Sentences with phrase «how different the atmosphere»

Not exact matches

You'll advance through the program to seven different methods for balancing your body, mind and spirit — and learn how to create the right atmosphere for your imagination and intuition to speak.

But it's not clear which effect predominates in the Arctic, he explained, since different types of clouds have different effects on climate, depending on whether they're made of ice or snow, whether they're thick or thin, and how high they sit in the atmosphere.

«During our visit to the active Bagnold Dunes, you might almost forget you're on Mars, given how similar the sand behaves in spite of the different gravity and atmosphere.

The sheer volume of discoveries would allow astronomers to begin comparing broad classes of exoplanets: learning how stellar flares affect planetary atmospheres, for instance, or what sorts of planets surround stars of different ages.

«By looking at these long sequences of images taken by different instruments, we can discover where the aurora heats the atmosphere as the particles dive into it and how long the cooking occurs.»

Combined with measurements from an instrument aboard NASA's Calipso satellite — another member of the A-Train — the data from Glory's APS will allow scientists to understand how different types of aerosols are distributed throughout the layers of the atmosphere.

Knowing how common Venus - like planets are elsewhere will also help astronomers understand why Earth's atmosphere evolved in ways vastly different from its neighbor.

Future research also needs to consider other dust processes, such as the surface erodibility of different dust source regions and how dust enters into the atmosphere, both of which have been studied by Yang and his other collaborators.

«When something wiggles at the bottom of the atmosphere, how does that make other things, different things, wiggle at the top of the atmosphere?

«The results also provide guidance on how long different surface samples have been exposed to Mars» thin, dry atmosphere.»

«Observations at different wavelengths across the infrared spectrum allow us to piece together a three dimensional picture of how energy and material are transported upwards through the atmosphere.»

That makes Carbondale the perfect spot to investigate how the sun's atmosphere, or corona, looks different when solar activity is high versus low.

Another team member, Mark Marley from NASA Ames, used a different set of models (cloud structure and light propagating through the clouds) to help figure out how high in the atmosphere are the clouds we see.

This involves a combination of satellite observations (when different satellites captured temperatures in both morning and evening), the use of climate models to estimate how temperatures change in the atmosphere over the course of the day, and using reanalysis data that incorporates readings from surface observations, weather balloons and other instruments.

He added, «One of the tricky parts is understanding how meteorites fracture at the microscopic level, and how the material will eventually burst in the atmosphere,» as meteorites have a complex microscopic structure compared to ordinary rocks and behave in different ways under stress.

Although it is well established that the Sun's magnetic field is responsible for the supply of energy to the atmosphere, exactly how this magnetic energy is converted into thermal energy is still not understood in detail, as models struggle to simultaneously encompass the very disparate temporal and spatial scales on which the heating has to occur, in different structures, with a wide variety of characteristics (e.g. open versus closed structures, short quiet - sun loops versus hot active - region loops and large - scale interconnecting loops).

At a recent roundtable interview, Anderson and production designer Adam Stockhausen talked about how the project first came together, what inspired the story, the influence of Viennese writer Stefan Zweig's work on the multi-layered storytelling approach, their collaboration on the vision for the movie, how they created this rich, lush cinematic world and brought the audience into it, how Anderson cultivated a communal atmosphere on set and made available a large selection of books and films to the cast during production, Stockhausen's favorite day of shooting, and the challenge of using different aspect ratios.

As part of the Envelope Roundtable for supporting actresses, Nicole Kidman, Holly Hunter and Laurie Metcalf described their experiences working with female filmmakers, and how that can lead to a different atmosphere on - set.

The directing - editing team of David Yates and Mark Day did the last four Potter movies, and they understand how to evoke the atmosphere of that world without replicating it in a different setting.

For the first 45 minutes or so, heady atmosphere works in the film's favor, culminating in an impressively whacked - out visual - effects sequence that demonstrates how the town exists in two different dimensions.

Decide how you can foster an atmosphere where student questions drive their desire to learn and take them in different direction.

Teachers are given suggestions on how they can support learners during different activities and how to create a positive atmosphere in the classroom.

Sandvig says he and his team considered «hundreds and hundreds» of different globe designs, «studying everything from where each cloud would come in and how it would separate from the atmosphere.»

