The intensity of visible light that comes back out is far less than the intensity that goes in, because the amount of light you see coming back out in very shallow water where it illuminates e.g. white sand is much more than what comes out
over deep water.
It has a clear shot to the south
over deep water.
There is no time frame for the heavens and the earth that were created or when a darkness / formless surface was
over the deep waters.
A young polar bear stands on pack ice
over deep waters in the Arctic Ocean in October 2009, during a major research project headed by the University of Wyoming.
Not exact matches
2 The earth was [a] formless and void, and darkness was
over the [b] surface of the
deep, and the Spirit of God was [c] moving
over the [d] surface of the
waters.
The earth was desolate and void and darkness was
over the surface of the
deep and the breath of God hovered
over the surface of the
water.
Was it not you who dried up the sea, the
waters of the great
deep; who made the depths of the sea a way for the redeemed to cross
over?
Was it not thou that didst dry up the sea, the
waters of the great
deep; that didst make the depths of the sea a way for the redeemed to pass
over?
The earth was without form and void and darkness was on the face of the
deep; and the spirit of God was moving
over the face of the
waters [Gen. 1:1 - 2].
Transfer the chiles to a
deep saucepan and pour
over them about 4 cups
water (or enough to just barely cover.
In a
deep saucepan
over medium heat, stir dry grains with 1 tsp oil (optional) for five minutes, until quinoa starts to pop and brown, Carefully add
water or broth.
Boil asparagus for 3 minutes
over high heat in a large,
deep sauté pan filled with enough boiling
water to cover asparagus.
Sprinkle
over the fruit, toss gently (but well), add the orange blossom
water (optional), toss again, and transfer the fruit to an 8 - inch square baking dish (or your favorite equivalent - sized,
deep - sided, solid - bottomed tart pan).
Water for the recipe is sourced from a mile -
deep, limestone aquifer that hasn't seen the light of day in
over 6,000 years.
In a
deep saucepan (6 inches wide and 4 1/2 inches
deep), combine 1/4 cup
water, the sugar and corn syrup and bring them to a boil
over medium - high heat.
In a
deep pan
over medium heat, add 2 - 4 quarts of
water, the distilled vinegar and salt and then bring the
water to a gentle simmer.
Melt half of chocolate in a small,
deep bowl set
over a saucepan of barely simmering
water, then remove bowl from pan.
Over the millenniums the pressure of this natural
water - release created a diverse geography; carving landscape, dumping rocks and filling a
deep subteranian aquifer with clean, pure
water.
Take 1 bunch bean thread, put it in a
deep bowl, and pour boiling
water over them.
And hand
over hand the lines came in, rasping on the gunwales, the slim, blue - green fish taking shape
deep in the clear
water as we hauled, then splashing at the surface, rattling out their lives on the bottom boards and in the fish boxes.
It has a toddler pool with fountains that's 2» 6»
deep at the
deepest, a 4»
deep pool with a lily pad bridge for bigger kids to hang in, and two big
water slides for kiddos
over 48 inches tall.
Most of the other swimming earbuds on our list have an IPX8 rating, which means they can be taken into
water over three feet
deep.
Deep beneath the bleached - out, dusty surface of the drought - stricken West is a stash of
water sequestered between layers of rock and sometimes built up
over centuries.
Chan says that lighter warm
water creates a cap
over the colder depths, making it less likely that
deeper waters — where everything from «plankton to whale poop» sucks up oxygen — will rise to mix with the oxygenated surface.
NASA's
Deep Impact and Cassini missions and the Indian probe Chandrayaan - 1 last year reported detecting a
water film only a few molecules thick
over large parts of the lunar surface.
A plague of oxygen - deprived
waters from the
deep ocean is creeping up
over the continental shelves off the Pacific Northwest and forcing marine species there to relocate or die.
Last spring, the
water flowed
over the grass's roots, drowning them, and climbed past the first leaves of the sprouting plants until it stood calf -
deep.
One pressing question hanging
over the discovery: How did Flo's ancestors cross the
deep, seemingly impassable
waters from mainland Southeast Asia to their island home?
