«The less dense melt rises, and one of two things happens: It either stalls in the crust to crystallize in formations called plutons or
reaches the surface through volcanic eruptions.»
This makes it possible to precisely measure the altitude of the ocean water which
reaches the surface through ice cracks and openings.
Some of that water eventually
reached the surface through volcanoes.
Downward, the solar radiation that
reaches the surface through clouds and other atmospheric attenuation.
Not exact matches
As the Nine
reach their full potential they will
surface through out this world in the different lands that govern the main religions of thought that all of humanity govern themselves by.
- baby is often active in Tummy Time - beginning to
reach for objects - baby may begin to roll intentionally from belly to sidelying - beginning to press
through straight arms to lift chest off
surface
There is enough turnover so that rock is constantly cycling
through; pieces of crust have probably
reached all the way down to the bottom of the mantle, about 1,700 miles below the
surface.
It
reached 130 kilometres above the
surface through aerobraking, which uses friction from the atmosphere to reduce its orbit.
Intriguingly, that means water could potentially
reach the
surface from a deep crater, where there was less ice to get
through — perhaps even from a crater like the one where Dawn saw the bright spot.
In 2012, the Russian Antarctic Expedition completed drilling
through nearly 4 kilometers of ice to
reach the
surface of subglacial Lake Vostok.
Many could evaporate as they pass
through the dry lower atmosphere and never
reach the
surface.
One way is extrusion, in which magma erupts
through volcanic craters and cracks in the Earth's
surface; the other is intrusion, whereby magma forces itself between or
through existing formations of rock, without
reaching the
surface.
Neutral particles facilitate the buoyancy the marled knots of magnetic energy need to rise
through the boiling plasma and
reach the
surface.
Plans to put a lander on the
surface to drill
through the ice in hopes of
reaching the ocean had to be abandoned because of cost and technical uncertainty, leaving only an orbiter.
Aerosols that high in the sky «can change the amount of solar radiation
reaching the Earth's
surface and affect rainfall
through cloud formation,» she says.
This image shows how seismic waves play out when they
reach the
surface: This elevation map depicts the wave height of the tsunami triggered by the Sendai earthquake as it radiated
through the Pacific Ocean.
Other tests indicate that the long - lost peak — now dubbed Kaena volcano — grew from the sea floor and broke
through the ocean's
surface about 3.5 million years ago, eventually
reaching a height of about 1000 meters above sea level before it began sinking back into the sea.
Since the spheres form underground as groundwater rises
through the soil, the find suggests the water rose only so far and then stopped — without
reaching the
surface.
Furthermore, a deeper upper layer of warm
surface water may weaken the cold tongue if the Ekman pumping doesn't
reach down below the thermocline to bring up colder water, and weakened trade winds would have a similar effect
through reduced Ekman pumping near the equator.
Leblanc et al. (2003),
through simulations of SEP trajectories inside Mercury's magnetosphere, showed that significant SEP fluxes can
reach Mercury's
surface not only into the cusps footprint, as in the case of solar wind, but also at the planet's equator, elongated toward dawn.
When the soft - landed clusters diffuse
through the extremely thin membrane and
reach the electrode
surface of the newly designed device, the team has a detailed and precisely defined active species they can examine using several electrochemical and spectroscopic techniques.
Among the potential technological tools of the mission is a super-heated drill that would land on the moon's frozen
surface and burrow
through approximately 15 miles of frozen water,
reaching the massive store of liquid water beneath.
In fact, it is only during these periods of low solar activity that very long radio waves from space can pass
through the atmosphere to
reach Earth's
surface.
Students will be stretched so that they might
reach through the
surface of the tradition, accessing practical applications of the work to be applied to themselves and others.
When you use a yoga wheel during the pose,
reaching your arms forward on top of the wheel's raised
surface, you also experience a nice stretch
through the shoulders and chest.
Just as seeds need a period of gestation before they break
through the soil and
reach for the sunlight, we need time to cultivate our ideas and clear the way for our visions before they can
surface into reality.
On the day I
reached for black shiny
surfaces, 2 new additions to my wardrobe, a pair of satin trousers and silk top, which I miraculously managed to keep clean all day
through with my little 3 months girl (drooling) in my arms, guess I'm learning.
Basically we can move the Snake with the press of a button but the actual controls for how his body behaves is implemented with the Left analog stick, which means we can use it to twist and turn across Bamboos and other
surfaces to elevate the Snake
through some of the carefully designed obstacles and
reach the keystones which are used to unlock a gate in each level allowing us to progress to the next one.
