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Longitude (deg): -1.1. Latitude (deg): 51.4. Longitude (deg/min): 1° 10' W. Latitude (deg/min): 51° 30' N. Vice county name: Berks. Vice county no.: 22. Country: England. Stage: Anamorph. Associated species: Taraxacum officinale. Identified by: Malcolm Storey. Comment: Tiny gregarious galls in Dandelion leaves. Category: microscope photograph. Image scaling: magnified. Photographic equipment used: Canon EOS10D dSLR and Meiji microscope with x2.5 projection eye-piece. DPI defaulting to 180.
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Longitude (deg): -1.1. Latitude (deg): 51.4. Longitude (deg/min): 1° 10' W. Latitude (deg/min): 51° 30' N. Vice county name: Berks. Vice county no.: 22. Country: England. Stage: Anamorph. Associated species: Taraxacum officinale. Identified by: Malcolm Storey. Comment: Tiny gregarious galls in Dandelion leaves. Category: microscope photograph. Image scaling: microscope low magnification. Photographic equipment used: Canon EOS10D dSLR and Meiji microscope with x2.5 projection eye-piece. DPI defaulting to 180.
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Galende, Castilla y Len, Espaa
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Chytriomyces (kit-rio-my-sees). This is chytrid, in which the cytoplasm usually resides in a large structure (thallus or sporangium) from which a system of branching elements (rhizoidal system) emerges. As can be seen from this image, the rhizoidal system can be very extensive. Phase contrast.
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Chytriomyces (kit-rio-my-sees). This is chytrid, in which the cytoplasm usually resides in a large structure (thallus or sporangium) from which a system of branching elements (rhizoidal system) emerges. As can be seen from this image, the rhizoidal system can be very extensive. Phase contrast.
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Chytriomyces (kit-rio-my-sees). This is chytrid, in which the cytoplasm usually resides in a large structure (thallus or sporangium) from which a system of branching elements (rhizoidal system) emerges. This image is from a culture and most cytoplasm seems to have been lost. Phase contrast.
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Chytriomyces (kit-rio-my-sees). This is chytrid, in which the cytoplasm usually resides in a large structure (thallus or sporangium) from which a system of branching elements (rhizoidal system) emerges. Phase contrast.
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Chytriomyces (kit-rio-my-sees). This is chytrid, in which the cytoplasm usually resides in a large structure (thallus or sporangium) from which a system of branching elements (rhizoidal system) emerges. As can be seen from this image, the rhizoidal system can be very extensive. Phase contrast.
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Cladochytrium (clade-o-kit-ree-um) a chytrid, in which the cytoplasm develops into a system of fine branching rhizoids which are used to pick up food. This image shows the distinctive two part expansions of the rhizoidal system. Phase contrast.
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Cladochytrium (clade-o-kit-ree-um) a chytrid, in which the cytoplasm develops into a system of fine branching rhizoids which are used to pick up food. This image shows the distinctive two part expansions of the rhizoidal system. Phase contrast.
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Pringsheimella (pring-shy-mell-a), an ulvophyceaen green alga forming an aggregate of cells. Phase contrast microscopy.
data on this strain.
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Pringsheimella (pring-shy-mell-a), an ulvophyceaen green alga forming an aggregate of cells. Differential interference microscopy.
data on this strain.
