Interesting that the Karl (2015) paper uses night
time ocean air temperatures to adjust the temperatures which are ostensibly reported as SST.
While Karl and his authors were willing to talk to me about other aspects of the 2015 paper and even a pending paper they did not answer my query on using night
time ocean air temperatures to adjust a temperature series that is supposed to be SST and what that meant in light of the Cowtan paper.
Not exact matches
The soothing sound of
ocean waves crashing, the smell of sunscreen and the way that the humid salty
air lingers on your skin long after you've made your way home — there are so many reasons that I love New England in the summer, but spending
time at the
ocean tops them all.
Reducing certain kinds of
air pollution could limit the rise of
ocean waters and buy
time to address CO2 emissions.
Water changes temperature more slowly than the
air or land, which means the global
ocean heat is likely to persist for some
time.
For the first
time, these devices, known as ADS - B transponders, will enable
air traffic controllers to locate aircraft that are far out over
oceans, remote deserts or the poles where there is no radar coverage.
As a result of atmospheric patterns that both warmed the
air and reduced cloud cover as well as increased residual heat in newly exposed
ocean waters, such melting helped open the fabled Northwest Passage for the first
time [see photo] this summer and presaged tough
times for polar bears and other Arctic animals that rely on sea ice to survive, according to the U.S. Geological Survey.
Understanding how carbon flows between land,
air and water is key to predicting how much greenhouse gas emissions the earth, atmosphere and
ocean can tolerate over a given
time period to keep global warming and climate change at thresholds considered tolerable.
«Environmental challenges like climate change; biodiversity loss; desertification;
air, water, soil, and
ocean pollution; and natural disasters rarely honor human - made borders, so now is the
time to start building mechanisms to create environmental wins.
The
time lag occurs because rising
air temperatures take
time to make themselves felt throughout the immense thermal mass of the
oceans.
On a multi-decadal
time scale the changes in surface
air temperature and
ocean heat down to 700 metres are generally in phase too.
They wrote that their comparisons of sea - level pressures, sea - surface temperatures and land - based
air temperatures provided «consistent evidence for strong» regulation of temperatures by changes in
ocean cycles «from monthly to century
time scales.»
On glacial - interglacial
time scales, atmospheric CO2 is mainly governed by the interplay between
ocean circulation, marine biological activity,
ocean - sediment interactions, seawater carbonate chemistry and
air - sea exchange.
The carbon cycle defines the fate of CO2 injected into the
air by fossil fuel burning [1], [168] as the additional CO2 distributes itself over
time among surface carbon reservoirs: the atmosphere,
ocean, soil, and biosphere.
If there is a difference in how you feel when it comes to looking at nature from your window, imagine how positive the effects are when you are actually immersing your senses in nature in real
time — when you're actually feeling the breeze caress your skin, the sun warming your body, the smell of the
ocean air, or the taste of sea salt on your lips.
In this busy world of social media and technology a week staring at the
ocean, breathing in the salty
air is just what one needs from
time to
time.
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Air Bob Odenkirk: Breaking Bad: The Complete Second Season Jeffrey Tambor: Hellboy II: The Golden Army
But since intelligence can not be drawn from the void, subterfuge are resorted to, one of the most prevalent being the mania for «demystification», which allows an
air of intelligence to be conveyed at small cost, for all one need do is assert that the normal response to a particular phenomenon is «prejudiced» and that it is high
time it was cleared of the «legends» surrounding it; if the
ocean could be made out to be a pond or the Himalayas a hill, it would be done.
The author has an exceptional ability to highlight the challenges of early
air travel, and she really drives home just what a dangerous undertaking an
ocean crossing was at the
time.
Breathe in the invigorating sea
air, stroll along the coastal paths overlooking the
ocean, relax on one of the many beaches of the peninsula... Take some
time for yourself at the Sofitel Quiberon.
The property is designed for large groups of friends and family, and is thoughtfully built to capture the cool
ocean breezes even at the hottest
time of year, offering a blend of
air - conditioned comfort and tropical open -
air living.
About Indah Manis: The property is designed to be both a high - end luxury holiday villa for large groups of families and friends, and is thoughtfully built to capture the cool
ocean breezes even at the hottest
time of year, offering a blend of
air - conditioned comfort and tropical open -
air living.
Air conditioning is available in many of our rooms for an extra charge, but most of our guests find the cooling
ocean breezes sufficient for comfortable night -
time sleeping during the winter months.
Many of us will take
time to travel to the coast, as there's nothing quite like the salty
air, fresh
ocean breezes, and warm sunshine on your skin.
