Hilary E. Glover

TL;DR: The pattern of carbon flow into the major end products of photosynthesis appeared to be the same for a given photosynthetic rate regardless of irradiance level, and colonies at the second station were interpreted to have been in a nutritionally poor state.

TL;DR: In this article, the first evidence that high surface productivity in stratified Sargasso Sea water was supported by nanomolar changes in nitrate concentrations was presented, which was stoichiometrically consistent with the subsequent cellular production of a cyanobacterial bloom.

TL;DR: During February and March 1985, nitrite levels along the northern Peruvian coast were unusually high, suggesting intensified denitrification, and the removal of combined nitrogen within zones of new or enhanced Denitrification observed between 7� to 16�S suggests a significant increase in oceanic denitification.

TL;DR: The data are consistent with close coupling between nitrification and denitrification in the oxygen minimum zone, and rapid cycling of nitrogen cycle intermediates including nitrate, nitrite and nitrous oxide.

TL;DR: Algae within the ultraplankton size range, algae photosynthesized and grew most efficiently in low intensity blue-violet and blue light, while phycoerythrin-rich Synechococcus clones were most efficient in dim green light, and oceanic ultraplankingtonic algae may have a competitive advantage over larger algae and SyneChococcus spp.