Sentences with phrase «not reach the atmosphere»

The study observed active methane plumes rising from the seabed, but most of the gas was not from hydrates and much of it did not reach the atmosphere.

However, most of the methane is virtually certain to remain trapped underground and will not reach the atmosphere.

Most of the Methane is NOT Reaching the Atmosphere, YET.

Scientists have found that ancient reservoirs of methane do not reach the atmosphere due to a role played by ocean waters.

Given that much of the CH4 dissolves in seawater and doesn't reach the atmosphere, its microbial conversion to CO2 is liable to raise acidification as well as advancing the decline of the oceans» carbon sink.

One is that seafloor methane is apparently not reaching the sea surface, and so is not reaching the atmosphere.

And even if that happened, many scientists say that the methane released would largely be consumed in the sea (by bacteria that specialize in eating methane) and would not reach the atmosphere.

Not exact matches

The company is producing something it calls «energy kites,» where a wind turbine is positioned on them to gather energy in a higher atmosphere that an ordinary one can't reach.

-LRB-... The level of the most important heat - trapping gas in the atmosphere, carbon dioxide, has passed a long - feared milestone, scientists reported Friday, reaching a concentration not seen on the earth for millions of years.

These outbound electrons don't reach peak speeds until they are a few thousand kilometers high, where the atmosphere is so thin that the particles rarely collide with gases and therefore don't glow, says FAST project scientist Robert Pfaff Jr. of NASA's Goddard Space Flight Center in Greenbelt, Maryland.

When the sun is setting, the light that reaches you has had to go through lots more atmosphere than when the sun is overhead, hence the only color light that is not scattered away is the long wavelength light, the red.

Carbon dioxide (CO2) levels in the atmosphere — 379 parts per million (ppm) in 2005 — have reached levels not seen in the last 650,000 years, which have varied between 180 ppm and 300 ppm.

Although the researchers did not examine in this study what prevents methane released from the seafloor from reaching the atmosphere, they suspect it is biodegraded by microorganisms in the ocean before it hits the surface waters.

Usually, when a large spacecraft reaches the end of its mission, operators use its thrusters to aim its re-entry so that any pieces that don't vaporise or melt in the atmosphere end up hitting the ocean.

Isn't the main problem that, even if we stopped adding any fossil - fuel - derived CO2 to the atmosphere, the ocean circulations haven't yet reached «steady state» — i.e., a stable thermocline and deep ocean temperature — and therefore THAT is the source of the Hansen et al. «heat in the pipeline»?

But the amount of carbon dioxide in the atmosphere has reached levels not seen for millions of years prior to the Oligocene.

«If we don't stop burning fossil fuel and cutting down our tropical forests — all those human activities that maintain our society — we're going to reach incredibly high levels of carbon dioxide in our atmosphere.

Despite consistently warm waters, tropical cyclones in the Arabian Sea typically don't reach the higher end of the hurricane scale because winds in the upper atmosphere tend to cut them off.

A meteorite is a meteor that was large enough that it didn't burn up completely in the atmosphere before reaching Earth.

Undersea volcanoes could not produce this effect because the dust and aerosols would be absorbed by the sea before they reached the atmosphere.

And a final two - fer: Earth's temperature drops to lethal extremes every night (lethal to human beings, that is, not to any of the abundant native flora and fauna) necessitating that Kitai reach a «hot spot» before each bedtime; and the atmosphere has thickened such that Kitai must ingest a precious «breathing liquid» — of which there is an inadequate supply — every 20 to 24 hours.

Dream worlds in movies are nothing new — witness the oeuvre of David Lynch or, for a less highfalutin example, the Nightmare on Elm Street series — but the visual ideas put forth by Singh are spectacular and unique; there's an atmosphere of excess that hasn't even been reached in Lynch's famously bizarre work.

That high not only blocks storms from reaching us, it also pushes down warm air from thousands of feet in the atmosphere.