Atmos Sala Alcalá 31, Madrid (catalogue) Hemispheres and Continents Matthew Marks Gallery, New York 2012 All Things Pass Galerie Max Hetzler, Berlin (catalogue) Patricia Low Contemporary, Gstaad Fullmoon and Night + Fog Domaine de Chaumont - sur - Loire, Chaumont - sur - Loire 2011 Landscape with Path The High Line, New York Xippas, Montevideo L'Abbaye de la Chaise Dieu, Chaise Dieu Nocturne Villa Merkel, Esslingen (catalogue)... between here and the surface of the moon FRAC Auvergne, Clermont Ferrand; traveled to: FRAC Haute - Normandie, Sotteville - lès - Rouen 2010 As it is Alfonso Artiaco, Naples The Principle of Moments Whitecube, London Fullmoon@Eifel Weidingen, Eifel Matthew Marks Gallery, New York PKM Trinity Gallery, Seoul 2009 Sommer Gallery, Tel Aviv Xippas Gallery, Athens Sometimestill Galerie Max Hetzler, Berlin 2008 Nail to Nail David Patton, Los Angeles SCAI The Bathhouse, Tokyo In The Between Eye of Gyre, Omotesando Substitute Galleri K, Oslo Fire under snow Parasol unit, London (catalogue) Moons of the Iapetus
Ocean White Cube, London (catalogue) 2007 Galleria Alfonso Artiaco, Naples Day Return Castle Ujazdowski — Center for Contemporary Art, Warsaw (catalogue) Night + Fog Galerie Max Hetzler, Berlin (catalogue) In the Between Musée d'art contemporain, Montreal SITE Santa Fe, Santa Fe Matthew Marks Gallery, New York 2006 Day Return Museum Folkwang, Essen (catalogue) Darren Almond and Janice Kerbel: Impossible Landscapes The Horticultural Society of New York, New York If I had you Domus Artium 2002 — Center for Contemporary Art, Salamanca Darren Almond / Albert Oehlen:
Time 2 Kill Galerie Max Hetzler, Berlin 2005 Take Me Home Matthew Marks Gallery, New York Alfonso Artiaco, Naples Isolation K21 - Kunstsammmlung Nordrhein - Westfalen, Düsseldorf Only Sound Needs Echo and Dreads its Lack Galerie Chantal Crousel, Paris 2004 Live Sentence Lentos Kunstmuseum Linz, Linz (catalogue) If I Had You Galerie Max Hetzler, St. Johannes Evangelist Church, Berlin 2003 11 miles... from Safety White Cube, London (catalogue) If I Had You Fondazione Nicola Trussardi, Palazzo della Ragione, Milan Mine, A Galleri K, Oslo A Galerie Max Hetzler, Berlin Full Moon Sommer Contemporary Art, Tel - Aviv 2002 A National Theatre, London; Yorkshire Sculpture Park, commissioned by Public Art Development Trust, London at speed (with Sarah Morris) Galerie Max Hetzler, Berlin 2001 Coming up for
air Matthew Marks Gallery, New York Kunsthalle Zürich, Zurich (catalogue) Night as Day Tate Britain, London (catalogue) De Appel Foundation - Center for Contemporary Art, Amsterdam Galerie Max Hetzler, E-Werk, Abspannwerk Buchhändlerhof, Berlin 2000 Mean
Time Matthew Marks Gallery, New York Geisterbahn The Approach, London Traction Chisenhale Gallery, London 1999 Galerie Max Hetzler, Berlin The Renaissance Society, University of Chicago, Chicago 1997 ICA - Institute of Contemporary Arts, comissioned by Toshiba Art & Innovation, London Fan White Cube, London 1995 KN120 Great Western Studios, London 1991 Crawford Art College, Cork
Regardless, I would posit the worsening winter ice formation is as expected given the poles suffer first and winters warm faster than summers, BUT that this is happening within two years of the EN peak, which was my
time line in 2015, one wonders if the combination of warm EN - heated Pacific waters (
oceans move slowly) and warm
air are a trailing edge of the EN effect OR this is signallibg a phase change driven by that EN, or is just an extreme winter event.
He notes that the sat photos show that cloud cover remains low and that the ice is very mobile at a
time when the pack should be most firm (not really a surprise since
ocean temps are much more important than
air temps, and apparently it's the
ocean temps that have been the largest factor in the recent sharp sea ice reduction).
On the human
time scale, release of fossil CO2 is absorbed and stored in the
ocean based on the partial pressure across the
air water interface.
They're talking about the
time it takes for half the CO2 in the
air to be absorbed by sinks like the
ocean.
Time to get back to the thread, have you any insights regarding Arctic
air /
ocean temperature or salinity changes?
