Sentences with phrase «atmosphere getting heated»

There is nothing wrong with asking to take a break and «walking a lap» to cool down if you feel the atmosphere getting heated.

In an election year, President Mahama called on the clergy to be quick in calling for calm heads when the atmosphere gets heated and political rhetorics are being thrown around.

Not exact matches

@JDJ: the storm came because our planet has warm zones and cool zones, due largely to the energy our atmosphere receives from the sun, and storms are how heat gets transferred from the tropics to the temperate and frigid zones.

Whether you wish to get out of the heat and enjoy an air - conditioned indoor dining room or our outside patio bar, The Bank - Mexican Restaurant and Bar offers authentic Mexican food, a great atmosphere in the historic First National Bank of Temecula building in the center of Old Town Temecula.

«Get out of that heated atmosphere and look at things in an objective way.

But some of that heat gets blocked by those pesky carbon dioxide molecules building up in the atmosphere — inexorably warming our planet.

Carbon dioxide gets more press, but methane is the more powerful agent of global warming, 21 times more effective than carbon dioxide at trapping heat in the atmosphere.

As the comet gets closer to the sun and is heated more and more, it will produce a complex and dynamic atmosphere of gas, dust, and plasma called a coma, full of outbursts and jets.

While 2016 has gotten a boost from an exceptionally strong El Niño, the record temps are mostly the result of the excess heat that has built up in Earth's atmosphere due to accumulating greenhouse gases.

The total energy hitting Proxima b is only 65 % of what Earth gets from the sun, so liquid water could easily exist there so long as the planet has some sort of atmosphere to trap heat.

Normally, this radiation would escape into space — but these pollutants, which can last for years to centuries in the atmosphere, trap the heat and cause the planet to get hotter.

Puncak Jaya is the only place to get ice core data from the western side of what's known as the Pacific Warm Pool the single largest heat source to the global atmosphere.

Some things we might do if we got desperate enough: scrub greenhouse gasses from the atmosphere technologically, geo - engineering to create cooling effects to offset greenhouse heating, [SLIDE 42] lots of adaptation policies, cropping patterns, heat drought and salt - resistant crops, strengthen public health and environmental engineering defenses against tropical disease, new water projects for flood control and drought management, dyke storm surge barriers, avoiding further development on flood plains in near sea level.

Depending on the mass of the planets and their distance from the brown dwarf, we should get Io / Europa analogues or, if it has enough mass to hold onto an atmosphere, we could get something different: a world that thanks to tidal heating (and infrared radiation) keeps the surface water liquid.

During the fall, the heat that was added to the oceans gets released into the atmosphere as sea ice reforms, and this added heat is bound to change weather patterns somehow (this is a process known as «Arctic Amplification»).

So, if you were an alien creature living in the gaseous atmosphere of one of these hellish worlds, where would you hide to get away from the searing heat?

The thin atmosphere allows Mars to more easily radiate heat energy away, so temperatures near the equator can get up to 70 °F (21 °C) during a summer day, and then drop down to − 100 °F (− 73 °C) at night.

To say it a bit worse but in modern lingo: to maintain radiative equilibrium, the planet has to put out a certain amount of heat, and if it can't radiate it out from the surface, the lower atmosphere somehow has to get warmer until there's some level that radiates the right amount.

If for any reason the atmosphere gets warmer - > oxygen & nitrogen expand INSTANTLY - > release extra heat and equalize in a jiffy: http://globalwarmingdenier.wordpress.com/q-a/

I guess I'm ultimately trying to get a sense for how much annual or decadal variations in surface temperatures are a function of atmosphere - ocean heat exchange vs. earth - space imbalances (I realize the two don't function entirely independently).

Are the episodes thought to be actual changes in the amount of heat being radiated by the planet (because the surface of the ocean gets warmer and cooler, does the actual infrared flux from the top of the atmosphere then change as a result)?

Victor, just curious, how do YOU think heat gets transferred between the atmosphere and the ocean?

Moreover, without GHGs in the atmosphere, getting rid of heat would not be hard, it would be easy.

CM said «Moreover, without GHGs in the atmosphere, getting rid of heat would not be hard, it would be easy.»

But let's get a little more real about that last part, the exchange of heat between the atmosphere and the ocean.

So as more CO2 gets pumped into the atmosphere the temperature rises, which causes more water to evaporate (as you accurately state), increasing the concentration of water vapor in the atmosphere — which heats the atmosphere even more, causing even more water vapor to enter the atmosphere.

