A photograph sparked mothers to show us what their post-baby bodies really look like.

After giving birth to her son Sequoia, Jade Beall posted photos of her post-birth body to show the world what a real mother's body looks like.

What happened next was remarkable.


The photo went viral, and something struck Jade: She realized mothers around the world so rarely see themselves reflected accurately in the media. She was flooded with thousands of messages from women telling their stories about their bodies, how they struggled with not fitting the norm of "beautiful," and how they felt her photo helped redefine beauty.

Jade photographed hundreds of mothers who used to feel "too saggy," "too wrinkly," and "too fat," but who now are being celebrated for who they are. Watch her video below to hear more.

NSFW: lots of beautiful bare bodies (read: nudity).

True

$200 billion of COVID-19 recovery funding is being used to bail out fossil fuel companies. These mayors are combatting this and instead investing in green jobs and a just recovery.

Learn more on how cities are taking action: c40.org/divest-invest


via Jessica Jade / Facebook

Losing a beloved pet is one of the most painful experiences a person can have. Suffering the loss of their companionship is only compounded by the feeling of helplessness and worry over whether their friend is safe and happy.

If the animal is found and taken to shelter, it's obviously a relief, but it can cost a lot of money in redemption fees to get the animal back.

Some shelter charges can run as much as $300 if the owner refuses to have the animal spayed or neutered or if the dog has been picked up by the shelter multiple times. While others charge as little as $15 if the animal is picked up promptly.

Keep Reading Show less
True

$200 billion of COVID-19 recovery funding is being used to bail out fossil fuel companies. These mayors are combatting this and instead investing in green jobs and a just recovery.

Learn more on how cities are taking action: c40.org/divest-invest


With 16 years of sobriety under his belt, Dax Shepard has served as a beacon of hope for people in recovery. With a reset of his sobriety clock last week after confessing to a slip with prescription painkillers, he still is.

The actor has been open about his addiction to alcohol and cocaine, and that transparency and honesty has undoubtedly helped many people through their own recovery journeys. But recovery from addiction is not always a one-way, detour-free road. Even people who have been sober for years must be diligent and self-aware or risk relapsing in ways that are easy to justify.

That's the scenario Shepard described in his recent podcast, in which he announced that he's now seven days sober. For people who struggle with addiction, it's a cautionary tale. He didn't take a drink, and he didn't touch cocaine. His slide into addiction relapse happened with prescription painkillers—Vicodin and Percocet. He started taking prescription pain pills after a motorcycle accident in 2012, moved to taking pills with his dad who was dying of cancer, and then came a gradual spiral of justifications, lying, gas lighting, and other addictive behaviors that enabled him to abuse those pills without acknowledging he was doing so.

Keep Reading Show less
Photo by Nick Fewings on Unsplash

Last year, we shared the sad impact that plastic pollution has had on some of our planet's most beautiful places. With recycling not turning out to be the savior it was made out to be, solutions to our growing plastic problem can seem distant and complex.

We have seen some glimmers of hope from both human innovation and nature itself, however. In 2016, a bacteria that evolved with the ability to break down plastic was discovered in a Japanese waste site. Two years later, scientists managed to engineer the mutant plastic-eating enzyme they called PETase—named for polyethylene terephthalate, the most common plastic found in bottles and food packaging—in a lab.

Here's an explainer of how those enzymes work:

Ending Plastic Pollution with Designer Bacteria youtu.be

Now researchers have revealed another game-changer in the plastic-eater—a super-enzyme that can break down plastic six times faster than PETase alone.

Keep Reading Show less