About: Marine microorganisms

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Any life form too small for the naked human eye to see that lives in a marine environment

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  • any life form too small for the naked human eye to see that lives in a marine environment (en)
  • 바다의 짠물이나 해안 하구의 염분이 섞인 바다의 미생물 (ko)
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  • Drawings by Haeckel 1904 (en)
  • Shell micrographs (en)
  • Shell of a spherical radiolarian (en)
  • Armoured (en)
  • ...and defensive spines (en)
  • ...can have more than one nucleus (en)
  • Unarmoured (en)
  • White Phaeocystis algal foam washing up on a beach (en)
  • Acantharian radiolarian hosts Phaeocystis symbionts (en)
  • Microbial mats are the earliest form of life on Earth for which there is good fossil evidence. The image shows a cyanobacterial-algal mat. (en)
  • Diagram of a typical tailed phage (en)
  • cell schematic (en)
  • micrograph (en)
  • Stromatolites are formed from microbial mats as microbes slowly move upwards to avoid being smothered by sediment. (en)
  • A surf wave at night sparkles with blue light due to the presence of a bioluminescent dinoflagellate, such as Lingulodinium polyedrum (en)
  • Bacteria can be beneficial. This Pompeii worm, an extremophile found only at hydrothermal vents, has a protective cover of symbiotic bacteria. (en)
  • ---- 16px Where Did Eukaryotic Cells Come From? – Journey to the Microcosmos (en)
  • High volumes of plankton samples can be analysed rapidly (en)
  • Pelagibacter ubique, the most common bacterium in the ocean (en)
  • Haeckel Peridinea (en)
  • High volumes of plankton samples can also be analysed rapidly with sequencing techniques. (en)
  • Black smoker in the High Rise portion of the Endeavour Hydrothermal Vents. (en)
  • The tiny cyanobacterium Prochlorococcus is a major contributor to atmospheric oxygen (en)
  • Suggested explanation for glowing seas (en)
  • Tintinnopsis campanula (en)
  • Unarmored dinoflagellates Kofoid (en)
  • using modern imaging techniques. (en)
  • Marinomonas arctica, a bacterium which grows inside Arctic sea ice at subzero temperatures (en)
  • NASA image of a large bloom of Nodularia cyanobacteria swirling in the Baltic Sea (en)
  • Parakaryon myojinensis, a possible transitional form between a prokaryote and a eukaryote (en)
  • Multiple phages attached to a bacterial cell wall at 200,000x magnification 330px (en)
  • Cyanobacteria from a microbial mat. Cyanobacteria were the first organisms to release oxygen via photosynthesis (en)
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  • Drawings by Haeckel 1904 (en)
  • Foraminiferans are important unicellular zooplankton [[#Marine protists (en)
  • Traditionally dinoflagellates have been presented as armoured or unarmoured (en)
  • It would be difficult to consistently separate out these two microbes using images alone. However, if their barcodes are aligned to each other and their bases are coloured to see them more clearly, it becomes easy to see which bases are different between these two microbes. In this manner, millions of different kinds of microbes can be distinguished. thumb|330px|center| (en)
  • Phage injecting its genome into bacteria (en)
  • Diatoms have a silica shell with radial or bilateral symmetry (en)
  • Computer simulations of Turing patterns on a sphere closely replicate some radiolarian shell patterns (en)
  • Choanoflagellates, unicellular "collared" flagellate protists, are thought to be the closest living relatives of the animals. (en)
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  • Cyanobacteria (en)
  • Diatoms (en)
  • Bacteriophages (en)
  • Dinoflagellates (en)
  • Radiolarian shapes (en)
  • Turing and radiolarian morphology (en)
  • Foraminiferans (en)
  • Mixotrophic radiolarians (en)
  • microbial mats (en)
  • Barcoding (en)
  • Ciliate shapes (en)
  • Diatom shapes (en)
  • Dinoflagellate shapes (en)
  • Foraminiferan shapes (en)
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  • Haeckel Phaeodaria 1.jpg (en)
  • Haeckel Stephoidea edit.jpg (en)
  • Radiolarians - Actinomma sol .jpg (en)
  • Spherical radiolarian.jpg (en)
  • Ecomare - schuimalg strand .jpg (en)
  • Foram-globigerina hg.jpg (en)
  • G bulloides Brady 1884.jpg (en)
  • Gymnodinium agile sp.jpg (en)
  • Peridinium digitale.jpg (en)
  • Phaeocystis symbionts within an acantharian host.png (en)
  • Centric diatom .jpg (en)
  • Codosiga.jpg (en)
  • Cronoflagelado2.svg (en)
  • Cyanobacteria guerrero negro.jpg (en)
  • Cyanobacterial-algal mat.jpg (en)
  • Dinoflagellate lumincescence 2.jpg (en)
  • Pennate diatoms .jpg (en)
  • Phage.jpg (en)
  • Prochlorococcus marinus .jpg (en)
  • Stromatolites in Sharkbay.jpg (en)
  • Tailed phage.png (en)
  • Potential Mechanism for Dazzling Blue Flashes of Light in Oceans Identified .jpg (en)
  • Alvinella pompejana01.jpg (en)
  • Faure FremietTspCamp.jpg (en)
  • Haeckel Ciliata.jpg (en)
  • Haeckel Diatomea 4.jpg (en)
  • Haeckel Diatomea.jpg (en)
  • Haeckel Peridinea.jpg (en)
  • Haeckel Thalamophora 12.jpg (en)
  • Haeckel Thalamphora.jpg (en)
  • High Rise black smoker.jpg (en)
  • High throughput imaging of plankton samples.png (en)
  • High throughput sequencing of plankton samples.png (en)
  • Kofoid swezy plate 3.jpg (en)
  • Marinomonas arctica.jpg (en)
  • Nodularia bloom.jpg (en)
  • Parakaryon myojinensis drawing.svg (en)
  • Pelagibacter 2.jpg (en)
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  • While recent technological developments and scientific discoveries have been substantial, we still lack a major understanding at all levels of the basic ecological questions in relation to the microorganisms in our seas and oceans. These fundamental questions are: (en)
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  • – European Science Foundation, 2012 (en)
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  • Scientists' warning to humanity (en)
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  • Marine microorganisms (en)
  • Microrganismi marini (it)
  • 해양 미생물 (ko)
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