With warm
oceans releasing more water vapour, we saw floods of biblical proportions hit the agricultural regions of Queensland, killing 22 people and impacting an area larger than France and Germany.
At higher temperatures, less of the gas is absorbed, and
the ocean releases more carbon dioxide into the air, contributing to a runaway greenhouse effect.
Paradoxically, both phenomena are likely linked: When sea - ice North of Scandinavia and Russia melts, the uncovered
ocean releases more warmth into the atmosphere and this can impact the atmosphere up to about 30 kilometers height in the stratosphere disturbing the polar vortex.
I do think, however, that it is significant (short term, not a firm trend) that CO2, as measured at MLO, has been increasing at a smaller rate than in previous years despite the fact that overall anthropogenic CO2 output is not decreasing and, furthermore, that the short term trend of the absolute increase is also down which indicates a greater rate of absorption of CO2 than in previous years — which to me would indicate an ongoing cooling of the oceans as per the theory that a cooling ocean absorbs more CO2 while a warming
ocean releases more CO2.
Not exact matches
So, if Justin Timberlake is your thing and — let's be honest — he is a lot of people's thing right now, then you can stream his decidedly slower,
more intricate, somewhat Frank
Ocean - y new album all you like until it
releases next week...
But the bad news, says a researcher, is that the sections most likely to be
released into the
ocean would raise sea levels globally by 3.3 metres — and rather
more on the shores of North America.
As people
release more and
more carbon dioxide into the air, the
ocean takes up the gas and edges closer toward acidity.
As the climate changes, Southern
Ocean upwelling may increase, which could accelerate ice shelf melting, release more carbon into the atmosphere and limit the ocean's ability to absorb heat and carbon dioxide from the atmosp
Ocean upwelling may increase, which could accelerate ice shelf melting,
release more carbon into the atmosphere and limit the
ocean's ability to absorb heat and carbon dioxide from the atmosp
ocean's ability to absorb heat and carbon dioxide from the atmosphere.
Some glaciers on the perimeter of West Antarctica are receiving increased heat from deep, warm
ocean currents, which melt ice from the grounding line,
releasing the brake and causing the glaciers to flow and shed icebergs into the
ocean more quickly.
«There was relatively
more carbon dioxide emitted from the deep
ocean and
released to the atmosphere as the climate warmed,» Jaccard says.
Bowen says the two relatively rapid carbon
releases (about 1,500 years each) are
more consistent with warming
oceans or an undersea landslide triggering the melting of frozen methane on the seafloor and large emissions to the atmosphere, where it became carbon dioxide within decades.
Release of methane hydrates has previously been suggested as a mechanism to drive runaway greenhouse events, as warming
oceans releases trapped methane that causes further warming and
releases more methane.
«As the climate gets warmer, the thawing permafrost not only enables the
release of
more greenhouse gases to the atmosphere, but our study shows that it also allows much
more mineral - laden and nutrient - rich water to be transported to rivers, groundwater and eventually the Arctic
Ocean,» explained Ryan Toohey, a researcher at the Interior Department's Alaska Climate Science Center in Anchorage and the lead author of the study.
«Currently the
ocean is a sink for CO2 — that is, it takes in
more CO2 from the atmosphere than it
releases,» Hutchins explains.
As a result — and for reasons that remain unexplained — the waters of the Southern
Ocean may have begun to
release carbon dioxide, enough to raise concentrations in the atmosphere by
more than 100 parts per million over millennia — roughly equivalent to the rise in the last 200 years.
A new study led by researcher Natalia Shakhova of the University of Alaska, Fairbanks, and the Russian Academy of Sciences» Far Eastern Branch reports that methane
releases from one part of the Arctic
Ocean are
more than twice what scientists previously thought.
So when
more recent waves and tides brought in salty seawater from the
ocean, the brackish water underneath the beaches became salty enough to
release the cesium from the sand, and it was carried back into the
ocean.
