Eastern Boundary Systems support major fisheries whose early life stages depend on
upwelling production. Upwelling can be highly variable at the regional scale, with …

We present the design and preliminary results from ocean deployments of Zooglider, a new
autonomous zooplankton‐sensing glider. Zooglider is a modified Spray glider that includes …

Enhanced vertical carbon transport (gravitational sinking and subduction) at mesoscale
ocean fronts may explain the demonstrated imbalance of new production and sinking …

Picophytoplankton populations [Prochlorococcus, Synechococcus (SYN), and
picoeukaryotes] are dominant primary producers in the open ocean and projected to …

Observations and theory have suggested that ocean fronts are ecological hotspots,
associated with higher diversity and biomass across many trophic levels. The hypothesis …

Mesozooplankton can directly impact global biogeochemical cycles by repackaging
particulate organic carbon (POC) into dense, rapidly sinking fecal pellets and by undertaking …

Mesoscale fronts occur frequently in many coastal areas and often are sites of elevated
productivity; however, knowledge of the fine-scale distribution of zooplankton at these fronts …

We used extensive ecological and biogeochemical measurements obtained from quasi-
Lagrangian experiments during two California Current Ecosystem Long-Term Ecosystem …

Oceanic fronts are sites of increased vertical exchange that are often associated with
increased primary productivity, downward flux of organic carbon, and aggregation of …

We analyzed the abundance of mesozooplankton and suspended particulate matter across
the deep-water “A-Front” in the southern sector of the California Current System. We …