Abstract Subtropical gyres cover 26%–29% of the world's surface ocean and are
conventionally regarded as ocean deserts due to their permanent stratification, depleted …

In the context of global climate change, ocean iron fertilization (OIF) has been suggested as
a potential geoengineering strategy to enhance the growth of marine phytoplankton …

Classifying the ocean into regions with distinct biogeochemical or physical properties may
enhance our interpretation of ocean processes. High-resolution satellite-derived products …

Phytoplankton phenology describes yearly algal growth cycles and characterises the timing,
duration, and magnitude of bloom occurrences. This study used satellite chlorophyll-a data …

The subarctic Pacific is generally perceived as relatively homogeneous since the North
Pacific Subpolar Gyre dominates the water circulation in the area. However, previous …

The subarctic northeast Pacific (SNEP) is a high-nitrate, low-chlorophyll (HNLC) region in
the ocean, where phytoplankton growth and productivity are limited by iron. Moreover, there …

The earth's oceans and ecosystems face climatic changes and multiple anthropogenic
stressors. In the face of this, managers of the marine environment are increasingly adopting …

The coastal waters of British Columbia (BC) support diverse food webs and provide habitats
for various species of Pacific salmon, which are of vital importance to the regional economy …

We developed a two‐step classification procedure (ie, using a Self-Organizing Maps
analysis followed by the affinity propagation clustering method) to define bioregions based …