Marine photosynthetic plankton are responsible for approximately 50 petagrams (1015) of
carbon per year of net primary production, an amount equivalent to that on land. This …

This paper summarizes the findings of a workshop convened in the United States in 2018 to
discuss methods in coastal and estuarine modeling and to propose key areas of research …

Ocean Biogeochemical Dynamics provides a broad theoretical framework upon which
graduate students and upper-level undergraduates can formulate an understanding of the …

For Fe contained in aeolian dust to act as a micronutrient for oceanic phytoplankton, some
fraction of it must first be transformed (mobilized) into a form soluble in ocean water. Fe …

Depth-integrated primary productivity (PP) estimates obtained from satellite ocean color-
based models (SatPPMs) and those generated from biogeochemical ocean general …

In the last five decades for which tuna fishing data are available, the interannual ENSO
signal (SOI) and the related Pacific Decadal Oscillation (PDO) suggest two different regimes …

Biological hot spots in the ocean are likely created by physical processes and have distinct
oceanographic signatures. Marine predators, including large pelagic fish, marine mammals …

With increasing pressure for a more ecological approach to marine fisheries and
environmental management, there is a growing need to understand and predict changes in …

Climate may affect marine fish populations through many different pathways, operating at a
variety of temporal and spatial scales. Climate impacts may work their way bottom up …

We evaluated the regional distributions of six nitrogen (N2)‐fixing bacteria in the North
Pacific Ocean using quantitative polymerase chain reaction amplification of planktonic nifH …