Cambridge University Press / Eaton / CRC Press / Sanudo-Wilhelmy SA / Stephens / /
Country
French Polynesia / Japan / United States / Papua New Guinea / Wales / / /
Event
Natural Disaster / /
Facility
University Press / Prentice Hall / State University of New York / /
IndustryTerm
Experimental protocol / diatom chemical composition / absorbed energy / food web link / potential food-web link / potential food source / water-column food sources / food supply / food availability / marine systems / food sources / food / energy / food spectrum / planktonic food webs / energy contribution / Energy balance / food source / energy budgets / benthic and pelagic systems / energy budget / food resource / microbial food web / /
NaturalFeature
Arabian Sea / Persian Gulf / Adriatic Sea / San Francisco Bay / Wadden Sea / Gulf of Mexico / Hudson River / Mali Ston Bay / /
Organization
Cambridge University / State University of New York / Stony Brook / New York / US National Science Foundation / Hudson River Foundation / Marine Sciences Research Center / State University of New York / US Federal Reserve / Department of Ecology and Evolution / /
Person
Reed Mariculture / Nicholas S. Fisher / Ser Vol / Arch Hydrobiol Beih Ergeb Limnol / Bengt Allen / Roger Hughes / Rose Bengal / Brendan P. Kelaher / Stephen Baines / Wai Hing / Benjamin S. Twining / Aya K. Alt / Patrick Baker / /
MARINE ECOLOGY PROGRESS SERIES Mar Ecol Prog Ser Vol. 253: 175–182, 2003 Published May 15