Fake paper fools global warming naysayers The man - made - global - warming - is - a-hoax crowd latched onto a study this week in the Journal of Geoclimatic Studies by researchers at the University of Arizona's Department of Climatology, who reported that soil bacteria around the Atlantic and Pacific
oceans belch
more than 300 times the carbon dioxide
released by all fossil fuel emission, strongly implying that humans are not to blame for climate change.
In 2015, Russell and his collaborators showed that a vent surrounded by an approximation of Earth's early
ocean could link RNA molecules into a two - part strand, and Barge says they will soon
release more results.
Increasing levels of carbon dioxide in the atmosphere are turning the
oceans more acidic and may endanger marine life, according to a report
released in September.
Studies of past climate changes suggest the land and
oceans start
releasing more CO2 than they absorb as the planet warms.
Short - lived bromine compounds naturally
released from the
ocean surface, however, have a
more pronounced impact on ozone than their short - lived industrial cousins.
CO2 concentrations would start to fall immediately since the
ocean and terrestrial biosphere would continue to absorb
more carbon than they
release as long as the CO2 level in the atmosphere is higher than pre-industrial levels (approximately).
The finding suggests that microbes with the ability to produce oxygen were prolific at least locally around 3.46 billion years ago,
releasing large quantities of this reactive molecular gas into the
oceans and eventually the atmosphere by the end of this period (
more).
Could the Arctic
Ocean heat enough in these circumstances to melt the clathrates locked underwater along the continental shelves
releasing even
more massive amounts of methane?
Eventually, however, terrestrial red and green algae and the first lichens developed on land and the final big rise in oxygen may have been caused by the «greening of the continents from around 800 million years ago,» when these simple early lifeforms on land steadily spread and broke down rocks that sustained a higher rate of erosion and led to the
release of
more nutrients into the
oceans that stimulated even
more photosynthesis by
more newly evolved algae as well as older cyanobacteria (Nick Lane, New Scientist, February 10, 2010).
My research indicates that the Siberian peat moss, Arctic tundra, and methal hydrates (frozen methane at the bottom of the
ocean) all have an excellent chance of melting and
releasing their stored co2.Recent methane concentration figures also hit the news last week, and methane has increased after a long time being steady.The forests of north america are drying out and are very susceptible to massive insect infestations and wildfires, and the massive die offs - 25 % of total forests, have begun.And, the most recent stories on the Amazon forecast that with the change in rainfall patterns one third of the Amazon will dry and turn to grassland, thereby creating a domino cascade effect for the rest of the Amazon.With co2 levels risng faster now that the
oceans have reached carrying capacity, the
oceans having become also
more acidic, and the looming threat of a North Atlanic current shutdown (note the recent terrible news on salinity upwelling levels off Greenland,) and the change in cold water upwellings, leading to far less biomass for the fish to feed upon, all lead to the conclusion we may not have to worry about NASA completing its inventory of near earth objects greater than 140 meters across by 2026 (Recent Benjamin Dean astronomy lecture here in San Francisco).
«
More heat is trapped in the upper layers of the
ocean, where it can be easily
released back into the atmosphere,» Park said.
Ecologists implanted tiny, battery - powered tags smaller than a pencil eraser into
more than 8,159 fish migrating down the Columbia, the nation's fourth - largest river, and
released those fish at one of four sites anywhere from about 140 to 245 miles upstream from the
ocean.
And with each increment of warming, ice would retreat further, vegetation would advance accordingly, and
more greenhouse gases would be
released from
ocean waters or frozen ground.
And while most of the disasters foreseen in the book have not occurred, environmental problems overlooked at the time have become
more threatening, such as the acidification of the
oceans and the
release of hormone - mimicking chemicals into the environment.
In particular, carbonic acid is formed and hydrogen ions are
released, and as a result the pH of the
ocean surface waters decrease (making them
more acidic).
As humans
release ever - larger amounts of carbon dioxide into the atmosphere, besides warming the planet, the gas is also turning the world's
oceans more acidic — at rates thought to far exceed those seen during past major extinctions of life.
But as the radioactive elements decay into
more stable ones, they stop
releasing heat and the interiors of these objects gradually cool, and any subsurface
oceans will eventually freeze.
