Inomura K, Deutsch C, Wilson ST, Masuda T, Lawrenz E, Lenka B, Sobotka R, Gauglitz JM, Saito MA, Prášil O, Follows MJ
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Description: English: Transmission electron micrographs of Crocosphaera cells harvested at the 6-h time point during the light period (A to C) and at the 6-h time point during the dark (D to F). Starch granules (SG) and thylakoid membranes (THY) are observed mostly on the edge of the cytosol. More-detailed images (C and F) show that SG are observed mostly between THY. Date: 11 December 2019. Source: Fig. 6 at https://europepmc.org/article/PMC/PMC6908418 Quantifying Oxygen Management and Temperature and Light Dependencies of Nitrogen Fixation by Crocosphaera watsonii. In: Msphere 4(6), doi:10.1128/msphere.00531-19, PMID 31826967, PMC 6908418. Author: Inomura K, Deutsch C, Wilson ST, Masuda T, Lawrenz E, Lenka B, Sobotka R, Gauglitz JM, Saito MA, Prášil O, Follows MJ.
Pentecost, Allan [Photographer], Pentecost, Allan [Artist] (2016) Diagnostic Drawing: Cyanobacteria - unicellular and colonial [image] Freshwater Biological Association
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Description: English: Diagnostic Drawing: Cyanobacteria - unicellular and colonial. By Allan Pentecost: Aphanothece. Scale bar of appears to be about 10 µm. Date: 14 October 2008, 09:34:51. Source: File:Cyanobacteriaunicellularandcolonial020.jpghttp://www.environmentdata.org/archive/fbaia:2423 (extract)at http://www.environmentdata.org/ Agricultural & Environmental Data Archive (AEDA). Author: Pentecost, Allan [Photographer], Pentecost, Allan [Artist] (2016) Diagnostic Drawing: Cyanobacteria - unicellular and colonial [image] Freshwater Biological Association. Other versions: .
Description: English: Colony of Microcystis cyanobacteria with smaller bacterial "hitchhikers." Stained with Sytox green cyanine dye. Sample from St. Johns River, Jacksonville, Florida, USA. Date: 30 July 2009, 12:02:12. Source: http://gallery.usgs.gov/photos/12_07_2009_s85Are1QPk_12_07_2009_3#.Ur-ohffTnrd. Author: Photographer: Barry Rosen, U.S. Geological Survey.
Description: Polski: Zdjęcie przedstawia dwa gatunki sinic - po lewej - Dolichospermum, po prawej - Microcystis. Do kolonii sinic Dolichospermum przyczepione są orzęski z rodzaju Pseudovorticella (niebieskie). Powiększenie 25X. Technika oświetleniowa - ciemne pole i polaryzacja. English: The image presents two cyanobasteria species: Dolichospermum (on the left) and Microcystis (on the right). Pseudovorticella ciliates (blue ones) are attached to Dolichospermum colony. Magnification is 25X. Technique of the illumination is: dark field and polarized light.English: The image presents two cyanobasteria species: Dolichospermum (on the left) and Microcystis (on the right). Pseudovorticella ciliates (blue ones) are attached to Dolichospermum colony. Magnification is 25X. Technique of the illumination is: dark field and polarized light. Date: 29 August 2019, 11:42:51. Source: Own work. Author: MarekMiś.
Pentecost, Allan [Photographer], Pentecost, Allan [Artist] (2016) Diagnostic Drawing: Cyanobacteria - unicellular and colonial [image] Freshwater Biological Association
Wikimedia Commons
Description: English: Diagnostic Drawing: Cyanobacteria - unicellular and colonial. By Allan Pentecost: Microcystis. Scale bar of appears to be about 10 µm. Date: 14 October 2008, 09:34:51. Source: File:Cyanobacteriaunicellularandcolonial020.jpghttp://www.environmentdata.org/archive/fbaia:2423 (extract)at http://www.environmentdata.org/ Agricultural & Environmental Data Archive (AEDA). Author: Pentecost, Allan [Photographer], Pentecost, Allan [Artist] (2016) Diagnostic Drawing: Cyanobacteria - unicellular and colonial [image] Freshwater Biological Association. Other versions: .
