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Stinky Squid (Pseudocolus fusiformis) stinkhorn fungi - Brevard, North Carolina, USA-stock-foto
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Stinky Squid (Pseudocolus fusiformis) stinkhorn fungi - Brevard, North Carolina, USA-stock-foto
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Silicon Valley, California, USA. 4th Feb, 2025. Blue tentacle-like arms attached to an Astrobee free-flying robot grab onto a capture cube in this image from Feb. 4, 2025. The experimental grippers demonstrated autonomous detection and capture techniques that may be used to remove space debris and service satellites in low Earth orbit. The Astrobee system was designed and built at NASA's Ames Research Center in Silicon Valley for use inside the International Space Station. The system consists of three cube-shaped robots (named Bumble, Honey, and Queen), software, and a docking station use-stock-foto
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Earth Atmosphere. 15th Nov, 2024. NASA astronaut and Expedition 72 Commander Suni Williams checks out the Astrobee robotic free-flyer in the Kibo laboratory module outfitted with tentacle-like arms containing gecko-like adhesive pads to demonstrate satellite capture techniques. Development of this robotic technology may increase the life span of satellites and enable the removal of space debris. In this picture from Nov. 15, 2024, Astronaut Suni Williams imitates the tentacle-like arms of the Astrobee robotic free-flyer in the foreground. (Credit Image: © NASA/ZUMA Press Wire) EDITORIAL U-stock-foto
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NASA astronaut and Expedition 72 Commander Suni Williams checks out the Astrobee robotic free-flyer in the Kibo laboratory module outfitted with tentacle-like arms containing gecko-like adhesive pads to demonstrate satellite capture techniques.-stock-foto
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Earth Atmosphere. 15th Nov, 2024. NASA astronaut and Expedition 72 Commander Suni Williams checks out the Astrobee robotic free-flyer in the Kibo laboratory module outfitted with tentacle-like arms containing gecko-like adhesive pads to demonstrate satellite capture techniques. Development of this robotic technology may increase the life span of satellites and enable the removal of space debris. (Credit Image: © NASA/ZUMA Press Wire) EDITORIAL USAGE ONLY! Not for Commercial USAGE!-stock-foto
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International Space Station, Earth Orbit. 15 November, 2024. NASA astronaut and Expedition 72 Commander Suni Williams strikes a pose to imitate the Astrobee robotic free-flyer in the Kibo laboratory module of the International Space Station, November 15, 2024 in Earth Orbit. The Astrobee has tentacle-like arms containing gecko-like adhesive pads to demonstrate satellite capture techniques. Credit: Astronaut Provided/NASA/Alamy Live News-stock-foto
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Stinky Squid (Pseudocolus fusiformis) stinkhorn fungi - Brevard, North Carolina, USA-stock-foto
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Stinky Squid (Pseudocolus fusiformis) stinkhorn fungi - Brevard, North Carolina, USA-stock-foto
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Devil's Fingers fungus (Clathrus archeri) and sometimes referred to as the Octopus stinkhorn and Squid Fungus, emerging from its slimy, gelatinous 'egg'. in November at Lyndhurst, in the New Forest-stock-foto
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Devil's Fingers fungus (Clathrus archeri) and sometimes referred to as the Octopus Stinkhorn and Squid Fungus. It’s tentacle-like arms have emerged from its slimy, gelatinous 'egg'.-stock-foto
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Devil's Fingers fungus (Clathrus archeri) and sometimes referred to as the Octopus Stinkhorn and Squid Fungus. It’s tentacle-like arms have emerged from its slimy, gelatinous 'egg'. In the New Forest-stock-foto
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Devil's Fingers fungus (Clathrus archeri) and some times referred to as the Octopus stinkhorn and Squid Fungus, emerged from its slimy, gelatinous 'egg'. in November at Lyndhurst, in the New Forest UK-stock-foto
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Devil's Fingers fungus (Clathrus archeri) and sometimes referred to as the Octopus stinkhorn and Squid Fungus, emerging from its slimy, gelatinous 'egg'. on heathlands in Lyndhurst, New Forest UK-stock-foto
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Devil's Fingers fungus (Clathrus archeri) and sometimes referred to as the Octopus stinkhorn and Squid Fungus, emerged from their slimy, gelatinous 'egg'. on heathlands in Lyndhurst, New Forest UK-stock-foto
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Devil's Fingers fungus (Clathrus archeri) and sometimes referred to as the Octopus stinkhorn and Squid Fungus, emerged from its slimy, gelatinous 'egg'. on heathlands in Lyndhurst, New Forest, UK-stock-foto
