Increasing availability and extent of biological ocean time series (from both in situ and
satellite data) have helped reveal significant phenological variability of marine plankton. The …

The timing of recurring biological and seasonal environmental events is changing on a
global scale relative to temperature and other climate drivers. This study considers the Gulf …

We apply an innovative approach to time series data of surface chlorophyll from satellite
observations with SeaWiFS (Sea‐viewing Wide Field‐of‐view Sensor) to estimate the …

In this thesis, we study a spatio–temporal prey–predator model of plankton. This model has
spatial interaction terms which represent a plankton dynamics that includes info–chemical …

Several hypotheses exist that describe phytoplankton spring blooms in temperate and
subpolar oceans: the critical depth, shoaling mixed layer (ML), critical turbulence, onset of …

One of the most characteristic features in ocean productivity is the North Atlantic spring
bloom. Responding to seasonal increases in irradiance and stratification, surface …

Algal blooms, exacerbated by climate change and eutrophication, have emerged as a global
concern. In this study, we introduce a novel interpretable machine learning (ML) workflow …

This work examines the seasonal cycle of vertical density structure and its influence on
primary production in a temperate shelf sea, with a particular focus on the breakdown of …

In recent years new biological and physical controls have been suggested to drive
phytoplankton bloom dynamics in the North Atlantic. A better understanding of the …

A distinct seasonal variation of primary production was revealed from shipboard
observations conducted from 2005 to 2013 at time series station K2 in the western Pacific …