article According to the World Wildlife Fund (WWF), the world’s polar bears have already been “suffering through a brutal five-year decline” and are “at the brink of extinction.”

But the polar bear population is now more than seven times what it was in the 1970s, and the global population is on track to be nearly 4,000 animals by 2050.

The dire predictions of the WWF are based on two assumptions.

First, that the global polar bear recovery is going to be rapid, so the global community can’t handle it on its own.

Second, that there will be no global crisis that will force the world to act.

Both of these assumptions are false, and there are a few key ways in which the world is headed in the wrong direction.

“The worst-case scenario” is not the worst-of-the-worst scenario.

It’s actually the worst scenario for polar bears, said John Vartanian, a biologist at the University of Washington in Seattle.

He noted that the number of polar bears in captivity is increasing rapidly, and that many of the bears are in “very good” condition, so they’re not endangered.

The worst- of-the worst scenario is the worst possible scenario, he said.

Vartanian and his colleagues have been studying polar bear habitat since 2003, when they first began studying the bears.

Their findings, published in the journal Polar Biology in 2015, show that the polar population has dropped by more than half since 1990.

The loss is caused by habitat loss and climate change, and polar bears are now being forced to live in “fenced-off areas,” in areas with little to no natural habitat.

The number of bears in the wild has decreased by nearly half since 1991, according to the WWF.

“They’ve been in captivity for a long time,” Vartani said.

“This is a problem that can’t be addressed by a single policy.

This is a global problem.

This needs to be addressed.”

The polar bear is not alone in facing a crisis.

In the 1990s, the WWF released a report titled The Future of Wildlife, which predicted that global wildlife populations would be wiped out in the next 30 years due to habitat loss.

But that was an optimistic projection, and conservationists have long pointed out that a more realistic outlook is the one that would take us far past that point.

The WWF’s projections are based largely on data from the International Union for Conservation of Nature, which has projected the global extinction rate for the next 60 years.

The IUCN estimates that global populations will plummet from 3.7 billion to 2.8 billion animals by 2100, and from 3 billion to 1.7 million animals by 2030.

The two other major groups of experts that the WWF uses to forecast the fate of wildlife include the International Committee for the Conservation of Antarctic Marine Living Resources, or ICAMLR, and WWF’s own Global Population Projection Projection.

“If we don’t address these challenges, we’re going to have to see a lot more global biodiversity loss and mass extinction,” Varnanian said.

And that’s not the only problem polar bears face.

Polar bears have been a key part of conservation efforts around the world.

The polar bears were among the first marine mammals to be reintroduced to the wild in the early 1990s.

The International Union of Conservation of Animals (IUCN) protected the animals from poachers and kept them in captivity.

They’ve also been part of scientific research and have played a crucial role in monitoring the health of marine ecosystems.

As scientists, polar bears often share some of the same traits as humans.

In fact, they’re considered the most similar species to humans, according the National Geographic Society.

“There are a number of factors that make polar bears so unique,” Varna said.

One of them is their ability to sense odors.

That sense of smell has evolved to help polar bears avoid predators, and to navigate the ice and snow they need to survive.

“These are animals that have been living in the Arctic for more than 100 million years,” Vardi said.

They can also be spotted from space, and can use the polar regions to get a better look at the Arctic environment.

Varna and his colleague Paul J. Stottlemyre are studying polar bears to understand how this trait affects their behavior.

For the past decade, the two have been tracking the animals’ movement on a range of platforms.

They’re tracking the movements of polar bear cubs, adults, and young, and measuring how they’re behaving.

They also track the movements and health of the polar sea lions, seals, walruses, and other animals in the area where they live.

When it comes to their behavior, polar bear scientists are looking at the behavior of adult males and females and how they interact with each other.

“We’re looking