Newtok, Alaska's Yup'ik residents face displacement as rising waters threaten their village. This film documents their struggle to relocate upriver, becoming America's first climate refugees, and

Newtok, Alaska's Yup'ik residents face displacement as rising waters threaten their village. This film documents their struggle to relocate upriver, becoming America's first climate refugees, and their quest for justice amidst climate disaster.

Support Native communities impacted by climate change and events like Typhoon Merbok. Donate to the Western Alaska Disaster Recovery Fund here. Patagonia is committed to addressing the threat to all life on Earth. Follow us on social media, including TikTok: https://www.tiktok.com/@patagonia.

Professor Stefan Rahmstorf recently delivered a compelling lecture titled "Why the Ocean is Important to Everyone."

His presentation underscored the critical role marine ecosystems play in

Professor Stefan Rahmstorf recently delivered a compelling lecture titled "Why the Ocean is Important to Everyone."

His presentation underscored the critical role marine ecosystems play in influencing global climate, weather patterns, and biodiversity. Rahmstorf highlighted the ocean's vital importance for sustaining both human well-being and the planet's overall health, emphasizing the urgent need for conservation.

The Atlantic Meridional Overturning Circulation (AMOC) comprises two limbs. Its upper limb transports warm, tropical waters northward, releasing heat influencing European weather. The lower limb

The Atlantic Meridional Overturning Circulation (AMOC) comprises two limbs. Its upper limb transports warm, tropical waters northward, releasing heat influencing European weather. The lower limb carries cold, dense waters southward at depth.

Driven by solar radiation, the AMOC's upper limb features vigorous currents like the Gulf Stream, flowing north along the Atlantic's western boundary. These currents, forming eddies, carry heat towards higher latitudes, reaching the Nordic Seas to cool and densify.

In regions like the Labrador Sea, these cooled, dense waters plunge via convection to 1000-2000m. This forms the Deep Western Boundary Current, the AMOC's lower limb, flowing slowly southward along the continental slope. Further south, this deep flow is disrupted by topography and eddies, losing its structure.

As we begin a new year, we're filled with hope and gratitude. Our vital work protecting the oceans safeguards our future, and supporters like you are essential to our victories. We invite you to

As we begin a new year, we're filled with hope and gratitude. Our vital work protecting the oceans safeguards our future, and supporters like you are essential to our victories. We invite you to reflect on our 2023 achievements.

Ready to get involved in 2024? Explore ways to contribute at www.oceana.org/waystogive.

The oceans are Earth's most profoundly impacted yet practically invisible climate change battleground. Watch