Now very often forming blocking fronts helping vast tracts of
ocean to warm unhindered and when that causes sufficient evaporation to form hurricanes but this
time with no roof so the vertical volume of super saturated
air is greater thus causing stronger hurricanes or deeper rain depressions etc..
On the one hand, continued melting from below — or increased melting from above (this isn't imminent, but will happen at some point in the next century or two)-- will eventually lead to a tipping point in
time where rapid retreat begins, regardless of what
ocean or
air temperatures do from that point on.
In the absence of that ion supply, abiotic CO2 uptake in the
ocean as a function of CO2 in
air is at least somewhat limited by ions already present; acification can (over
time) dissolve carbonate minerals that supply cations and carbonate ions, buffering pH and reacting with CO2 to form bicarbonate ions; new cations from chemical weathering have to be supplied to actually remove C from the
oceans while keeping pH from dropping and without releasing as much CO2 from bicarbonate ions).
La Nina / PDO is a perfect example where changes in
ocean currents /
ocean upwelling affect heat transfer between the phases of the system (and cool the
air)-- on a human
time scale.
Canadian Ice Service, 4.7, Multiple Methods As with CIS contributions in June 2009, 2010, and 2011, the 2012 forecast was derived using a combination of three methods: 1) a qualitative heuristic method based on observed end - of - winter arctic ice thicknesses and extents, as well as an examination of Surface
Air Temperature (SAT), Sea Level Pressure (SLP) and vector wind anomaly patterns and trends; 2) an experimental Optimal Filtering Based (OFB) Model, which uses an optimal linear data filter to extrapolate NSIDC's September Arctic Ice Extent
time series into the future; and 3) an experimental Multiple Linear Regression (MLR) prediction system that tests
ocean, atmosphere and sea ice predictors.
In addition the warming
oceans — which hold heat for longer than land masses — generate pathways for warm
air invasions of the Arctic during Winter
time.
The specific heat of water is 4
times higher than that of
air, so that possesses low water 200
times as much heat energy as the total atmosphere (for the entire
ocean, this is even as much as 1200
times).
Due to the huge volume of sea water and the density differentials between
air and
ocean that would be impossible or would require such huge amounts of atmospheric heating and such huge lengths of
time that for practical purposes it should be ignored.
Considering the heat capacity of the
oceans is about 1,100
times greater than the
air, would not even a modest change in cloud cover affect the radiative balance with far greater magnitude than a parts - per - million change in an atmospheric gas constituent?
Research indicates that
oceans have absorbed much of the heat and about a third of the additional carbon dioxide pumped into the
air from pre-industrial
times.
By analogy, if the PDO arises from
air - sea interactions that require 10 year
ocean adjustment
times, then aspects of the phenomenon will be (in theory) predictable at lead
times of up to 10 years.
Also at New York
Times (though what to make of «scientists said the ice sheet was not melting because of warmer
air temperatures, but rather because of the relatively warm water, which is naturally occurring, from the
ocean depths»...?)
In fact they accelerate evaporation in any situation where the surface is exposed to non-saturated
air which is most of the
time even over the
ocean.
What Willis is describing is that vulcanism can effect
air temperature and clouds, the changed
air temperature subtly changes the diurnal
timing of cloud formation and that changes the rate of thermal charge accumulating in the
oceans which ultimately is discharged in an El Niño.
that.000002 the US is responsible for (termites contribute 2.5
times more co2 than man, which would mean 25
times more than the US) is in
air which has 1 / 1000th the heat capacity of the
ocean, which controls the whole shooting match and is now going into its cooling phases after being in the warming phases the past 20 - 30 years.
The trick is that you can not think of the
ocean and
air in isolation because they are not a closed system, the Sun is putting in energy to the
ocean all the
time and that is ultimately the cause of warming the
ocean.
But Mrs. Thompson, who has been there many
times, said advancements in underwater photography have shown the continent's huge west shelf is melting from beneath from warmer
ocean water, as well as from warmer
air above.
In fact, the
ocean has absorbed so much heat — about 20
times as much as the atmosphere over the past half - century — that some models suggest that it is likely to warm the
air another degree Fahrenheit (0.55 ° Celsius) worldwide over the coming decades.
Well now, that is something you should take up with Webster, I just know that more efficient mixing increases the average temperature of the
oceans which is increasing the total heat in the
ocean system which has about 1000
times the heat capacity of the
air that that heat would be lost to if the mixing didn't take place as efficiently.
Now, you've got your Apple - lovers (aka: warmists or hysterics) who seek to discern the «signal» of combustion's consequence in warming a planet between 2 / 3rds & 3 / 4ths covered by
oceans whose mixed layer is some ten
times as massive as its
air.