k Placoderm desmid Cosmarium botrytis, SEM Scanning electron micrograph SEM of placoderm desmid Cosmarium botrytis. Desmids are freshwater, unicellular green algae that have a symmetrical appearance. There are two groups of desmids the Placoderm and the Saccoderm desmids. The placoderm desmid cell is divided in two symmetrical halves semicells that show a remarkable variation in shape and surface ornamentation. The placoderm desmid is separated by a median constriction called the isthmus. At cell division the cell splits in two at the isthmus, with each half generating a replica of itself to restore the original shape. Because desmids thrive in clear and nutrient poor freshwater, they are important to ecologists in assessing and monitoring wetland areas. Magnification x400 when shortest axis printed at 25 millimetres. Stock Photo - Afloimages
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Placoderm desmid  Cosmarium botrytis , SEM Scanning electron micrograph  SEM  of placoderm desmid  Cosmarium botrytis . Desmids are freshwater, unicellular green algae that have a symmetrical appearance. There are two groups of desmids: the Placoderm and the Saccoderm desmids. The placoderm desmid cell is divided in two symmetrical halves  semicells  that show a remarkable variation in shape and surface ornamentation. The placoderm desmid is separated by a median constriction called the isthmus. At cell division the cell splits in two at the isthmus, with each half generating a replica of itself to restore the original shape. Because desmids thrive in clear and nutrient poor freshwater, they are important to ecologists in assessing and monitoring wetland areas. Magnification: x400 when shortest axis printed at 25 millimetres.
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Placoderm desmid (Cosmarium botrytis), SEM

Scanning electron micrograph (SEM) of placoderm desmid (Cosmarium botrytis). Desmids are freshwater, unicellular green algae that have a symmetrical appearance. There are two groups of desmids: the Placoderm and the Saccoderm desmids. The placoderm desmid cell is divided in two symmetrical halves (semicells) that show a remarkable variation in shape and surface ornamentation. The placoderm desmid is separated by a median constriction called the isthmus. At cell division the cell splits in two at the isthmus, with each half generating a replica of itself to restore the original shape. Because desmids thrive in clear and nutrient poor freshwater, they are important to ecologists in assessing and monitoring wetland areas. Magnification: x400 when shortest axis printed at 25 millimetres.

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