Young oyster shell started developing colony on styrofoam

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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.

Protective outer covering of Polyzoa

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Partition line of each compartments are protective outer covering of Polyzoa. Median size of each compartment is 0.3mm x 0.8mm.
Photo taken with a polarization filter set to deliver clear image.

Microbial and biodiverse habitats find home on plastic marine debris

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Lepas anatifera, commonly known as the pelagic gooseneck barnacle or smooth gooseneck barnacle (although they resemble bivalve molluscs, barnacles are actually filter-feeding crustaceans, related to crabs, shrimp, and lobster: Ref. Fishery Bulletin, NOAA) attached to a drifting plastic marine debris.

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Samples were collected from the beach of Ocean Shores on Feb. 18, 2016.

What if ........?

What if ........?
Small beaches of small islands were covered with plastic debris.
http://www.islands4kids.org/re-imagining.html
http://www.islands4kids.org/marine-debris.html
(This picture is a composite image for educational video.)
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Reimagining project

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"Reimagining" is on-the-spot recycling technologies to recreate marine debris into other useful resources.
This simplified and inexpensive process will help people where advanced recycling industries in the mainland do not extend a helping hand.
"Reimagining" may not be a permanent solution, but will be a necessary interim marine debris treatment method at remote areas to enhance the disposal capability.
Recreated products have another benefit that marine debris will become traceable waste that can be more easily recovered when better methods of disposal are developed.