My guess is that it was feeding and looking for food, and
when ice formed behind it the whale probably just kept going.
«
When the ice forms in winter, acidified waters below the ice become dense and sink down into the water column, spreading into deeper waters.»
Re 9 wili — I know of a paper suggesting, as I recall, that enhanced «backradiation» (downward radiation reaching the surface emitted by the air / clouds) contributed more to Arctic amplification specifically in the cold part of the year (just to be clear, backradiation should generally increase with any warming (aside from greenhouse feedbacks) and more so with a warming due to an increase in the greenhouse effect (including feedbacks like water vapor and, if positive, clouds, though regional changes in water vapor and clouds can go against the global trend); otherwise it was always my understanding that the albedo feedback was key (while sea ice decreases so far have been more a summer phenomenon (when it would be warmer to begin with), the heat capacity of the sea prevents much temperature response, but there is a greater build up of heat from the albedo feedback, and this is released in the cold part of the year
when ice forms later or would have formed or would have been thicker; the seasonal effect of reduced winter snow cover decreasing at those latitudes which still recieve sunlight in the winter would not be so delayed).
When ice forms, it traps gases inside of it.
When the ice forms salt is excluded and the higher salinity water right below the forming ice sinks like a rock but gradually mixes along the way down with warmer less saline water.
Not exact matches
Like water turns to steam or
ice depending on environment matter also changes
form when energy is added or subtracted.
I don't really ever drink, only once or twice a year probably but
when I do I just drink
ice cold (good quality) vodka with fresh lemon juice as that's the purest
form of alcohol.
The mixture will be hot
when you are
forming balls so don't let younger kids help with shaping until it has cooled slightly or have them use a greased
ice cream scoop to shape the balls.
(I didn't need to add extra flour because you work so much in
when you flour your surface) I just suggest chilling the dough properly so that your house shapes keep the right
form, and then trimming the edges
when they're warm our of the over so the
icing adheres better.
Fill a bowl with
ice water — you'll need this
when the custard begins to
form to cool the pot down.
At first I thought it was just sugar granules that didn't melt but then
when I went to
ice the cake it was like the
icing had
formed a crystallized layer on the bowl and
when you eat it it's crunchy.
When the butter has formed small pea - sized crumbs, slowly pour the the ice - cold water and rum in, a spoonful at a time, until a shaggy dough is formed which holds its shape when you press it (if necessary, add a teeny bit of extra water but try to use as little additional water as possib
When the butter has
formed small pea - sized crumbs, slowly pour the the
ice - cold water and rum in, a spoonful at a time, until a shaggy dough is
formed which holds its shape
when you press it (if necessary, add a teeny bit of extra water but try to use as little additional water as possib
when you press it (if necessary, add a teeny bit of extra water but try to use as little additional water as possible).
When making a large amount of
ice cream, as this recipe does, it's imperative to churn the mixture in two batches, so
ice crystals don't
form.
When shaken with a lot of
ice and a splash of sweetener, espresso
forms a creamy froth on top and becomes an infinitely more exciting beverage.
Add the vanilla extract and 4 tablespoons of
ice water, and pulse until the dough either
forms a ball or sticks together
when pressed between your fingers.
This helps prevent
ice crystals from
forming later on
when you stick it in the freezer, and it also results in a creamier, thicker, more - like -
ice cream texture.
To know him you must gird as for war and wade the rivers
when they are bitter cold — in sleet - filled gloom, or in freezing blue weather
when the leafless alders gleam in pale sunlight along the streams, and
ice forms in the guides of your rod.
The
icing on the cake is Lukaku who is known for his barren spells... He will get braces and hat tricks
when he is in
form,
when he is not though Mourinho will berate or drop him.
Hail
forms when ice crystals start to fall from the clouds.
It's a good idea to label the bags for future use (it can be hard to tell peas from green beans
when they're in
ice - cube
form!)
Libbrecht is interested in what happens on a molecular level
when ice crystals
form, but he sees it as an old - fashioned scientific pursuit: «It's really like doing science 100 years ago,» he says, in that he's studying a mystery inherent in the mundane and familiar snowflakes that flutter from the sky each winter.
Each snow crystal
forms when water vapor in the clouds condenses into
ice.
Phytoplankton blooms
form in the Bering Strait
when the
ice begins to melt.
Cold comets are small and unspectacular, but
when they heat up, the
ice and dust that blow off catch sunlight,
forming a round cloud (the head, or coma, of the comet) and long streamers (the tail).