By the time we
reached the other end of the gorge, 12 km later, the sun was trying to break
through the clouds, and the
surface of the river started to glisten as the suns rays reflected upon it.
The standalone pinball game will see players guiding Chell and Wheatley
through test chambers as they battle against GLaDOS and work to escape the facility and
reach the
surface.
Guide Chell and Wheatley
through the Aperture Laboratories Enrichment Center, battling against GLaDOS as you attempt to escape the testing facility and
reach the
surface.
This movement toward a more overall organization of the picture plane
reaches a crescendo of sorts in Central Park Trees (oil on canvas, 2015), in which the sky appears only as flashes of light
through the trees while the entire
surface is otherwise occupied by a lush green glade.
Furthermore, a deeper upper layer of warm
surface water may weaken the cold tongue if the Ekman pumping doesn't
reach down below the thermocline to bring up colder water, and weakened trade winds would have a similar effect
through reduced Ekman pumping near the equator.
If we isolate the ocean for diagnosis, there is a rather short list of suspect forcings and feedbacks (ie changes in shortwave
reaching ocean
surface possibly from strong negative aerosol feedbacks, net positive rate change in loss of longwave from the ocean (which would have implications for the positive WVF), net positive heat loss
through evaporation without balancing compensation (with other implications for positive WVF).
Do you know that oil seeps
through the floor of the ocean but it never
reaches the
surface, because it gets destroyed because the seawater is pretty powerful stuff.
Typically when sunlight travels
through the atmosphere, some rays get absorbed by particles in the air, before
reaching Earth's
surface.
The probe is driven
through the snowpack until the previous ablation
surface is
reached.
The digital spot features a whale swimming
through a sea of plastic pollution desperate to
reach the open
surface.
I spent an hour or so search the archives on the ten Russian Venus Venera Landers for some inkling of the wattage of solar radiation that actually
reaches the
surface after traversing
through some ninety - four masses of the earth's atmosphere.
The first is the original «invisible something barrier» at the top of the atmosphere, TOA, like the glass of a greenhouse, preventing the longwave infrared from the Sun from entering, but allowing the mainly visible light to
reach the
surface and directly heat it and the second is that the Sun produces insignificant amounts of longwave infrared and none of this gets
through TOA.
The atmosphere allows most of the visible light from the Sun to pass
through and
reach the Earth's
surface.
Some portion of this energy is reflected back into space by the Earth's atmosphere, another portion is dispersed and scattered by the molecules in the atmosphere and a large portion penetrates
through the Earth's atmosphere to
reach the
surface of the Earth.
It is not «conduction» but exchange of radiation; if you keep your hands parallel at a distance of some cm the right hand does not (radiatively) «warm» the left hand or vice versa albeit at 33 °C skin temperature they exchange some hundreds of W / m ² (about 500 W / m ²) The solar radiation
reaching the
surface (for 71 % of the
surface, the oceans) is lost by evaporation (or evapotranspiration of the vegetation), plus some convection (20 W / ²) and some radiation
reaching the cosmos directly
through the window 8µm to 12 µm (about 20 W / m ² «global» average); only the radiative heat flow
surface to air (absorbed by the air) is negligible (plus or minus); the non radiative (latent heat, sensible heat) are transferred for
surface to air and compensate for a part of the heat lost to the cosmos by the upper layer of the water vapour displayed on figure 6 - C.
In its cycle, evaporation of water is cooling the
surface (and hence even the bulk below), delivering heat to the air
through the absorption of longwave radiation and condensation and cooling then the
surface again when
reaching it in the form of precipitation.
This movement opens or closes the channels
through which heat from the inner parts of the Earth
reaches the
surface contributing thus to energy received from the Sun.
It then continues: «The following year, after traveling 3,000 miles (4,800 km) to the pole in 12 days, the Skate became the first submarine to
surface through the ice when it
reached the North Pole on March 17, 1959.»
Efficient
surface drainage was routed
through 523 high - order stream / river channel networks, all of which terminated in moulins before
reaching the ice edge.
We define the TOA (top of atmosphere) to be where optical thickness, τ = 0, and it increases
through the atmosphere to
reach a maximum of τ = τA at the
surface.
Data on water irrigation efficiency for
surface water projects — that is, dams that deliver water to farmers
through a network of canals — show that crop usage of irrigation water never
reaches 100 percent simply because some irrigation water evaporates, some percolates downward, and some runs off.
As you glide along the
surface, you can peer down
through the translucent water to spot fallen trees and massive boulders
reaching up from the depths, meters below but as vivid as if they were merely under glass.