There are also concerns that
oceans, which currently absorb
more than 90 percent of the extra heat being trapped by human greenhouse gas emissions, could eventually
release some of that back to the surface, speeding up the surface temperature rise.
Below the
ocean may be a few hundred miles (or kilometers) of a heavier form of ice that may exist under higher pressures on above a rocky core roughly 1,800 to 2,100 miles (3,000 to 3,400 km (
more from Cassini news
release; Lorenz et al, Science, March 21, 2008; Richard A. Kerr, ScienceNOW Daily News, March 20, 2008; David Shiga, New Scientist, March 20, 2008; and Charles Q. Choi and Andrea Thompson, Space.com/MSNBC, March 20, 2008).
And as we burn
more and
more fossil fuels and coal, that
releases mercury into the air, which is deposed into the
ocean.
The
release of
Ocean's 8 is just a couple of weeks away and we are getting
more goodies.
xXx 3 receives a January 2017
release date, Billy Crudup joins the Alien: Covenant cast, The Light Between
Oceans gets a teaser trailer and
more!
Fits & Starts (another SXSW suffering a bad and non-descript title), is a
more enjoyable film than both I mentioned, but it's whimsy and wit is also regrettably forgettable in both the film festival
ocean of screenings and as a 2017
release on the whole.
I for one am
more excited for this new Star
Ocean release than for any other Final Fantasy other than perhaps the remake of VII.
MONSTER OF THE DEEP: FINAL FANTASY XV Platform: PlayStation ® VR system Developer: Square Enix
Release: 2017 In the completely new FINAL FANTASY XV VR game, MONSTER OF THE DEEP: FINAL FANTASY XV, players will explore the world's
oceans, lakes, ponds and rivers and participate in a wide variety of fishing challenges, witness stunning details only in PlayStation ® VR, and reacquaint themselves with familiar faces like Noctis, Prompto, Ignis, Gladiolus, and
more.
However, Square Enix has been flirting with the Xbox 360 for some time now; sealing Microsoft exclusives with Star
Ocean: The Last Hope and The Last Remnant and,
more recently, breaking off Final Fantasy XIII's PS3 exclusivity in favor of a dual - platform
release.
Square Enix wanted to celebrate the
release of Star
Ocean: The Last Hope — 4K and Full HD Remaster with a brand - new launch trailer that focuses a bit less on the story and bit
more on true gameplay and this time it's also in English dub available.
The final Uncharted game was
released to near - universal acclaim and has gone on to sell nearly 9 million copies, and while personally I adored my time with the game, there were many
more scores of hours to be spent in the veritable
ocean of software that came to PlayStation platforms in 2016.
As the
ocean cools, much
more CO2 will dissolve in it and when the
ocean warms again the CO2 is
released.
I just go to the section where they get into discussing Arctic seabed methane in
more detail, and the conclusion of that section is actually: «In summary, the
ocean methane hydrate pool has strong potential to amplify the human CO2
release from fossil fuel combustion over time scales of decades to centuries.»
With even further warming
more hydrates are
released, additional global soil feedback (extreme soil respiration rates, compost bomb instability) and weathering becomes a driver, now
Ocean very stratified, maybe things like permanent El Nino, weather systems probably move very slow — everything gets stuck due to lack of perturbed ocean, no or very little frozen water at the p
Ocean very stratified, maybe things like permanent El Nino, weather systems probably move very slow — everything gets stuck due to lack of perturbed
ocean, no or very little frozen water at the p
ocean, no or very little frozen water at the poles.
The non linear nature of forcing is related
more to positive feedbacks and changes that are still being studied, such as cyclic changes in moisture content and regional dispersion, the methane cycles in the
ocean or the potential of methane clathrate / hydrate
release, and of course the race to feed
more people on a planet which will inevitably add
more nitrous oxide to the atmosphere and create
more dead zones in the
oceans, droughts, floods, fires, dogs and cats living together, mass hysteria....
Some of the elements driving an increase in sea bottom warming and methane
release include: — increasingly ice free
ocean allowing
more waves; — increasing (and increasingly intense?)