- the team has been adding weapons one by one because they want the same amount of attention for each weapon - the team learned that when they added two new weapons at once, one would end up getting overshadowed by the other - there were more new stages than returning stages because bringing back old stages would have little surprise - since they want to satisfy both new and returning players, they changed the order of stage additions - there weren't any major direction changes in balancing from Splatoon 1 - there have been more pattern combinations between weapons and stages, so there was more involved to balance them all - matchmaking is handled by getting 8 players with similar rank points, and then they're split by weapons - the rank point gap between S + players is bigger than ordinary players - only about one in 1,000 active players are in the S +40 to S +50 region in Ranked Battles - there's even less than one in 10 players that reach S +, while 80 % of the overall player base are in A or less - about 90 % of S + ranked players are within a + / -150 hidden ranked power range - rock was the popular genre in Splatoon, so they tried changing it for the sequel - they prioritized making good background music first before forming the band to play that music - the design team would make the CD jacket - like artwork afterwards - due to this, the band members would often change; some getting added while some others removed - Off the Hook is an exception, as they first decided they would be a DJ and rapper along with their visuals first - Off the Hook's song came afterwards - In Splatoon street fashion was the trend, but in Splatoon 2 they tried adding more uniqueness - the aim was to add Flow with ethnic clothing and Jelfonzo with high fashion - all Jellyfish in this world are born by splitting, which means Jelfonzo was born by splitting from Jelonzo - Jellyfish are like a hive mind - when they hold a wedding ceremony, they're just simply holding the ceremony - Jelonzo and Jelfonzo start gaining their own consciences so they can speak - Flow used her working holiday to go on a trip before reaching Inkopolis Square - during the trip, she met the owner of Headspace - the owner liked her, so she got hired to work there - Bisk has a unique way of speaking: anastrophe - the team tried to express him as an adult man - they made him into a giant spider crab because they wanted someone with high posture - he came from a cold country and broke up with his girlfriend to join a band - just like Flow, he became attracted to squids - Crusty Sean finally has his own shop, but he opened it because he's someone who follows the current trends - one of the trends happens to be people opening their own shops - drink tickets aren't stacked, but the probability is higher than a single brand - the music in Inkopolis Square changes depending on the player's location - sounds contribute to creating atmosphere in the location - the song at front of Grizzco Industries had an atmosphere that feels like some smell can radiate from the game screen - as for Salmon Run, they imagined it as a Japanese restaurant outside Japan that is not run by a Japanese person - each time the player moves between the shops, the game uses an arrange shift that shows the personality of each inhabitant - the arrangement in Shella Fresh is related to Bisk's guitar and mystery files that describe his past - with the Squid Sisters moved to Hero Mode, Off the Hook was put in charge in guiding battles and festivals - Bomb Rush Blush has an orchestra «because it would sound like the final boss» - the team wanted to express the feel of the story's real culprit with this music - the probability of each event occurring in Salmon Run is different - there are no specific requirements, meaning they're picked randomly - this means it's possible for fog to appear three times in a row - the Salmon have different appearances based on the environment they're raised in - if the environment is harsher, they would become large salmon - Steelheads and Maws have big bodies, while Scrappers and Steel Eels have high intelligence - Salmons basically wield kitchenware, but everybody else has a virtue in fighting to actually cook the Salmons - Grill is the ultimate form of this - when Salmons are fighting to the death, they can feel the same sense of unity - they would be one with the world if they were eaten by other creatures, and they also fight for the pride of their race - MakoMart is based on a large supermarket in America - the update also took place on Black Friday in America, which was why Squids are buying a lot of things in the trailer - Arowana Mall looks like it has more passages because there are changes in tenants and also renovation work - Walleye Warehouse has no changes at all, because the team wanted to have at least one map that stayed intact - the only thing different in this map is the graffiti, which is based on the winner of Famitsu's Squid Fashion Contest - all members in the band Ink Theory graduated from music university - they are well - educated girls who also do aggressive things - the band members wearing neckties are respecting the Hightide Era from the prequel - the team will continue adding weapons and stages for a year, and Splatfests for two years - the team will also continue to make more updates including balancing

When not roaming around Akihabara, players will find themselves in dungeons, known as Delusionscapes, where they'll take down monsters and traverse a colorful atmosphere until they reach the end where they can take down each Grand Phantasm, which is essentially just the boss of each dungeon.

However, many processes that remove water from the atmosphere (i.e. cloud formation and rainfall) have a clear functional dependence on the relative humidity rather than the total amount of water (i.e. clouds form when air parcels are saturated at their local temperature, not when humidity reaches X g / m3).

I am getting old and may not have to live through a lot more EN events, but the EN events are the moment in time when more people can be helped to understand that the baseline level of CO2 in atmosphere and oceans have reached a dangerous level.

It hardly takes imagination to posit that while initial aerosol dimming might depress temperatures, the aerosols and atmosphere might react in ways that change heat balance in other directions as they disperse, through stratospheric chemistry, and the fact that, unsurprisingly, there is a difference in aerosol behaviour depending on day vs night (you can't reduce the sunlight that reaches the south pole on June 23rd....).