Over the last decade, marine researchers have been delighted by discoveries of
deep -
water coral gardens — and appalled by damage from trawlers, which are moving into
deeper waters (ScienceNOW, 26 February 2002).
Over the course of 30 days or so, possibly less, about 93,000 cubic kilometers of
water — almost 80 % of the volume of all free - flowing fresh
water on Earth today — carved the 15 - km - wide, 2.5 - km -
deep Aram Valley.
It quickly became clear that this was an environment sealed away from the earth's surface, and although the
water in the lake may itself be slowly changed out by the
deep - ice dynamics of Antarctica, this process could take well
over 10,000 years.
This enabled the research team to reconstruct, for the first time, a detailed picture of the environmental conditions at the ocean's surface, as well as in
deeper water layers,
over the last 30,000 years.
However, when temperatures warm
over the Antarctic regions,
deep waters rise from the floor of the ocean much closer to the continent.
A new study led by the University of Texas Institute for Geophysics has found that wind
over the ocean off the coast of East Antarctica causes warm,
deep waters to upwell, circulate under Totten Ice Shelf, and melt the fringes of the East Antarctic ice sheet from below.
The researchers primed the system by pumping the
deep water to the surface, after which the
water pressure took
over, sending a «geyser» 21 metres into the air.
Water salinity near the seabed is close to 25 ‰ in parts and
over 20 ‰ in all of the
deeps areas, whereas the level last winter was 15 ‰ or less.
As the boat drifted
over 1000 - metre
deep waters, the group was greeted by an incessant stream of Humboldt squid darting toward the boat and flashing their underbellies red and white.
Last week, lunar scientists made a splash when they announced that three spacecraft — India's Chandrayaan - 1 craft and NASA's Cassini and
Deep Impact probes — have detected
water's spectral signature
over much of the moon's surface.
This study identifies a global network of sites with hydrogen - rich
waters that will be targeted for exploration for
deep life
over the coming years.
Sherwood Lollar first got a whiff of the hidden
water over a decade ago,
deep inside the Kidd Creek Mine in Timmins, Ontario, Canada.
What they discovered is a near - perfect system in which krill aggregations situated
over the Palm
Deep Canyon — a region of nutrient - rich
waters that produce a lot of food for the krill — are delivered close to shore by tidal currents and winds.
Over the past 50 years, changes in land use and wastewater inputs have led to eutrophication of the lake, with increased turbidity and oxygen depletion in
deeper waters.
The waves that run along shallow continental shelves are much larger than those
over the
deep ocean, and so the force applied by the standing waves is also larger in shallow
water.
Typically,
deeper water is cooler, so
over time as the surface is cooled, energy supplying the storm is cut off and the storm loses momentum.
Direct effects from depletion of O2 levels and rising
water temperatures
over the next century may also impact embryonic survival rates of vulnerable
deep - sea oviparous (egg - laying) elasmobranchs that currently deposit their capsules at the seafloor in very narrow oceanographic niches with distinct O2, salinity and temperature conditions (Henry et al., 2016).
However,
over longer terms,
deep -
water oxygenation may also increase even if Atlantic meridional overturning circulation becomes weaker, as deep convection in the Weddell Sea and Antarctic Bottom Water becomes enhanced (Yamamoto et al., 2
water oxygenation may also increase even if Atlantic meridional overturning circulation becomes weaker, as
deep convection in the Weddell Sea and Antarctic Bottom
Water becomes enhanced (Yamamoto et al., 2
Water becomes enhanced (Yamamoto et al., 2015).
Under its ice crust, estimated to be 10 km thick, is an ocean of liquid
water of
over 100 km
deep.
As we continue to learn more about the tenacious lifeforms found in
deep, cold
waters here on Earth, excitement grows
over the possibility of Europa's oceans harboring extraterrestrial life.
However, recent observations have found that
over 80 % of the
deep water over the ESAS is supersaturated, with methane levels more than eight times that of normal seawater (Shakhova 2010).
The most obvious difference between this year and that event, clearly visible in the animation, is the «blob» of warm
water off the west coast of North America, a symptom of the relentless high pressure pattern that has kept the West hot and dry
over much of the last few years and led to the
deep drought in California.