A groundbreaking study reveals that rhythmic pulses of molten rock beneath eastern Africa are slowly pulling the region apart, potentially forming a new ocean. This research sheds light on the relationship between deep mantle upwellings and surface geological activity.
Discover how Thor Heyerdahl's daring Kon-Tiki expedition paved the way for modern research into ancient human migration across the Pacific, revealing remarkable navigational techniques used thousands of years ago.
Archaeologists have embarked on a daring journey to understand how ancient humans might have navigated the treacherous Kuroshio Current to reach the Ryukyu Islands. Using replicas of ancient tools and a dugout canoe, researchers successfully completed the voyage, shedding light on prehistoric maritime technology.
A new study reveals a significant shift in ocean color, indicating a rise in chlorophyll in polar waters and a decline in the tropics. This change could disrupt marine ecosystems and fisheries.
Three newly-discovered sea spider species have taken survival to the next level by farming methane-eating bacteria on their bodies, showcasing a remarkable symbiotic relationship in the deep sea.
A new study reveals that warming ocean waters are changing colors, with greener poles and bluer equators, potentially affecting marine life and human economies. Discover the implications!
A new study reveals that living near the coast may increase the risk of serious health issues like diabetes and heart disease due to microplastic pollution. Coastal counties with high plastic levels show alarming disease rates, raising public health concerns.
Sunspot region 4114 has erupted with a powerful X1.2-class solar flare, causing significant radio blackouts across the Pacific, especially in Hawaii. Experts warn of potential future flares and geomagnetic storms.
A new study uncovers alarming risks associated with marine carbon dioxide removal techniques, highlighting how they could worsen ocean oxygen depletion and harm marine ecosystems. Discover the findings that could change climate strategies.
Explore the untapped climate secrets hidden in the Pacific Ocean's deep-sea sediments. Researchers stress the urgent need for new sediment cores to improve climate models and understand past ecological transitions.