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Devil's Fingers fungus (Clathrus archeri) and sometimes referred to as the Octopus stinkhorn and Squid Fungus, emerging from their slimy, gelatinous 'egg'. on heathlands in Lyndhurst, New Forest UK-stock-foto
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Devil's Fingers fungus (Clathrus archeri) and sometimes referred to as the Octopus stinkhorn and Squid Fungus, emerging from its slimy, gelatinous 'egg'. In November at Lyndhurst, in the New Forest-stock-foto
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Devil's Fingers fungus (Clathrus archeri) and sometimes referred to as the Octopus stinkhorn and Squid Fungus, emerging from its slimy, gelatinous 'egg'. in November at Lyndhurst, in the New Forest-stock-foto
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Devil's Fingers fungus egg (Clathrus archeri) and sometimes referred to as the Octopus stinkhorn or Squid Fungus. Slimy, gelatinous 'egg'. starting to hatch in the New Forest UK-stock-foto
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Devil's Fingers fungus (Clathrus archeri) and sometimes referred to as the Octopus stinkhorn and Squid Fungus, emerging from its slimy, gelatinous 'egg'. in November at Lyndhurst, in the New Forest-stock-foto
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Devils fingers. Octopus Fungus, The species is from the southern hemisphere. The devils fingers fungus hatches from a slimy, gelatinous egg. As it grows, the tentacle-like arms start to protrude. The bright red colour of this fungus makes it easy to spot. Related to the stinkhorns it has a strong and unpleasant smell-stock-foto
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Jellyfish are one of the simplest forms of animal life and exhibit radial symmetry. Free swimming forms like this adult Compass Jellyfish are medusa-stock-foto
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Illustration of an octopus on the surface of the sea.-stock-foto
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Red, green squares, forming tentacles with dynamic movement, like a tail of a flying kite or robotic arms at help.-stock-foto
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Branched arms of Basket Star, the nocturnal marine animals-stock-foto
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Bigfin Reef Squid (Sepioteuthis lessoniana) swims in open ocean, Egypt - Red Sea.-stock-foto
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Bigfin Reef Squid (Sepioteuthis lessoniana) and diver. Egypt - Red Sea.-stock-foto
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Bigfin Reef Squid (Sepioteuthis lessoniana) swims in open ocean, Egypt - Red Sea.-stock-foto
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Historiae naturalis de quadrupedibus libri, Amstelodami, Apud Ioannem Iacobi Fil. Schipper, MDCLVII [1657], birds, animals, insects, snakes, zoology, prelinnean works, An illustrated collection of marine creatures showcases various species including a serpent-like form at the top, followed by an array of elongated and curved organisms. The central section features distinct representations of different octopus variations, each displaying unique patterns and tentacle formations. Below, star-shaped sea creatures are depicted, highlighting the diversity of starfish, each uniquely stylized with poi-stock-foto
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Histoire naturelle, générale et particulière des céphalopodes acétabulifères vivants, et fossiles, Paris, Impr. de A. Lacour, 1835-1848. Cephalopoda, fossil, The illustration showcases a detailed depiction of a squid species, labeled as 'G. Calmar' with its scientific classification noted as 'Cephalopoda.' It features various views of the squid, highlighting its elongated body, prominent fins, and long, tentacle-like arms adorned with suckers. Surrounding the main figure, there are additional smaller sketches presenting the squid's anatomical details, including a close-up of its beak and the d-stock-foto
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Denkschriften der Medicinisch-Naturwissenschaftlichen Gesellschaft zu Jena, Jena, Fischer, 1878-1932, science, natural history, biology, periodicals, The illustration depicts the intricate structures of the Stauromedusae, a class of marine organisms commonly known as stalked jellyfish. Central to the composition is a detailed representation of the Lucernaria species, showcasing its unique bell-like body with multiple tentacle-like arms radiating outward. Each tentacle is elaborately depicted with small bulbs, which may suggest the presence of stinging cells. Surrounding the central figure are-stock-foto
