How to pronounce “water vapor” in English

water vapor, et cetera.

The trouble is that water is pretty cold and so the amount of water vapor air can pick up

And with more water vapor, the temperature increases further allowing for even more water vapor.

Clouds form when water vapor condenses onto suspended particles in the atmosphere.

It can exist as water vapor and what have you.

It can exist as water vapor and what have you.

But methane and water vapor don't stick around in the atmosphere for long.

A lot of water vapor has gone away from it.

wavelength region where water vapor would be detected very well.

And they give something for all that water vapor released by the forest to condense onto.

mission to get clear of the water vapor.

The other half is from water vapor.

Those volcanoes could have also released nitrogen and water vapor, which built up in it.

But you also run into problems like the water vapor in our atmosphere can absorb infrared light.

But it's this kind of fun solve of getting above water vapor without actually having to launch to space.

at normal temperatures and would largely dissolve in water vapor at high temperatures.

and we want to look for signs of water vapor on small, rocky worlds.

It's mostly going to be looking for water vapor.

intergovernmental panel on climate change comes from a water vapor feedback and two extra degrees.

data that is now coming in a showing that that water vapor feedback is not likely to be so large.

And they're working really hard on it to see if water vapor was detected with Keck and that same spectrograph that determined the methane called the near speck spectrograph.

Recently, there was indications of a plume of water vapor ejecting from the surface of the planet that could be linked to the subsurface ocean.

So since the water is cold, even though you're going on all the water you want, you can't pick up that much water vapor.

quite dry that comes in on us over here in terms of how much water vapor that is in the air, which is one way, well, one way that expresses dew point where you have very low

So that's one--and water vapor is important to thunderstorms because that's an important source of energy for thunderstorms, is water vapor.

from the surface because evaporation depends on temperature and that gives you more water vapor, which itself is a greenhouse gas which causes you even more warming, and so the whole

by putting artificial pollution into the atmosphere to reflect sunshine away or to spray water vapor into the atmosphere to promote cloud formation.

Because nitroglycerin is so viscous, tiny bubbles of air and water vapor easily get trapped inside.

But as the temperature increases, the atmosphere can hold more water vapor, which is an incredibly powerful greenhouse gas.

Then, as Earth cooled, the water vapor condensed, forming the oceans.

Because the fats in the milk actually form a layer on top of the milk and prevent water molecules, water vapor from escaping.

So literally, what is happening is that you're waiting for the pressure of the water vapor inside onto that fat layer to exceed

And what these big bumps shown by the model are, they're water vapor.

And that big bump you're seeing around 1.4 microns there, that's from water vapor.

In the 1860s Tyndall investigated methane and CO2 and water vapor to see whether any of them

that there's so much CO2 in that upper atmosphere, and there's no water vapor at all.

But I knew this was going to happen, because there was just so much water vapor between me and the wave.

So now you've got all these atoms that are swapping partners, and they form much more stable products like nitrogen gas, carbon dioxide, and water vapor.

And that pressure, combined with the high heat, allows gases like water vapor, carbon dioxide, and sulfur to dissolve into the magma.

We see that our spectrum changes there, and voila, we call this a detection of water vapor in an exoplanet atmosphere.

So it only leaves 1% from the other stuff, which is water vapor, which is the rain and carbon dioxide the greenhouse gases.

So the greenhouse gases, we're all obsessed by CO2, but the major greenhouse gas in the atmosphere is water vapor, followed by carbon dioxide, methane, nitrous oxide,

Second bit is, there are other ways of actually putting all the greenhouse gases together, but not water vapor, called CO2 equivalent.

But if you double it, he calculated a temperature escalation of five or six degrees, because water vapor increases with heat radiation.

And in this case, we were very interested in what's the impact of climate change on the water cycle, and particularly, how does water vapor

And indeed in this project that we got funded here at NASA Ames, we actually showed that there's much more water vapor getting into the stratosphere

You put oxygen and methane into a sealed box at room temperature and pressure, it's going to turn into carbon dioxide and water vapor.

It has to be because the amount of water vapor in the air depends on temperature so

It's water vapor. Water vapor is a very potent greenhouse gas.