The open ocean is a vast and challenging environment, where food is scarce and predators lurk. Deep sea creatures have evolved remarkable feeding strategies to survive, from trapping tiny particles like dust to using specialized tools to snatch prey from their shells. Discover the fascinating world of these unique adaptations.
A new study reveals that deep-sea currents are far more dynamic than previously believed, contradicting existing models and suggesting that our understanding of sediment and pollutant transport needs a significant update. The research, published in Nature Geoscience, analyzed extensive data from an unprecedented array of sensors deployed off the coast of Mozambique, providing detailed insights into the speed and direction of currents near the seafloor.
The angular roughshark, with its unique pig-like features, is a fascinating and somewhat unusual shark species. This article explores the characteristics, diet, and conservation status of this intriguing deep-sea dweller.
The oarfish, a majestic creature of the deep sea, is renowned for its elongated body and its association with Japanese earthquake folklore. Learn about the biology of this fascinating fish, its connection to ancient myths, and the scientific understanding of its relationship to earthquakes.
A 12-foot-long oarfish, a rare deep-sea creature resembling a serpent, was found dead off the San Diego coast. The discovery is only the 20th documented instance of an oarfish washing ashore in California since 1901. Scientists will conduct a necropsy to determine the cause of death.
The ocean’s depths are facing a silent threat: the rising calcite compensation depth (CCD). As the ocean absorbs increasing amounts of carbon dioxide, it becomes more acidic, causing calcium carbonate, the material marine life uses to build shells and skeletons, to dissolve. This expanding zone of acidity is pushing the CCD upwards, threatening to fundamentally alter deep-sea ecosystems and impact the livelihoods of island nations.
A team of scientists has made a surprising discovery in the deep ocean: oxygen production without sunlight. This finding challenges previous understanding of the deep-sea environment and could have implications for the origins of life on Earth.
Scientists have discovered oxygen being produced in the deep sea without any involvement of living organisms, a phenomenon dubbed “dark oxygen.” This groundbreaking discovery challenges our understanding of Earth’s oxygen origins and raises concerns about potential mining activities in the region.
