Not exact matches
«When the weather fluctuates between
warm and cold and in bodies of
water where there are currents underneath the ice, it can weaken the
surface of the ice and make it dangerously fragile even though it seems to be frozen solid,» said Joe Pecoraro, manager of the Park District's Beaches and Pools Unit, who narrated the demonstration.
Scientists first thought this
water was melting from
surface ice, but that interpretation is less likely for the slopes near the equator,
where the
surface is probably too
warm for ice.
And around Antarctica,
where even the
surface ocean
water is already quite cold and dense, some of that
water in the ocean depths, which is also carbon rich, eventually
warmed enough so that it became less dense than the
water above it.
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.
Using the Large Binocular Telescope Interferometer, or LBTI, in Arizona, the HOSTS Survey determines the brightness and density of
warm dust floating in nearby stars» habitable zones,
where liquid
water could exist on the
surface of a planet.
Although today's Martian
surface is barren, frozen and uninhabitable, a trail of evidence points to a once
warmer, wetter planet,
where water flowed freely.
It's unclear whether this year's strong El Niño event, which is a naturally occurring phenomenon that typically occurs every two to seven years
where the
surface water of the eastern equatorial Pacific Ocean
warms, has had any impact on the Arctic sea ice minimum extent.
Researchers identify such planets by first looking for those that are situated within the «habitable zone» around their parent stars, which is
where temperatures are
warm enough for
water to pool on the
surface.
This shift strengthens the ocean currents that bring
warm, salty
water to the
surface,
where it accelerates the melting of Antarctic ice.
The
warming of the oceans by sunlight, makes the daytime
surface waters more bouyant than the cooler
waters below and this leads to stratification - a situation
where the
warmer water floats atop cooler
waters underneath, and is less inclined to mix.
It is harvested from the
surface of the
water where it forms when winds are calm and the weather is
warm.
Snorkeling is possible in almost any body of
water, but snorkelers are most likely to be found in locations
where there are minimal waves,
warm water, and something particularly interesting to see near the
surface — exactly like the Cayman Islands!
Other factors would include: — albedo shifts (both from ice >
water, and from increased biological activity, and from edge melt revealing more land, and from more old dust coming to the
surface...); — direct effect of CO2 on ice (the former weakens the latter); — increasing, and increasingly
warm, rain fall on ice; — «stuck» weather systems bringing more and more
warm tropical air ever further toward the poles; — melting of sea ice shelf increasing mobility of glaciers; — sea
water getting under parts of the ice sheets
where the base is below sea level; — melt
water lubricating the ice sheet base; — changes in ocean currents -LRB-?)
A further point
where I need clarification is that, in Part I, you seemed to be suggesting that the West Pacific
warm pool develops due to the trade winds blowing
surface water in that direction.
These are large rotating masses of
water, in each ocean basin,
where ocean currents converge at their centre and are forced downwards, taking
warm surface water with them.
Now scientists have measured a rapid recent expansion of desert - like barrenness in the subtropical oceans --- in places
where surface waters have also been steadily
warming.
The
surface waters of the tropical Atlantic are then transported, via the Gulf Stream, towards the high latitudes
where they
warm the atmosphere before plunging into the abysses in the convection zones situated in the seas of Norway, Greenland and Labrador.
Even in cases
where it is cold or
where SSTs [sea
surface temperatures] are cold, or
where water vapor is low, they are still
warmer / moister than they would have been without the global
warming.
Although
water vapour is a greenhouse gas it had no
warming effect at the
surface where the vapour simply acquired the same temperature as the surrounding air molecules.
4) By interpreting the analyss of Bob Tisdale, the global sea
surface temperatures used by Endersbee in his calculations have been controlled by
warming of the sea
surface waters outside the tropical sea
surface i.e. mainly by the
warming of the sea
surface waters of higher latitudes
where the sea
surface CO2 sinks are.
The
warmer the ocean becomes, the less
water rises from deeper down, meaning fewer resources will be brought to the
surface water where phytoplankton live.
Most of the deep ocean
warming is occurring in the subtropical ocean gyres - vast rotating masses of
water in each ocean basin
where near -
surface currents converge and are forced downward into the ocean interior.
Since the whole world does not appear to freeze during a ice age, the must be massive ice making going at the pole driven by heat lifting oceans of
water to the sky from the equator
where it is pushed by the expanding air and vapor to the poles areas
where it returns to the
surface and follows cold land like a culvert between
warmer expanding ocean air back down to the equatoral region.
The satellite image showed that sea
surface heights were about 4 inches (10 cm) above normal in
warmer regions (these appear red in the image), while the regions
where cooler
water prevails are 6 to 7 inches (14 to 18 cm) below normal (these appear purple).
Harvey's rapid intensification from a tropical depression to an 85 - mile - per - hour hurricane in less than 24 hours was due to favorable conditions —
warm water and low wind shear [29]-- in the Gulf of Mexico,
where sea
surface temperatures were up to 2.7 - 7.2 °F (1.5 - 4 °C) above the 1961 - 1990 average.
Despite higher than normal
surface temperatures and heat contents of ocean
waters where the storms developed, evidence is lacking that global
warming is revving them up.
