… as nutrient cycling and detoxification and removal of pollutants. Ocean biogeochemistry is …
Oxygen respiration and sulfate reduction are responsible for most of the global marine carbon …

… If organic N and P are completely remineralized, F N* = 0. F … Our primary interest here is on
the internal interplay of the N cycle pathways in a continental shelf setting like the Mauritanian …

… In other words, in this model on multi-decadal timescales, changes in the parameterised
mixing were responsible for essentially all of the deoxygenation not attributable to the effect of …

… Another striking result of our study is the strong variability of the eastward volume flux trends
(at 100 W) among the ocean reanalyses that we analysed. The trade winds, which are part …

… Increasing global deoxygenation has widely formed oxygen-limited biotopes, altering the …
almost 36.9% of N 2 O occurs, which is then reduced completely to nitrogen gas after the next …

… deoxygenation (<1 µmol l-1). Mediterranean regions that experience more intense MHWs
also demonstrate stronger deoxygenation … Essentially, the model’s ability to produce extreme …

… intermittent features that essentially appear in the … other environmental variables from
multiple sources is growing rapidly with the increasing threat of ocean deoxygenation for marine …

… of fixed N loss change with warming-induced deoxygenation … favorability of metabolism at a
more fundamental level. … crucial to AMZ O 2 and N cycling, and examine the outcome of their …

… In many places in the global ocean, oxygen is completely removed … are parts of the C and
N cycles and include aerobic respiration, … Further ocean deoxygenation is expecting as the …

… we demonstrate that deoxygenation in the northern AS is essentially caused by reduced …
ocean deoxygenation in the northern AS, we performed an O 2 budget analysis north of 20 ∘ N …