Sentence examples for oceanic warming from inspiring English sources

The magnitude of the oceanic warming surprised some experts.

The melting of the ice sheet was fastest in the simulations "when an abrupt reduction in Southern Ocean overturning" allowed "rapid subsurface oceanic warming to take place".

Here, we developed this approach by manipulating temperature on and around settlement panels to conduct highly novel in situ experiments on the response of natural communities to simulated oceanic warming.

As such, the approach has some limitations in that it does not affect larval survivorship, fecundity of the local population, adult physiology, or the pool of species available for colonisation; all of which will be strongly influenced by oceanic warming.

Significant warming has been observed in every ocean, yet our ability to predict the consequences of oceanic warming on marine biodiversity remains poor.

Today's discussion about oceanic warming or cooling wouldn't be complete without "One who is concerned with el niño", except we're not talking about scientists, are we?

Here, we examine the sensitivity of future oceanic acidification to climate change feedbacks within a coupled atmosphere-ocean model and find that ocean warming dominates the climate change feedbacks.

One recent study provides evidence that phytoplankton abundance has declined in 8 of 10 oceanic regions over the past century, and the authors suggest that this can be explained by ocean warming over this period [35].

Edaphic factors related to seasonal river activity changes and to the development of swamp forests in the riverbanks are significantly associated to the occurrences of Hippopotamus cf. antiquus, whereas finds of Mammuthus meridionalis belong to fully forested landscapes dominated by conifer or mixed forests of oceanic, warm to cool-temperate climate.

Evidence of human-caused catastrophe mounts daily with grim reports from sea, sky and land: disappearing species, the collapse of fisheries, ­deforestation, the shrinking ozone layer, higher concentrations of atmospheric carbon dioxide, oceanic dead zones, warming temperatures, extreme weather, rising sea levels, depleted aquifers, melting glaciers, thawing perma­frost.

Here, κ reflects primarily oceanic processes and a larger value indicates that more of the heat anomaly is absorbed in the ocean and hence surface warming is suppressed.