This has never been demonstrated, there is no evidence at all that it exists, and all the available evidence says the basic heating effect of CO2 is 1.1 C per doubling is all there is and that much
warming only happens in very dry environments with increasingly less
surface warming where water is available to evaporate.
Just to let you know how stupid the global
warming activists are, I've been to the south pole 3 times and even there,
where the
water vapor is under 0.2 mm precipitable, it's still the H2O that is the main concern in our field and nobody even talks about CO2 because CO2 doesn't absorb or radiate in the portion of the spectrum corresponding with earth's
surface temps of 220 to 320 K. Not at all.
So
where there is
water to evaporate the
surface doesn't get
warmer but instead the cloud deck rises about 100 meters per doubling and
where there was once dry cool air above the clouds there's now a
warm cloud occupying that layer in the atmosphere instead.
As mentioned above, highest
surface densities in the world ocean are reached
where water is very cold, while lower densities are found in the saltier but
warmer tropical and subtropical areas.
During the El Nino, the discharge phase,
warm water that had been stored in the Pacific Warm Pool sloshes to the east where it spreads across the surface, raising sea surface temperatures in the tropical Paci
warm water that had been stored in the Pacific
Warm Pool sloshes to the east where it spreads across the surface, raising sea surface temperatures in the tropical Paci
Warm Pool sloshes to the east
where it spreads across the
surface, raising sea
surface temperatures in the tropical Pacific.
As part of the planet's reciprocal relationship between ocean circulation and climate, this conveyor belt transports
warm surface water to high latitudes
where the
water warms the air, then cools, sinks, and returns towards the equator as a deep flow.»
An El Nino is a change in the movement of
water that has been
warmed with contact with the
surface, so that
warm water that has been building up at depth over time changes its movement pattern and moves closer to the
surface (and to a different horizontal location)
where heat is released.
When
surface winds are strong, they stir the Southern Ocean and lift the
warm water (red) onto the continental shelf
where the additional heat contributes to melt of the ice shelf.
If the earth core is somewhere in the 5,000 to 10,000 deg C range; and the
surface / lower troposphere is 15 deg C; and you say that the deep oceans are at 4 deg C; and are sucking in «heat» from the
warm surface waters;
where the hell is all that heat piling up down there.
In the Atlantic Ocean, the current known as the Atlantic Meridional Overturning Circulation (AMOC) ferries
warm surface waters northward —
where the heat is released into the atmosphere — and carries cold
water south in the deeper ocean layers, according to the National Oceanic and Atmospheric Administration.
Warm water on Mars, boils - it's lacks atmospheric pressure lowers the boiling point to somewhere around 5 to 10 C. And 5 C
water would not boil on Mars, but it would evaporate quicker on Mars then it does on Earth - because no
where on Earth is drier than Mars [due to changing temperatures, frost does form on the Mars
surface at equator and at nite - this requires the thin Mars air to become saturated - but generally very dry.
Warming bottom
waters in deeper parts of the ocean,
where surface sediment is much colder than freezing and the hydrate stability zone is relatively thick, would not thaw hydrates near the sediment
surface, but downward heat diffusion into the sediment column would thin the stability zone from below, causing basal hydrates to decompose, releasing gaseous methane.
It means that the global sea
surface temperatures used by Endersbee in his calculations have been controlled by
warming of the sea
surface waters outside the tropical sea
surface i.e. mainly the
warming of the sea
surface waters of higher latitudes
where the sea
surface CO2 sinks are.
Apologies if this has already been stated, but my view on decreased Arctic ice cover is: - 1, as Judith pointed out, when ice is at a minimum the sun is already so low in the sky that there is no noticeable change to albedo, 2 when there is ice cover
warm water is kept at depth by differences in salinity, When there is open
water, storms mix the haline layers bringing
warm water to the
surface where it can more readily radiate it's energy into outer space.
On the contrary, whatever
warm, hypersaline
water sinks below the
surface because of its great density is mixed relatively quickly by winds into the upper layer of the ocean,
where it transfers its heat to colder parcels by conduction.
Furthermore, in the absence of such
warming, ocean mixing would normally be expected to be constantly refreshing the
water at the ocean's
surface, the place
where it meets with air and dissolves CO2.
De Witt, are you saying «THS???» because you don't know it stands for tropical hot spot [which I can't believe] or because you don't get the connection between backradiation and a THS, which I understood to be the case because the Troposphere would
warm faster than the
surface since it is being heated by a
warmer surface, to wit, the
surface of the planet which is getting
warmed by the aforesaid backradiation; and in addition to but not withstanding that the troposphere whould also rise which would be another aspect of the THS, with the final characteristic being that said THS would occur in the tropics
where the
warming effect of extra
water would be most pronounced, also as a consequence of backradiation?
It's unclear whether this year's strong El Niño event, which is a naturally occurring phenomenon that typically occurs every two to seven years
where the
surface water of the eastern equatorial Pacific Ocean
warms, has had any impact on the Arctic sea ice minimum extent.
Reduced equatorial cloud cover during La Nina (due to the cooler sea
surface temperature), combined with the strong upwelling (Ekman suction) in the eastern equatorial Pacific, does indeed lead to greater
warming of the ocean - because it's bringing cool subsurface
water to the
surface,
where it can be heated by the sun.