Ocean-related global change has strongly affected the competition between key marine
phytoplankton groups, such as diatoms and dinoflagellates, especially with the deleterious …

Reduction of anthropogenic CO2 emissions alone will not sufficiently restrict global warming
and enable the 1.5° C goal of the Paris agreement to be met. To effectively counteract …

Artificial upwelling has been proposed as a means of enhancing oceanic CO2 sequestration
and/or raising fishery yields through an increase in primary production in unproductive parts …

To keep global warming below 1.5° C, technologies that remove carbon from the
atmosphere will be needed. Ocean artificial upwelling of nutrient-rich water stimulates …

Introduction Artificial upwelling has been discussed as a nature-based solution to fertilize
currently unproductive areas of the ocean to enhance food web productivity and …

As one of Earth's most productive marine ecosystems, the Peruvian upwelling system
transports large amounts of biogenic matter from the surface to the deep ocean. Whilst …

From 2008 to 2019, a comprehensive research project,'SFB 754, Climate–Biogeochemistry
Interactions in the Tropical Ocean,'was funded by the German Research Foundation to …

Understanding diversity patterns and associated driving factors are the critical topics in
macroecology and conservation biology. Phytoplankton are highly susceptible to …

Iodine cycling in the ocean is closely linked to productivity, organic carbon export, and
oxygenation. However, iodine sources and sinks at the seafloor are poorly constrained …

High dissolved iron (dFe) concentrations of the order of 10–100 nmol L− 1 are a feature of
waters influenced by sedimentary inputs in oxygen minimum zones (OMZ). However, the …