Ocean

KESHA is stripping down for Earth Day.

The singer skinny dipped in the ocean in a new Instagram post.

Kesha, 39, went totally nude in a series of snaps she shared on Wednesday in honor of Earth Day.

“Mother Nature is the divine feminine,” the pop star wrote on a post of her kneeling in the water.

She looked over her shoulder with her arm over her chest in the sultry photo.

“I am the infinite amount of things that I am made of,” Kesha wrote on another snap of her lying on her front in the water, holding a shell.

“did anyone ever stop to think that maybe we are the aliens,” she wrote on another picture.

In the photo, she flipped her hair in the water while topless, with pink heart emojis covering her nipples.

“The most grounded popstar these rocks have ever seen,” she wrote on a pic of her holding the beach’s rocks in her hand.

“#earthday is every day,” she captioned the post.

1 of 3 | A Navy MH-60 Seahawk from Helicopter Sea Combat Squadron (HSC) 23 is seen as it lifts CSA (Canadian Space Agency) astronaut Jeremy Hansen, Artemis II mission specialist as teams work to bring the crewmembers aboard USS John P. Murtha, on Friday, in the Pacific Ocean off the coast of California. NASA Photo by Joel Kowsky/UPI | License Photo

April 10 (UPI) — The crew of the Artemis II crew returned to Earth after a splashdown in the Pacific Ocean after travelling farther from Earth than any humans in history.

The Orion capsule carrying the four-person crew is expected to make a water landing just after 8:07 p.m. EDT on Friday evening, capping their 10-day mission to test NASA’s new spacecraft while taking the next steps to returning humans to the surface of the moon.

Thus far, the mission has been successful in most ways, but NASA engineers have noted that the most important part is the return to Earth.

“Every system we’ve demonstrated over the past nine days — life support, navigation, propulsion, communications — all of it depends on the final minutes of flight,” Amit Kshatriya, NASA’s associate administrator, told reporters on Thursday.

“We have confidence in the system, in the heat shield, and the parachutes and the recovery system that we’ve put together,” he said.

One of the main concerns after the Artemis I uncrewed launch was unexpected charring on the heat shield of the Orion capsule, which protects astronauts from the heat created as the spacecraft reenters Earth’s atmosphere at 40 times the speed of sound.

A combination of adjustments to the heat shield and late mission burns to adjust the angle that the capsule reenters the atmosphere is expected to resolve NASA’s concerns after the first flight of the Artemis Space Launch System and Orion crew capsule.

This is a developing story. Please check back for updates.

April 10 (UPI) — The Artemis II crew on Friday reached the last part of their mission to travel past the moon, farther than any human has traveled from Earth before circling back home — splashdown day.

The Orion capsule carrying the four-person crew is expected to make a water landing just after 8:07 p.m. EDT on Friday evening, capping their 10-day mission to test NASA’s new spacecraft while taking the next steps to returning humans to the surface of the moon.

Thus far, the mission has been successful in most ways, but NASA engineers have noted that the most important part is the return to Earth.

“Every system we’ve demonstrated over the past nine days — life support, navigation, propulsion, communications — all of it depends on the final minutes of flight,” Amit Kshatriya, NASA’s associate administrator, told reporters on Thursday.

“We have confidence in the system, in the heat shield, and the parachutes and the recovery system that we’ve put together,” he said.

One of the main concerns after the Artemis I uncrewed launch was unexpected charring on the heat shield of the Orion capsule, which protects astronauts from the heat created as the spacecraft reenters Earth’s atmosphere at 40 times the speed of sound.

A combination of adjustments to the heat shield and late mission burns to adjust the angle that the capsule reenters the atmosphere is expected to resolve NASA’s concerns after the first flight of the Artemis Space Launch System and Orion crew capsule.