The surface heat capacity C (j = 0) was set to the equivalent of a global layer of water 50 m deep (which would be a layer ~ 70 m thick over the oceans) plus 70 % of the atmosphere, the latent heat of vaporization corresponding to a 20 % increase in water vapor per 3 K warming (linearized for current conditions), and a little land surface; expressed as W * yr per m ^ 2 * K (a convenient unit), I got about 7.093.

Hurricanes do have a deep surface mixing effect that normal tropical convection doesn't produce, and that would be expected to result in greater transfer of heat to the atmosphere, but it gets complicated in a hurry; see the realclimate discussion of the Walker circulation for example, as well as the link between hurricanes and sea surface temps.

With some LW absorbing optical thickness, the atmosphere can emit radiation to space, so some heat will flow into the atmosphere from where solar heating occurs to get to space.

What I should have said is that the stratosphere will cool — whether it gets cooler than the surface or tropopause or remains warmer (remember this is the case where we started with zero GHE and had some solar heating within the atmosphere) depends on specifics.

With zero LW absorbing optical thickness within the atmosphere, the heat must get to surface (if not already there) before escaping to space.

Add in that if it's the sun, the entire atmosphere will warm, since there's just simply more energy put in to the system, whereas if it is CO2 or other blanketing method, there's no extra energy put in, therefore the ground will warm and the upper air cool (since the upper air isn't getting the warming from the lower layers it used to get and the lower layers aren't losing the heat they used to).

The ocean conveyor gets its «start» in the Norwegian Sea, where warm water from the Gulf Stream heats the atmosphere in the cold northern latitudes.

Ever notice how cool it gets at night, that's the effect of the atmosphere releasing it's heat back into the cosmos, it's called re-radiation.

I just don't see how you get from W / M2 to temperature without dealing with the specific heat of the various layers of the atmosphere and oceans.

The claim to get around the two problems of an geometric increase in error, and using absolute values of temperature that are not Earth's, is the argument that the model ensemble got the heat transfer correctly in atmosphere and in the ocean.

What I'm thinking is that the primary way that the energy captured by CO2 gets dissipated is not radiation, partly back to the surface, but primarily upwards convention as the kinetic transfer between gas molecules moves the heat rapidly throughout the atmosphere.

The process of such evaporation and then condensation together with those other weather processes is an express route to get heat energy from ocean to surface to atmosphere to space and the bigger the temperature differential between ocean surface, atmosphere and space the faster they must all work to move the atmosphere back towards a temperature equilibrium.

For instance, back in the 1960s, simple climate models predicted that global warming caused by more carbon dioxide would lead to cooling in the upper atmosphere (because the heat is getting trapped at the surface).

George E. Smith says: «CO2 can not (get involved in latent heat transaction) since it remains immutable in the atmosphere for thousands of years.»

So as said droplets of sulfuric acid could in atmospheric pressure of around 1 atm, heat up to 100 C. Water droplets would never get this hot - but instead would quickly evaporate at around 30 C [assuming atmosphere was wetter, in dry atmosphere of Venus they evaporate quickly as ice.

The water vapor cooled the Earth, the snow cooled the atmosphere with resulting increase in surface albedo which does reflect radiative heat, meaning the Earth gets less warm, not colder because of it.

Ergo, there must be a negative Temperature gradient in the atmosphere to get «heat energy» to propagate from the surface to the upper reaches of the atmosphere.

Without continents, you might not get any western boundary currents, which could alter the balance of poleward heat transport and really affect the general circulation of the atmosphere.

Forget about how the «missing heat» might get from the atmosphere down to the «ocean deeps» below 700 metres.

If you're calculating that as AGWSF teaches you to calculate by the sleight of hand planckian graphic that the 300 mile wide visible layer atmosphere around the Sun defines its heat, then you get the fake fisics meme of 6,000 °C.

The more carbon pollution in the air, the more the sun's energy gets trapped in our atmosphere as heat.

Since then you've said that «the original issue is: How does the missing (CO2 - induced) heat from the atmosphere, get into the ocean?»

That statement can not have been connected with the specific question of how energy moves out of the air into the deep ocean because you had just literally told us to «Forget about how the missing heat might get from the atmosphere down to the ocean deeps below 700 metres.»

What they still don't teach in traditional physics is the AGWScienceFiction meme that «shortwaves from the Sun heat land and water and longwave infrared, aka thermal infrared, doesn't get through the atmosphere»