Even the ocean surface is more salty in the horse latitudes, because it doesn't get rained on.
So it seems like it might be a mistake to get into a box by predicting imminent surface temperature increase, or
even ocean surface temperature increase.
Not exact matches
By analogy, we may look at the
surface of the
ocean on a calm day and see waves, and
even, if we so choose, assess their amplitude and frequency.
During the months and months of BP's ongoing oil spill in the Gulf of Mexico, and
even after it was finally halted, researchers struggled to determine how the oil hidden below the
ocean surface was moving, and whether it was disrupting Gulf ecosystems.
In the process, they might identify a planet's
surface features — such as
oceans, continents, ice caps and
even cloudbanks — and detect the presence of biomarkers like oxygen, methane and water.
Within the next decade, hundreds or
even thousands of solar - and wind - powered drones could roam the world's
oceans, using satellites to relay information gathered from the sea
surface and the air above.
And around Antarctica, where
even the
surface ocean water is already quite cold and dense, some of that water in the
ocean depths, which is also carbon rich, eventually warmed enough so that it became less dense than the water above it.
Studies of hydrogen molecules in the Venusian atmosphere by NASA's Pioneer - Venus probe indicate that the planet once had liquid water on its
surface, perhaps
even expansive
oceans.
Its dark
surface (Ceres reflects just one - fourth as much light as Vesta) indicates a water - rich interior; some researchers
even speculate that it could have a mile - deep
ocean under a frozen
surface.
The effect of Kelvin - Helmholtz instability waves (named for 19th century scientists Lord William Thomson Kelvin and Hermann von Helmholtz) can commonly be seen in cloud patterns, on the
surface of
oceans or lakes, or
even a backyard pool.
Titan is the only Solar System moon thought to have liquid at its
surface, although Lebreton says
oceans may lie beneath crusts of ice on Jupiter's moons Europa, Ganymede, Callisto, and
even on Saturn's small moon Enceladus.
The waters probed during this study, known as the California Current, are a hot spot of
ocean acidification because of coastal upwelling, which brings naturally acidic waters to the
surface, where they are made
even more acidic by greenhouse gas pollution.
Even as the
surface warms, the deeps remain cool, and this cold water will continue to periodically push the
ocean out of the El Niño state.
Such active geology suggests that Europa's icy
surface is connected to its buried
ocean — creating a possible pathway for salts, minerals and maybe
even microbes to get from the
ocean to the
surface and back again.
They hope to collect the shrimp, mussels and
even crabs from the
ocean floor and bring them up to the
surface during the next few days.
Some of those discovered so far appear to be rocky, whereas others seem to be fluffy and gaseous, or
even to be «waterworlds» with deep
oceans covering their entire
surfaces.
Her real breakthrough is finding the mechanism by which molecules on Europa's
surface could unite with water and energy in the lakes, and maybe
even in the vast, deeper
ocean.
Even if all greenhouse emissions were to stop today, atmospheric carbon dioxide will remain high for millennia, and ocean surface temperatures will stay elevated even longer, a new study predi
Even if all greenhouse emissions were to stop today, atmospheric carbon dioxide will remain high for millennia, and
ocean surface temperatures will stay elevated
even longer, a new study predi
even longer, a new study predicts.
To get an
even closer look, clamber into a semisubmersible vessel and view the
ocean from a few feet below the
surface, or strap on an undersea helmet (complete with speakers and an air - supply hose) and stroll on the seafloor with a biologist guide.
El Niño is a weather pattern characterized by a periodic fluctuation in sea
surface temperature and air pressure in the Pacific
Ocean, which causes climate variability over the course of years, sometimes
even decades.
Thanks to natural warming and cooling, oxygen concentrations at the sea
surface are constantly changing — and those changes can linger for years or
even decades deeper in the
ocean.
But
even if a planet is found in this so - called «Goldilocks» zone, where
oceans could, in theory, abound, is there actually enough water available to wet the
surface?
Deep trenches, unexplored
surfaces and a long, treacherous journey: Sounds like a voyage to Mars, but it also describes the trip to the bottoms of Earth's own
oceans, about which we know
even less than the Red Planet.
Even where methane increases are observed at the
ocean surface, scientists need better data to determine whether emissions come from hydrates or other seafloor sources.
«The mounting evidence is coalescing around the idea that decades of stronger trade winds coincide with decades of stalls or
even slight cooling of global
surface temperatures, as heat is apparently transferred from the atmosphere into the upper
ocean,» Linsley said.
But in many instances, the simulations show,
even planets starting with rocky cores as little as 1.5 Earth's mass may trap and hold atmospheres containing between 100 and 1000 times the amount of hydrogen found in the water in Earth's
oceans — thick, dense envelopes exerting pressures so hellish that life on the planets»
surfaces might be almost impossible.
