Modelers often need to quantify the rates at which zooplankton consume a variety of
species, size classes and trophic types. Implicit in the equations used to describe the …

Over the past few decades, the radioisotope pair of 238U/234Th has been widely and
increasingly used to describe particle dynamics and particle export fluxes in a variety of …

A global three‐dimensional marine ecosystem model with several key phytoplankton
functional groups, multiple limiting nutrients, explicit iron cycling, and a mineral …

During the 1997–98 El Niño, the equatorial Pacific Ocean retained 0.7× 1015 grams of
carbon that normally would have been lost to the atmosphere as carbon dioxide. The …

A new marine ecosystem model designed for the global domain is presented, and model
output is compared with field data from nine different locations. Field data were collected as …

Iron is hypothesized to be a limiting micronutrient for ocean primary production. This paper
presents an analysis of the iron budget in the upper ocean. The global distribution of annual …

A one-dimensional ecosystem model was developed for the equatorial Pacific upwelling
system, and the model was used to study nitrogen and silicon cycle in the equatorial Pacific …

The cycling of carbon in the equatorial Pacific Ocean was investigated by the Equatorial
Pacific (EqPac) Study in 1992. As part of that study in situ primary productivity was measured …

A biological pump for transferring atmospheric CO2 to deep ocean regimes has been
identified in the upwelling zone of the US Pacific coast off Oregon using high‐resolution …

The upper ocean 234Th activity distribution at 77 stations was measured between 12° N and
10° S, and 95° W and 170° W in the spring and autumn of 1992. A regional scavenging …