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Foraminifera Research Image 10
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Foraminifera Research (Image 10)

June 25, 2010
Foraminifera Research (Image 10) Sam Bowser prepares to transfer samples collected by divers on his team, to a waiting vehicle for transport to the station lab. Bowser, a professor of biomedical sciences at the University of Albany's School of Public Health and a scientist at the New York State Department of Health's Wadsworth Center, is collecting the samples as part of his research on single-celled creatures called Foraminifera. With support from grants from the National Science Foundation's U.S. Antarctic Program, Bowser's primary research focus has been to try and understand as much of the fundamental biology of Foraminifera as possible, including habitat preference, life cycle, reproductive patterns, eating habits, and evolutionary history. Foraminifera are among the most abundant organisms in the oceans. They are usually less than 1 millimeter in size, but "larger" Foraminifera may reach the size of a fingernail and are able to capture and eat creatures many times their own mass. Some types of Foraminifera build tiny but sophisticated shells out of grains of sand held together with a natural, but extremely effective underwater adhesive. Bowser is also interested in the role the creatures play in recycling organic nutrients in the oceans. The huge numbers of tiny animals also act as a "carbon sink," absorbing carbon from the water to make their shells, so scientists are very interested in knowing how the animal's contribute to balancing so-called greenhouse gases, such as CO2, in the atmosphere. Bowser believes if his research leads to an understanding of the chemistry underlying Foraminifera's naturally produced glue, it could lead to the development of new stronger, waterproof adhesives that could be a boon in fields as diverse as dentistry, neurological surgery and the development of artificial arms and limbs. For more information, see Bowser's Web site at http://www.bowserlab.org. (Date of Image: Dec. 2006) [Image 10 of 13 related images. See Image 11.]


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