Samples collected from the
ocean floor reveal how the mantle's convective forces shape the earth's
surface, create its crust and perhaps
even affect its rotation
Scheduled for launch in May, it will place a seismometer on the
surface to probe the interior and perhaps find frozen remnants of that ancient
ocean, or
even liquid water.
Even the deepest parts of the
ocean — with pressures up to 1000 times that at the
surface — are buzzing with shrimp - like creatures called amphipods, as well as sea cucumbers, nematodes and other worms, and bacteria.
Out of several factors we considered in our model simulation, only one (sulphuric acid) could have made the
surface ocean severely corrosive to calcite, but
even then the amounts of sulphur required are unfeasibly large.
As tides raised by Jupiter in Europa's
ocean rise and fall, they may cause cracking, additional heating, and
even venting of water vapor into the airless sky above Europa's icy
surface.
Bacteria, however, have remained Earth's most successful form of life — found miles deep below as well as within and on
surface rock, within and beneath the
oceans and polar ice, floating in the air, and within as well as on Homo sapiens sapiens; and some Arctic thermophiles apparently
even have life - cycle hibernation periods of up to a 100 million years while waiting for warmer conditions underneath increasing layers of sea sediments (Lewis Dartnell, New Scientist, September 20, 2010; and Hubert et al, 2010).
Scientists have theorized for years that an
ocean could be hiding beneath Europa's icy
surface, one that
even contains oxygen.
Even deeper
oceans of 60 to 125 miles (100 to 200 km) are now believed to lie below
surface ice on Callisto and Ganymede, which orbit further out from Jupiter.
But for the reduction of atmospheric CO2, the
surface ocean CO2 must also have fallen
even given the greater solubility.
Some may
even still have magma
oceans today, whether because they are so close to their stars that silicate vaporizes at the equilibrium temperatures or through massive greenhouse warming of their
surfaces.
These figures may be
even more noteworthy given that the uptake occurs predominantly in seasonally ice - free areas, which are a fraction of the Arctic
Ocean surface.
Cooling sea -
surface temperatures over the tropical Pacific
Ocean — part of a natural warm and cold cycle — may explain why global average temperatures have stabilized in recent years,
even as greenhouse gas emissions have been warming the planet.
Even more crustal minerals were formed by plate tectonics with the help of lubricating
ocean water, atmospheric oxygen from the successful development of photosynthetic microbes, and land - based lichens (of algae and fungi) and mosses which were followed by deep - rooted plants that hastened the erosion and weathering of
surface rocks with the help of biochemical action and the creation of soils as well as new clay minerals.
Not only is the flower crown a boho touch, but it is also a nod to the original story as the grandmother placed a crown of lilies on each granddaughter's head the
evening of their 16th birthday when they were each allowed to go to the
surface of the
ocean for the first time.
Not
even dimples on the
ocean's
surface.
However, casual reading while you are hundreds of feet under the
ocean surface is probably the last thing that
even the most avid readers wouldn't think to do.
You might
even catch a glimpse of a giant humpback whale breaching the
ocean's
surface!
The tall, sharp volcanic walls plunge many meters below the
ocean's
surface and provide shocking and exciting scuba diving that thrills
even the very best and experienced of divers.
This time, you can dive beneath the
surface of rivers and
oceans to uncover loot hidden in riverbeds or
even inside massive shipwrecks.
A wall - sized aerial view of the Sahara desert has almost infinite detail due to the high resolution capacities of digital imaging, but it remains an enigmatic landscape; an image of women playing cards on an
evening street in Hong Kong taken without flash would have been impossible without recent advances in photographic technology; a still life of aquatic plants and animals reveals what is otherwise hidden beneath the
ocean surface; and images of border crossings depict territorial differences that are materially invisible.
Scientists are currently interested in why temperatures at the
surface of the
ocean have been rising slower than in previous decades,
even though we're emitting greenhouse gases faster than ever.
Actually, I thought about it and having oceanic circulation does allow this behavior (that the
surface temperature can decline when forcing is declining
even while it is still less than the equilibrium temperature)-- it makes sense because the deep
ocean may still be pulling the
surface temperature toward a much lower temperature.
But if something causes heat to be transferred from the
ocean surface into its deeps more rapidly than usual,
ocean surface temperatures could rise more slowly, not rise at all, or
even fall despite the increased backradiation.
Even if
ocean surface temperatures fall as in (3), heat continues to accumulate in the earth system until the amount of outgoing radiation at the top of atmosphere equals the amount of incoming radiation there.