The framework hasn't changed and the basics of how it operates isn't different, but there's something to be said about how the atmosphere sucks you in and makes you claw for every inch of territory.

In a work that is part of her «Dichroic Projection» series, for example, she exposes how different coloured lights can create charged atmospheres, specific perceptual effects or psychological «moods».

These paintings were generated out of three portraits [in the professors room]-- and I will explain painting by painting where it all came from, and how it actually came together, because it's in two levels and there are two distinct modes — there are different painting modes — and there are different atmospheres.

How do the different levels of the atmosphere interact?

Thus the two types of energy exchange are governed by different rules and it is the failure to realise how the two sets of rules interact within a planetary atmosphere that has caused climate science to get bogged down in a conceptual impasse.

He added that certain processes, such as how clouds will respond to changes in the atmosphere and the warming or cooling effect of clouds, are uncertain and different modeling groups make different assumptions about how to represent these processes.

But the ice core - ellation in question is more - or-less completely explainable in terms of the temperature dependence of the constant in Henry's Law, which dictates how gas (in this case CO2) diffuses in liquids (in this case the oceans) at different partial pressures in the atmosphere.

Our research is focused on understanding the circulation patterns in the atmosphere on different time scales and how they are driven through different processes.

Part Six — Nonlinearity and Dry Atmospheres — demonstrating that different distributions of water vapor yet with the same mean can result in different radiation to space, and how this is important for drier regions like the sub-tropics

The main catch I can see is that figuring out how to account for the planets» different atmospheres might recreate the debates that are now going on about how to properly model the Earth's weather system.

We don't understand these internal feedback processes very well, largely because we don't understand the details of how different meteorological phenomena conspire to change the amount, phase, and spatial distribution of water in the atmosphere.

As humankind adds carbon dioxide, aerosol particles, and other nasty things to the atmosphere, we can expect our climate to change over the 21st Century, but it's not easy to predict how fast the climate should change and how it will change in different parts of the world.

Different half lives: the 5 year calculated from the bomb spike is about how fast 14C (natural or not) disappears out of the atmosphere, but is not destroyed: it simply is gone into other reservoirs (oceans and plants) and / or replaced by stable carbon (12C and 13C) from the other reservoirs.

Using water to represent the atmosphere and milk droplets to represent aerosols, students make predictions and conduct investigations to discover how different aerosol concentrations affect atmospheric color and visibility.

So how much of the observed differences between the Earth and Lunar surface temperatures are explained by the different speeds of rotation, how much by the absence / presence of an atmosphere, and how much by the many other differences between the Earth and the Moon?

Our atmosphere held in place by gravity acting on their mass which gives them weight relative to each other, because they are different from each other, and those differences are critical to understanding heat transfer by convection which is how we get our winds and weather, which we get from differential heating of volumes, packets, of fluid air.

A report by the Sussex Energy Group and Tyndall Centre for Climate Change Research entitled China's Energy Transition: Pathways for Low Carbon Development set out four different scenarios for low - carbon development in China in an attempt to demonstrate how China's economic development can be decoupled from carbon emissions growth — allowing its economy to expand by some 8 to 13 times while presumably stabilizing greenhouse gas concentrations in the atmosphere.

No matter how vastly different the time constants of the atmosphere and ocean subsystem may be, they are incapable of any anticipatory action.

The picture that emerged shows how and why emissions have a different effect on different parts of the atmosphere.

The Carnegie team will use global atmospheric models, partly enabled by the Carnegie Institution's new high - performance computing cluster, to simulate how short - lived pollutants from different sectors and different countries get transported through the atmosphere and the distribution and strength of their climate and air quality effects.

Simulations aim to understand how different irradiance spectra affect a planet's habitability and climate dynamics and its radiance signature, due to the spectral absorbance properties of different atmospheres and different surface spectral albedos resulting from the gradual spread of life over land and adaptations of photosynthetic pigments to other light regimes.

How much of the original emissions in % accumulate in the atmosphere is of a different order.

If you want to create comfortable and inviting atmosphere of the space you have available, use our guidelines to not only select proper furniture but also understand how different -LSB-...]