Description: Latina: Cyanobacteria Mycrocystis aeruginosa English: There are imaged colonies of the blue green algae Microcystis aeruginosa and one needle-like colony of Aphanizomenon flos-aquae as seen under the microscope that was limited to employing monochromatic blue light. These Cyanobacteria blooms in fresh water and in low salinity portions of Coastal Bays. In summer they can form green clots giving the water the appearance of blue-green paint. Wind moves the water that the clots are floating and billowing near the surface forming the green lake scum. Français : Cette photographie prise au microscope montre une colonie de micro algues bleu-vert (en réalité des bactéries cyanophycées) Microcystis aeruginosa et une colonie " en aiguille" d'Aphanizomenon flos-aquae ; le microscope utilise ici uniquement de la lumière bleue monochromatique.Ces proliférations (blooms) de cyanobactéries en eau douce et dans zones moins salées des baies côtières peuvent (souvent en été) recouvrir l'eau d'une couche épaisse de bactérie (biofilm flottant) donnant l'impression que l'eau est couverte de peinture bleue-verte. le vent peut déplacer ces blooms vers les berges ou littoraux et ils forment parfois une écume verte à bleutée. Ces bactéries peuvent sécréter des toxines. Date: 1 February 2008. Source: Own work. Author: T.Voekler. de.wikipedia Licensing[edit] : This file is licensed under the Creative CommonsAttribution-Share Alike 3.0 Unported license. :. https://creativecommons.org/licenses/by-sa/3.0 CC BY-SA 3.0 Creative Commons Attribution-Share Alike 3.0 truetrue.
Pentecost, Allan [Photographer], Pentecost, Allan [Artist] (2016) Diagnostic Drawing: Cyanobacteria - unicellular and colonial [image] Freshwater Biological Association
Wikimedia Commons
Description: English: Diagnostic Drawing: Cyanobacteria - unicellular and colonial: Gloeocapsa. By Allan Pentecost. Scale bar of appears to be about 10 µm. Date: 14 October 2008, 09:34:51. Source: File:Cyanobacteriaunicellularandcolonial020.jpghttp://www.environmentdata.org/archive/fbaia:2423 (extract)at http://www.environmentdata.org/ Agricultural & Environmental Data Archive (AEDA). Author: Pentecost, Allan [Photographer], Pentecost, Allan [Artist] (2016) Diagnostic Drawing: Cyanobacteria - unicellular and colonial [image] Freshwater Biological Association. Other versions: .
Pentecost, Allan [Photographer], Pentecost, Allan [Artist] (2016) Diagnostic Drawing: Cyanobacteria associated with tufa [image] Freshwater Biological Association [publisher]. Scale bar has been moved to the extract.
Wikimedia Commons
Description: English: Diagnostic Drawing: Cyanobacteria associated with tufa: Gloeocapsa. Date: 13 October 2008, 16:21:59. Source: (edited extract) File:Cyanobacteriaassociatedwithtufa014.jpghttp://www.environmentdata.org/archive/fbaia:2013 at http://www.environmentdata.org/ Agricultural & Environmental Data Archive (AEDA). Author: Pentecost, Allan [Photographer], Pentecost, Allan [Artist] (2016) Diagnostic Drawing: Cyanobacteria associated with tufa [image] Freshwater Biological Association [publisher]. Scale bar has been moved to the extract. Other versions: .
Description: This file has no description, and may be lacking other information. Please provide a meaningful description of this file. Date: 1914. Source: The New Student's Reference Work. Author: This file is lacking author information. Other versions: .
Description: English: Example of the bacteria Gloeocapsa magma growing on asphalt shingles. When the sunlight tries to kill the organism, it encapsulates itself with a hard black shell, resulting in these black streaks. The organism is slowly eating away at the shingle granules. Date:. Source: Own work. Author: Mcbooz. Camera location 39° 01′ 30″ N, 76° 35′ 27″ W: View all coordinates using: OpenStreetMap - Google Earth: 39.025000; -76.590833. gloeocapsa magma, dirty roof, black streaks on roof, roof cleaning, pressure washing, maryland Licensing[edit] : This file is licensed under the Creative CommonsAttribution-Share Alike 3.0 Unported license.:. https://creativecommons.org/licenses/by-sa/3.0 CC BY-SA 3.0 Creative Commons Attribution-Share Alike 3.0 truetrue.
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