The ocean is responsible for taking up approximately 25% of anthropogenic CO2 emissions
and stores> 50 times more carbon than the atmosphere. Biological processes in the ocean …

The ocean holds a large reservoir of carbon dioxide (CO 2), and mitigates climate change
through uptake of anthropogenic CO 2. Fluxes of CO 2 between the atmosphere and surface …

The vertical separation of organic matter formation from respiration can lead to net carbon
sequestration within the ocean's interior, making the biological pump an important …

To predict the impacts of climate change it is essential to understand how anthropogenic
change alters the balance between atmosphere, ocean, and terrestrial reservoirs of carbon …

The ocean's biological carbon pump (BCP) affects the Earth's climate by sequestering CO2
away from the atmosphere for decades to millennia. One primary control on the amount of …

Minimizing anthropogenic climate disruption in the coming century will likely require 15 both
deep and rapid cuts to greenhouse gas emissions and carbon dioxide removal (CDR) from …

Oceanic absorption of atmospheric carbon dioxide (CO2) is expected to slow down under
increasing anthropogenic emissions; however, the driving mechanisms and rates of change …

In the event of insufficient mitigation efforts, net-negative CO2 emissions may be required to
return climate warming to acceptable limits as defined by the Paris Agreement. The ocean …

We use both theory and ocean biogeochemistry models to examine the role of the soft‐
tissue biological pump in controlling atmospheric CO2. We demonstrate that atmospheric …

Minimizing anthropogenic climate disruption in the coming century will likely require carbon
dioxide removal (CDR) from Earth's atmosphere in addition to deep and rapid cuts to …