Sentences with phrase «because deep earth»

As important as the geophysicists will be the data scientists and software engineers, because Deep Earth Imaging is equally an exercise in developing predictive data analytics tools as it is about discovering subsurface phenomena.

Not exact matches

Precisely because we are so bound to the earth, one of the deepest sources of our suffering as a people is that we have been deprived of our own land.

The fact is, we are here, through no doing of our own, and we do have a human moral responsibility, because humans possess such deep rooted and complex emotions, to at least make this earth tolerable to live on.

Although geologists can use seismic data from large earthquakes to see features deep in the earth, the shallow subsurface geology of the park has remained a mystery, because mapping it out would require capturing everyday miniature ground movement and seismic energy on a much smaller scale.

The result surprised geoscientists around the globe because there is little opportunity for iron to become so highly oxidized deep below the Earth's surface.

Such a system provides a new option for spacecraft to autonomously determine their locations outside the currently used Earth - based global navigation networks because pulsars are accessible in virtually every conceivable fight regime, from low - Earth to deepest space.

Focusing on planet candidates that have a diameter no smaller than 1.2 times that of Earth could speed up the mission, says Gilliland, because they cast a deeper shadow and so are easier to pick out from the stellar noise.

The Illinois Basin was selected specifically because of its special qualities, including its deep layers of impermeable, protective rock sitting above CO2 storage sites 7,000 feet beneath the earth's surface.

Megaplumes are squeezed out by the deep crust because plume water contains helium 3, an isotope that's rare at the surface but more common in deep Earth.

Because such shifts in olivine change the structure of earth's subducted lithosphere, the new phase transition mechanism could help explain the origins of some deep earthquakes.

«This is because the coastal ocean is shallower than the open ocean and can quickly transfer sequestered carbon dioxide to the deep ocean; this process creates an additional and effective pathway for the ocean to take up and store anthropogenic carbon dioxide,» said Cai, the Mary A.S. Lighthipe Professor in the College of Earth, Ocean, and Environment.

«All faults are weak at the surface because there is no confining pressure, so we have to make inferences» about each quake's deep - earth origin.

Because we can not sample the deep Earth, we must deduce its composition either by looking at the clues hidden in igneous and metamorphic rocks, or by examining proxies for composition and structure such as the three - dimensional variation of the velocity of seismic waves produced by earthquakes and sampled by networks of seismometers on the surface.

Because the deep mantle is beyond the direct observation of scientists, they use seismic waves — sound waves at different speeds — to image the interior of the Earth.

These oceans can be kept warm despite their great distance from the Sun because of gravitational interactions between the moons and their host planet, and they might support the kind of life found in deep sea vents on Earth.

Because similar chemistry occurs deep in the Earth's oceans * and * can support life.

Deep under the ocean on Earth, certain geologically active places have entire ecosystems that thrive in total darkness because hydrothermal vents called «black smokers» supply the needed ingredients in the form of energy - rich chemicals dissolved in superheated water.

Stop the press, put down the kale juice boost and take a deep breath because some earth - shattering findings have emerged

Maybe you should do your research before calling out names... First, if it's colored salt, it is not Himalayan Salt... Second, because of the mining process, thousands of feet deep in the earth, there are no pollutants and no added chemicals.

This trans - dimensional perspective has a deep ecological and spiritual sense for our worldview because the human evolutionary adventure is the latest stage of life on Earth.

The time, when they had to dig their worst videogame of all time... deep into earth in america, because it was a such big shame, that it was n`t worth the plastic and chips.

It's an important moment for this message to sink in, because the Intergovernmental Panel on Climate Change, meeting this week in Bangkok, is getting ready to dive in on a special report on the benefits of limiting global warming to 1.5 degrees Celsius above Earth's temperature a century or more ago and emissions paths to accomplish that (to learn what this murky number means in relation to the more familiar 2 - degree limit click here for a quick sketch, basic science, deep dive).

Because you dove in deep charting the history of the first Earth Day, I thought you could help convey a sense of how the triumphs and failures since then might shape environmentalism over the next 40 years.

Surface temperature is an imperfect gauge of whether the earth has been warmed by an imbalance between incoming radiation from the sun, and outgoing radiation, because of the role of ocean currents in the distribution of heat between deeper and surface waters.

This is because over the past three years, hundreds of new scientific field accounts of global warming's impacts, as well as improved peer - reviewed analyses of global warming itself in both the deep past and the very near future, have depicted earth's atmosphere as far more «sensitive» to the invisible CO2, methane and other human - sourced greenhouse gases than had been hoped.

With the Earth known as the «water planet» because of over 70 % of the globe covered by deep oceans, warmer temps directly result in more evaporation of the ocean water into the air - clouds.

and what about the 400 + nuclear reactors worldwide that need workers and constant maintainance to keep them running so they do nt go in to full blown meltdown and make the planet a radioactive wasteland eh + the unstoppable feedback loop of methane release and the earths athmosphere becoming more like venus... the elitists do nt seem so worried that geoengineering is destroying their planet too... maybe because they've got the deep underground military bases or hardened bunkers that can sustain them for many years or might the real manipulators not be from the earth itself??

Please note that this correction is not a trivial knit - pick because almost all CO2 «to be found on Earth» exists as ions dissolved in deep ocean.

Weyl (1968), speculating that the «temporary stagnation» of the bottom water would end because of warming by the interior heat of the Earth; the role of glacial meltwater suppressing North Atlantic Deep Water production was also pioneered by Worthington (1968); a neat explanation of the entire circulation in terms of water evaporating from the North Atlantic more than from the cooler North Pacific was indicated by Warren (1983).

Maybe because I don't understand it, but it seems God - like to find oxygen istopes in the deep ocean and deduce a 3 - d model of the ice covered earth at the LGM.

Because humans have an important role to play and must looker deeper at our own responsibility for our earth, the authors include a very good section on what we can do to help — especially young adults as «citizen scientists.»

This is the case in economics today, where Keynesian economists are attacked for their advocacy of «fiscal stimulus» to promote recovery from a deep recession; and in biology, where evolutionary biologists are attacked as atheists because they are steadfast in their findings that the earth is billions rather than thousands of years old.

Because once we start to see our compost bins, heaps or tumblers as the massive store of biodiversity that they are, we get a deeper understanding of the vast, mostly invisible networks of plants and animals that make life on earth possible.