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The beautiful half-arches that appear to shoot out of the shells are predaceous organs of baby Gooseneck Barnacles (lepas anatifera).
This image is reminiscent of a sharp biotech sword gleaming on a pitch-black night. However, this is a microscopic image of Pseudo-nitzschia pungens (Grunowez leve). The cell size is 8µm wide and 130-170µm in length.
Watch out!, someboday is throwing a ninja star. Actually, this is a Dictyocha / silicofkagellates (46µm) of phytoplankton.
These are unbelievably cool and well designed creatures
This photograph looks like a dramatic panoramic view of the ocean.
This photo is not a wide-angle shot of the ocean, but a close-up picture inside of a blue plastic bottle cap.
Nine unique zooplanktons once lived and traveled together in the Pacific Ocean on this 3cm diameter bottle cap until it washed ashore on the beach of Ocean Shores.
They were all dried at the time they were discovered, but their visible outline (shapes and colors) were well preserved.
We have not yet determined the biological classification of these 3 creatures, but they seem to be a family (or order) of Branchyura Zeoa from their octopus-like body and distinguishing branching legs.
Two small baby fish (about 2mm); one on top and the other on the bottom. They appear to be either Butterfish or Golden threadfin bream.
The partition lines of each compartment are the protective outer coverings of Polyzoa. The median size of each compartment is 300µm x 800µm.
This photo is taken with a polarization of kelly green filter set to deliver a clear image.
Who are you really?
This phytoplankton is looks remarkably like an alien that has Zygomatic arch organs, which is providing CO2 to the entire body of host as food. However, these are actually an alley of filamentous algae. Each cell diameter is about 45μm x 36μm.
miniture cosmic world projected on High Resolution Digital microscope screen.
Two Astromphalus Algae (40µm) are enjoying a free ride on the head of a white ghost dragon swimming into votex rolls.
Young oyster shells are attached to the surface of a floating deck made of styrofoam and began developing colonies, which contain nooks and crannies.
This magnified dynamic image looks like an expanse of glacier ice and glacial erosion. This floating deck may have been used at oyster cultivation farms in Japan.
While preparing to observe Prorocentrum sp (Dinophyceae), we accidentally knocked the microscope, resulting in one of the Prorocentrum (size: 20µm x 60µm) on the glass to seemingly dive into the immersion oil. This gave us a surprisingly dynamic image, as shown above.
Who are you?
Over the course of microscope obsevation, we see many interesting images created accidentally through unknown means.
A school of phytoplanktons. How many species of planktons can you find?
Colonization Mechanism of Living Organisms on Marine Debris

(ref. 2005 Japanese Industrial Standards Committee) 
(Images prepared by Islands4Kids)  

1st layer Conditioned film = molecules of sea water and colloidal dispersion
2nd layer Bio-film = bacteria, diatoms, common types of unicellular phytoplankton
3rd layer Macro fouling = accumulation of micro-organisms, algae and diatoms, and plants and larval settlements on surfaces. Composition of bio-film (2nd layer) is a key factor in conditioning the colonization of macro fouling (3rd layer).

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