blood months before winter arrives that lower the freezing temperature of their cells, helping them survive.

Alaskan Beetle
e.g. Upis ceramboides

The exceptional cold-hardiness of Alaskan beetles is due to xylomannan, a sugar-based antifreeze that promotes membrane stability, preventing the entry of extracellular ice into the cell.

Stoneflies
e.g. Nemoura arctica

While many insects migrate or hibernate during the frosty season, stoneflies have adapted to freezing temperatures by synthesizing glycerol and proteins, giving them an advantage over other aquatic insects.

Resurrection plants
e.g. Haberlea rhodopensis

These plant’s ability to store vast quantities of sugars in its tissues is the hidden secret underlying its tolerance to subzero temperatures, protecting important biomolecules that would otherwise suffer irreparable damage.