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Denkschriften der Medicinisch-Naturwissenschaftlichen Gesellschaft zu Jena, Jena, Fischer, 1878-1932, science, natural history, biology, periodicals, The illustration presents a series of intricate biological diagrams depicting various forms of jellyfish. Each specimen showcases unique anatomical features, such as the bell shape and tentacle structure, highlighting the diversity within the class Staurozoa. The use of color enhances the details of the organisms, illustrating their distinct parts like the oral arms and the umbrella, while annotations provide scientific labels for further study.-stock-foto
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Mollusques, Mediterranean, GeÌ ACnes, Impr, des sourds-muets, 1851. Mediterranean Sea, Mollusks, Cephalopoda, An artistic representation of an octopus, labeled 'Octopus catemutus' at the bottom. The creature is depicted with a rounded body adorned with intricate textures that resemble a patterned skin surface. Its numerous long, tentacle-like arms extend outward, showcasing a variety of lengths and a delicate arrangement. Each arm is detailed with fine lines and subtle shading, highlighting the octopus's unique anatomy. The background is minimal, allowing the focus to be on the detailed anatom-stock-foto
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Mollusques, Mediterranean, Ge, ACnes, Impr, des sourds-muets, 1851, Mediterranean Sea, mollusks, cephalopoda, This illustration features a detailed depiction of an octopus, showcasing its characteristic eight long, tentacle-like arms extending from a rounded body. Each arm displays intricate patterns and suction cups, highlighting the creature's unique anatomy. The texture of the surface is rendered with soft gradients, emphasizing the smooth skin and the subtle coloration that suggests natural hues. The creature’s eyes, positioned above the mouth, are prominent, conveying a sense of curiosity-stock-foto
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Ergebnisse der in dem Atlantischen Ocean von Mitte Juli bis Anfang November 1889 ausgeführten Plankton-Expedition der Humboldt-Stiftung. 1892-1913. 1889, plankton, plankton expedition,, A detailed illustration of a cephalopod, showcasing its elongated body and distinctive fins. The creature features elongated arms extending from a bulbous head with intricate textures. Each tentacle is clearly defined, highlighting the intricate anatomy typical of this marine species. The composition emphasizes the symmetry and unique shape of the octopus-like figure, capturing the creature's enigmatic allure.-stock-foto
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A naturalist's rambles on the Devonshire coast, London, John Van Voorst, 1853, cnidaria, ctenophora, description and travel, Devon, England, Great Britain, marine animals, thaumantias, corynetes, Philip Henry Gosse, earth day, Philip Henry Gosse, Devon., A scientific illustration depicting the marine organism Thaumantias cornyetes, showcasing its distinctive features. The central figure highlights the jellyfish-like creature with long, flowing tentacles and a bulbous bell. Several detailed labels indicate various anatomical parts, including the oral arms and tentacle structure. Surrounding the-stock-foto
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The Zoological Miscellany, London, Printed by B. McMillan for E. Nodder & Son and sold by all booksellers, 1814-1817, zoology, pictorial works, A detailed illustration of a marine organism, showcasing an elaborate arrangement of tentacle-like structures that radiate outward from a central point. The organism displays intricate patterns and textures, with numerous arms that suggest a flowery or star-like appearance. Delicate lines create a sense of movement, as if the creature is gracefully swaying in water. The background is minimal, allowing the detailed features of the organism to take cente-stock-foto
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Ecological animal geography; an authorized, rewritten edition based on Tiergeographie auf ockologischer grundlage . ecologicalanimal00hess Year: 1937 Fio. 56.—Cirrothauma murrayi, a pelagic octopod. After Chun Fig. 57.—Pelagothuria nutans, a pelagic holothurian. m, mouth; a, anus; t, tentacle; r, ampullae; d, swimming membrane between the ampullae. After Ludwig. among pelagic cephalopods by web-like membranes connecting the arms (Amphitretus, Cirrothauma, Fig. 56), and among pelagic holo- thurians by similar webs between the tentacles (Fig. 57). The con--stock-foto
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Elementary text-book of zoology (1884) Elementary text-book of zoology elementarytextbo0101clau Year: 1884 FIG. 233.—Developmental stages of Comntnla (Anfedon), much enlarged, a, free-swimming larva with tuft and rings of cilia (Wr), also with rudimentary calcareous plates. 6, At- tached Pentacrinoid form of the same animal. O, Oralia; S, Radialia; S, Basalia; Cd, Centrodorsal plate, c, Older stage described as Pentad-inns europaeus with arms and cirri (after Thomson). and pass on to the arms, and their branches and pinnules; they are lined by soft skin, and carry the tentacle-like ambulacral-stock-foto
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