When Vali added rotting leaves to the mix, some drops
formed ice at 28 degrees, the highest temperature he had ever seen.
Makkonen says that one of the key observations in VTT's research is that of friction melting the
ice when the temperature rises to
form a water film between the
ice and the sliding material.
«
When I look at what physically
forms the
ice in clouds, I'd say 80 percent of it has some sort of biological signature,» Prather says.
But to hail this transformation as unprecedented is to do our mustachioed ancestors a disservice — an act of wanton disrespect made only more unseemly
when one considers that they were born and lived and went to their graves without ever once waking up on a birthday morning, scraping the
ice off their laptops, and receiving salutations from a distant land in the
form of an abysmal, not - quite - functioning cartoon of chickens — one year it was elephants — either attempting, or pretending, to dance.
A newly released image of Charon, Pluto's largest moon, reveals a heavily fractured surface that may have
formed when a subsurface ocean froze and expanded to split an exterior shell of
ice.
When it's cold enough to
form ice shelves that extend over the Antarctic land mass and into the ocean, much of what drops to the seafloor is sand and gravel that the glacier has picked up on its slow march from the continent's
ice cap.
This flat rainbow is called a circumhorizontal arc, a rare phenomenon that can
form only
when the sun is above 58 degrees in the sky and shines through plates of
ice crystals.
After comparing it with domes on Earth, scientists now believe Ahuna Mons
formed when a slushy mix of internal
ice and natural antifreeze reached the surface along a duct — just as magma builds volcanoes on our planet.
These arcs, on the other hand,
form when light hits the top of
ice crystals — like those contained in some kinds of clouds — and is then refracted out through the side of the crystals.
Making thin films out of semiconducting materials is analogous to how
ice grows on a windowpane:
When the conditions are just right, the semiconductor grows in flat crystals that slowly fuse together, eventually
forming a continuous film.
Rime is white
ice that
forms when water droplets in fog freeze to the surfaces of objects.
When comets approach the Sun, these
ices heat up, eventually turning to gases that jet out into space together with dusty material to
form a head or coma around the cometary nucleus.
Prather said her team's research is going to investigate the earliest stages of this
ice -
forming process, trying to distinguish the different effects that different microbes and bacteria can have
when they infiltrate a cloud.
But if scientists are able to gain a deeper understanding of which dust particles best
form ice and which don't, they may be able to maximize precipitation
when clouds do
form and stave off future droughts like the one that has beset California recently (ClimateWire, Aug. 4).
A familiar example is
when liquid water is cooled to
form a solid (
ice), or heated to
form a gas (steam).
In the case of disk instability,
ice giants
form when the star system is located in the region of high - mass star formation.
When methane hydrates «melt,» they release the methane trapped inside the ice, but because the methane was first trapped under pressure when the hydrate was formed, one cubic metre of solid methane hydrate will release 160 cubic metres of methane
When methane hydrates «melt,» they release the methane trapped inside the
ice, but because the methane was first trapped under pressure
when the hydrate was formed, one cubic metre of solid methane hydrate will release 160 cubic metres of methane
when the hydrate was
formed, one cubic metre of solid methane hydrate will release 160 cubic metres of methane gas.
Scientists can determine ancient atmospheric concentrations by measuring CO2 and methane levels in tiny air bubbles trapped in such
ice,
formed when the
ice fell to the earth as snow.
Intermittent phases of boiling, similar to what happened
when Vinalia Faculae
formed, may have occurred during this process, littering the surface with
ice and salt particles that
formed the Cerealia bright spot.
When ice starts to
form through other means — like frost caused by condensation buildup — the bottom layer kicks into action.
Back
when Earth was still
forming and the moon was a molten ball — some 4.5 billion years ago — the chunks of rock and
ice there never moved on to bigger things.
Rime
forms when droplets of water vapor deposit directly as
ice on surfaces.
These events happen
when winter rain percolates through snow and
forms an impenetrable
ice barrier over moss and lichen at the soil surface.
«The main difference between my model and others is that I suggest that the
ice cap
formed early,
when Pluto was still spinning quickly, and that the basin
formed later and not from an impact,» said Hamilton, who is lead author of the paper.
Concentrations of two other chemicals in the
ice cores, vanillic acid (a chemical
formed when conifer forests burn) and non — sea salt sulfur (a primary component in acid rain), helped distinguish between soot from natural sources and that from industrial pollution.
When comets approach their host stars, their surfaces warm up, and volatile materials such as
ice start to vaporize,
forming long tails of gas and debris that absorb specific colors of light from their host stars.