We’ve seen them and you probably have to...the images of ravaged polar bears, hunting for food, with the outlines of their ribs showing. In case you need a reminder of why every degree matters in the fight against climate change, here is National Geographic’s video.
Since 1979, Arctic ice has lost approximately 80% of its volume. Although the ice builds up during the winter, it has not been enough to compensate for the losses since 1979.
A decline in sea ice is a major threat to the polar bears, currently listed as vulnerable on the Endangered Species List.
Yes, polar bears can swim but their main food source - seals - are losing their ice too. As the Arctic sea ice continues to retreat every year, seals become harder to hunt and bears have to travel much further to find them.
The drifting ice can also act as a sort of conveyor belt. What was once a stable, hard surface for the polar bears to hunt and live on, looks almost like a patchwork quilt, with large patterns of open water.
Polar bears are now facing the ultimate conundrum: expel more energy and burn calories to travel further than ever before for food and solid ice or stay put and hope their ice stays intact, with a food source.
They are also appearing in places they have never been spotted before and the most recent standoff lasted more than 36 hours.
With Arctic ice declining even more every decade, we need to act soon or we could see an ice-free Arctic summer by 2030.
We can preserve Arctic ice by spreading our eco-safe reflective sand on top of ice in a strategic location of the Arctic. The sand is low-cost, scalable, and safe for all. Applied in a specific location of the Arctic, it can restore the Earth’s natural heat shield, rebuild wildlife habitat, and help stabilize global climate. Like a white shirt on a hot summer day, our material reflects heat, protecting the ice below. Learn more about our material here.
Ice911 chose to focus on the Arctic because it's the area where we can make the largest impact on global temperatures. The ice in the Arctic acts like a global heat shield, reflecting heat that would otherwise warm the ocean and destabilize global weather.