Project S·022: Chemical Ecology of Antarctic Marine Organisms

Welcome to the S-022 home page. We are a team of biologists and chemists based at the University of Alabama at Birmingham and at the University of South Florida who study how organisms utilize chemical compounds to defend themselves from predators, competitors, and organisms that would overgrow or infect them.S-022 Field Team, 2000

New Harbor, Antarctica benthosS-022 means "science group 22" and is the original designation given to us by our sponsor, the Antarctic Organisms and Ecosystems program in the Office of Polar Programs at the National Science Foundation. Our official designation is now B-022-L/P, primarily to indicate that we are a biology group working from the research ship Laurence M. Gould and (primarily) from Palmer Station.
The project was initiated in 1988 by Dr. Jim McClintock, a marine ecologist and invertebrate zoologist from the Biology Department at UAB. Dr. Bill Baker, a natural products chemist from the Chemistry Department at USF, joined him in 1992. The most recent addition is Dr. Chuck Amsler, a marine algal ecophysiologist also from the UAB Biology Department, who joined the team in 1996.USAP logo

Dendrilla membranosaMuch of our recent work has focused on defenses against predators in a variety of sluggish or sessile marine invertebrates including sponges, echinoderms, and nudibranchs and on defenses against herbivores in macroalgae. This includes questions of tissue-specific sequestration, of chemical defenses in eggs, embryos, and larvae, and of the evolution of chemical defenses in general. We have also begun to probe the chemical interactions between invertebrates and their bacterial and algal microfloras.

Go to list of peer-reviewed publications

Go to list of non-peer-reviewed publications

Go to description of current and recent research

Go to Letters from Antarctica

Go to S-022 Introduction Page

Thanks to the UAB Department of Biology for providing this web space.

Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.

This page is not a publication of the University of Alabama at Birmingham. It has not been edited or examined for content by the University of Alabama at Birmingham. The author(s) of the page are solely responsible for the content.

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