Avatar Marine Creatures vs. Real Deep-Sea Animals: The Science Behind Pandora’s Ocean

Criaturas marinas de Avatar Las criaturas marinas de Pandora combinan la vida social de las ballenas, el cuerpo hidrodinámico de los delfines, el planeo de los peces voladores y la bioluminiscencia de los animales abisales.

Avatar Marine Creatures vs. Real Deep-Sea Animals The deeper we travel into Earth’s oceans, the faster the familiar world disappears. Below roughly 650 feet, or 200 meters, sunlight begins to fade dramatically. Descend farther into the ocean’s midnight zone, and the difference between day and night becomes almost meaningless. There are no trees, open fields, … 더 읽기

Zombie Worms (Osedax): How a Mouthless Deep-Sea Animal Dissolves and Feeds on Whale Bones

Gusano zombi (Osedax) Osedax no posee boca ni aparato digestivo convencional: utiliza tejidos radiculares para desmineralizar los huesos y absorber el colágeno y las grasas de su interior.

Zombie Worms (Osedax) Nearly two miles beneath the surface of Monterey Bay, a dead whale rests on the seafloor. At first, the carcass attracts some of the ocean’s most efficient scavengers. Hagfish burrow into the soft tissue. Sleeper sharks tear away strips of flesh. Crabs, amphipods, and other deep-sea animals gather around what has suddenly … 더 읽기

Pompeii Worm Explained: How a Deep-Sea Extremophile Survives Hydrothermal Vent Heat

Gusano de Pompeya El gusano de Pompeya vive en la estrecha frontera donde el fluido hidrotermal caliente se mezcla con el agua fría y oxigenada del océano profundo.

Pompeii Worm Explained More than a mile beneath the surface of the Pacific Ocean, sunlight has completely disappeared. The surrounding seawater hovers just above freezing. The pressure is hundreds of times greater than what we experience at sea level, and no green plants can survive because photosynthesis is impossible. Then, in the darkness, a remotely … 더 읽기

Deep-Sea Brittle Stars: Why These Vine-Like Creatures Cover the Ocean Floor

Ofiuras de aguas profundas Las ofiuras de aguas profundas levantan sus brazos flexibles para capturar plancton y materia orgánica transportada por la corriente, formando colonias que parecen enredaderas vivas.

Deep-Sea Brittle Stars A remotely operated vehicle was moving slowly above the deep seafloor when its lights revealed something unexpected. At first, the landscape appeared to be covered in dark vines. Long, slender strands stretched across the sediment, tangled around rocks, and swayed gently in the current. They looked almost like the roots of an … 더 읽기

Black Swallower Explained: How a Small Deep-Sea Fish Eats Prey Larger Than Its Own Body

Black Swallower explicado El Black Swallower utiliza mandíbulas flexibles, dientes curvados hacia atrás y un estómago expandible para engullir peces mayores que él.

Black Swallower Explained Far below the sunlit surface of the ocean, a small black fish encounters a meal that appears impossibly large. The prey is longer, heavier, and wider than the predator attempting to eat it. Most fish would avoid such a dangerous target. In the deep sea, however, passing up a meal can be … 더 읽기

Deep-Sea Squid Camouflage: How Transparency, Red Skin, and Bioluminescence

Camuflaje de los calamares de aguas profundas Los calamares de aguas profundas combinan tejidos transparentes, pigmentos rojos, cromatóforos y bioluminiscencia para ocultar su silueta en condiciones de luz cambiantes.

Deep-Sea Squid Camouflage A small squid drifts through the open ocean hundreds of feet below the surface. There are no rocks to hide behind, no coral reefs to blend into, and no seaweed thick enough to provide cover. Faint sunlight filters down from above, while predators patrol the darkness below. Some of those hunters can … 더 읽기

Deep-Sea Sounds Explained: Underwater Noise, Whale Communication, and the Impact of Ship Noise

Sonidos de las profundidades marinas Las profundidades marinas están llenas de cantos de ballenas, señales biológicas, vibraciones geológicas y ruido humano que viajan a través del océano.

Deep-Sea Sounds Explained Imagine descending thousands of feet beneath the ocean’s surface in a small research submersible. At first, the deep sea seems like the quietest place on Earth. Sunlight fades until the windows reveal nothing but darkness. There are no breaking waves, no wind, no birds, and no human voices. When the submersible’s lights … 더 읽기

Coelacanth Rediscovery: The Living Fossil That Changed Our Understanding of Evolution

Celacanto redescubierto El celacanto, cuyo linaje se remonta a unos 400 millones de años, fue redescubierto vivo frente a Sudáfrica en 1938.

Coelacanth Rediscovery On December 22, 1938, a fishing trawler returned to the port of East London on South Africa’s southeastern coast. Its deck looked much like it did after any other trip. Sharks, rays, and ordinary market fish lay piled together, waiting to be sorted. Marjorie Courtenay-Latimer, the young curator of the East London Museum, … 더 읽기

How Deep-Sea Mining Affects Marine Ecosystems: Manganese Nodules and Environmental Risks

Impacto de la minería submarina en los ecosistema Los nódulos de manganeso contienen metales valiosos, pero también ofrecen una superficie esencial para numerosos organismos que viven sobre los sedimentos blandos del océano profundo.

How Deep-Sea Mining Affects Marine Ecosystems A research vessel comes to a stop in the middle of the Pacific Ocean. There is no land in sight. Below the ship lies more than 13,000 feet of dark water—far deeper than most commercial submarines can travel. A remotely operated vehicle slowly descends through the water column until … 더 읽기

History of Deep-Sea Exploration: From the Trieste to James Cameron’s Mariana Trench Dive

Exploración de las profundidades marinas Del histórico descenso del Trieste en 1960 a la inmersión en solitario de James Cameron en 2012, la tecnología transformó la exploración del abismo Challenger.

History of Deep-Sea Exploration A small research vessel floated above the western Pacific while a strange-looking submersible slowly disappeared beneath the waves. It was January 23, 1960. Inside the cramped steel pressure sphere of the bathyscaphe Trieste, Swiss ocean engineer Jacques Piccard and U.S. Navy Lieutenant Don Walsh were descending toward a place no human … 더 읽기

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