A coupled ocean general circulation model (OGCM)‐ocean ecosystem model is used to
investigate the effects of the deep chlorophyll maximum (DCM) on the ocean state in the …

The effects of bio-optical feedback through chlorophyll on future tropical cyclone (TC) activity
are not well understood. Here we use Earth system model simulations with the …

Multiple processes are involved in modulating the El Niño‐Southern Oscillation (ENSO) in
the tropical Pacific, and these processes are neither well‐represented nor well‐understood …

The phytoplankton-light feedback (PLF) depicts how phytoplankton biomass interacts with
the downwelling shortwave radiation entering the ocean. Considering the PLF allows …

The influence of chlorophyll shading on ocean dynamics has been usually disregarded in
eastern boundary upwelling systems modeling studies in spite of their very high primary …

Ocean chlorophyll concentration, a proxy for phytoplankton, is strongly influenced by internal
ocean dynamics such as those associated with El Niño–Southern Oscillation (ENSO) …

Abstract The El Niño‐Southern Oscillation (ENSO) strongly influences phytoplankton in the
tropical Pacific, with El Niño conditions suppressing productivity in the equatorial Pacific …

Tropical instability waves (TIWs) induce large physical and biological perturbations, which
have a feedback onto the tropical Pacific climate and ecosystem. However, the extent to …

Ocean biology components affect the vertical redistribution of incoming solar radiation in the
upper ocean of the tropical Pacific and can significantly modulate El Niño–Southern …

Freshwater Flux and Ocean Chlorophyll Produce Nonlinear Feedbacks in the Tropical Pacific
in: Journal of Climate Volume 32 Issue 7 (2019) Jump to Content Jump to Main Navigation …