Once the ice reaches the equator, the equilibrium climate is significantly colder than what would initiate melting at the equator, but if CO2 from geologic emissions build up (they would, but very slowly — geochemical processes provide a negative feedback by changing atmospheric CO2 in response to climate changes, but this is generally very slow, and thus can not prevent faster changes from faster external forcings) enough, it can initiate melting — what happens then is a runaway in the opposite direction (until the ice is completely gone — the extreme warmth and CO2 amount at that point, combined with left - over glacial debris available for chemical weathering, will draw CO2 out of the atmosphere, possibly allowing some ice to return).

We simply need to ensure that, by the time global temperatures reach 2 ℃ (or 1.5 ℃ if that is what is eventually deemed safe), any company that sells fossil fuels, or any carbon - intensive product like conventional cement, is obliged to take back an equivalent amount of CO2 and dispose of it safely to ensure it doesn't end up in the atmosphere.

I would add that we have already reached or even passed the tipping point, because the melting of the Greenland glaciers is accelerating and they will not stop melting unless the atmosphere cools.

As Fourier put it, energy in the form of visible light from the Sun easily penetrates the atmosphere to reach the surface and heat it up, but heat can not so easily escape back into space.»

Based on the ice core dCO2 / dT relationship, the increase in temperature since the LIA has added not more than 6 ppmv to the atmosphere to reach a new equilibrium.

Scientists had thought that VSLSs would not persist long enough in the atmosphere to reach the stratosphere and affect ozone.

The error bars about the limitations of the measuring systems, but given that solar at TOA is very stable, if you claim that energy is not reaching the surface, then the imbalance is being stored in the atmosphere.

On Monday, the World Meteorological Organisation said concentrations of carbon dioxide in the atmosphere rose last year at a record speed to reach 403.3 parts per million - a level not seen since the Pliocene era three to five million years ago.

I also think you integrate over enough local / regional climate changes you can get an effect over a large area, but not global in reach and not due to a trace gas in the atmosphere.

According to Lackner, the amount of carbon dioxide in the atmosphere has reached the point where simply reducing emissions will not be enough to tackle climate change.

As the oceans approach some conditional equilibrium, delta S would approach 0, for the oceans, delta S for the atmosphere is faster, but not instantaneous, so there would be a lag, before it reached its conditional equilibrium.

But even if 1000 W / m sunlight reached the Venus surface, it would not still warm the surface and * still * could not warm the atmosphere.

Back in the real world, however, CO2 residence time in the atmosphere is 5 - 10 years, and equilibrium is largely reached in a few decades, not a few thousand years.

They, you generic, believe in impossible things: that carbon dioxide can trap heat and defy gravity, that our atmosphere is empty space, that there is no Water Cycle, that there is no rain in the Carbon Life Cycle, that visible light can heat water, that no heat from the Sun reaches us — except they don't know what they believe is impossible because most of the time they have no idea of what they're really saying..

Radiation can't make it out into space until it reaches a height where the atmosphere is transparent.

The AGW claim «The Sun produces very little heat and only a little of that reaches Earth» is a variation I first heard here in these discussions from someone supporting AGW fake fisics which claims in its basic form that there is «some invisible barrier like a greenhouse glass which stops direct heat from the Sun, thermal infrared, from entering the atmosphere», but obviously embarrassed that he can't produce any physical explanation, mechanism, for this stupid idea, now says that is a CAGW claim and the more sophisticated AGW claim says that «the Sun gives off very little longwave infrared and we only get a little bit of that».

Our atmosphere that protects earth will be destroyed, there will be a significant increase in UV - B rays and solar radiation reaching earth, the power grid could be greatly disrupted; doesn't this sound too convenient?

But a third way to look at «50 percent of the solar energy that strikes the top of the atmosphere reaches Earth's surface» is that the clear atmosphere absorbs and reflects and scatters about 1/2 the sunlight, but this not to say 1/2 «disappears» or goes into space.

if the atmosphere is transparent to outgoing thermal infrared then it must also be transparent to incoming — claiming it doesn't play any part in heating the Earth because it doesn't reach the TOA let alone surface is just plain stoopid.

And if, Jelbring's proposed thickness of the atmosphere involved, is greater than, the gas won't even be in contact with the upper surface anyway, it will be strictly confined to a height less than because that is the height where the absolute temperature, concentration, and pressure of the lapsed gas reaches zero.

The problem with the earth's atmosphere is that there isn't near enough gas to reach the density and Temperature to start hydrogen conversion, so the collapse stops when the pressure generated by gravitymatches the gravity force.

As Erl has likely retired for the night: 40 % of incident TSI is IR, only 1 % of this reaching the surface (only 40 % of TSI reaches the surface) and half the atmosphere lies below 25,000 feet it could not be more evident that the troposphere is heated roughly equally from above and from below.