Full Item Description
Icevein rings appear to be made of glass, with small imperfections marring their clarity in the form of tiny fissures and bubbles. In truth, the rings are made of ice that has been enchanted to remain frozen even at common room temperature. A small percentage are decorated with ice chips that have been dyed, giving them a jeweled appearance.
Commissioned by an organization of explorers, the Icevein rings were intended to be of use in exploring the bitterly cold lands and regions locked in the grip of winter. With the success of this endeavor, the rings became a relatively popular minor magic among explorers, merchants seeking shorter routes, and any who found it necessary to deal with inhospitable winters. Thus, Icevein rings are a moderately common find across the world, both civilized (where they may be for sale) and not (where they might be found on a corpse, or woven in some barbarian’s beard).
-The ring adapts the body temperature of the wearer, making cold climates seem relatively balmy. The ‘comfort zone’ of the wearer is roughly at the freezing point of water, with a range around this point as is common for the wearer’s species.
-The ring’s magic allows the wearer to move freely across snow, ice, and other frozen surfaces, regardless of whether or not they’d normally fall straight through it.
-Similarly, whiteout conditions do not exist for the wearer, as the ring’s magic augments their vision to deal with it.
-The ring does not provide nourishment or hydration for the wearer, which can cause problems in relatively barren environments or when the temperature is enough below freezing that any carried water freezes solid.
-The temperature adaption works the other way, as well. Temperatures which are normally comfortable to the wearer will seem hideously hot and can lead to death by heat stroke during a pleasant day.
-A period of adaptation is required when the ring is put on or removed, taking roughly six to eight hours. During this time, the wearer gradually transitions across comfort zones as their bodily temperature shifts up or down.