Not exact matches
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.
A
less active sun would
probably have a small cooling effect on earth's temperature, if man - made greenhouse gases weren't having a much bigger
warming influence.
As someone who has been bouldering for years I can tell you that before I started climbing I couldn't do a single pull up, after about a year (
probably less) of climbing regularly I could do 10 pull ups easily as a pre
warm up.
With cold weather fast approaching we'll
probably start to spend more time indoors, meaning our pooches may get shorter walks and
less tiring exercise than during the
warmer months.
Here's something else which you'll
probably not bother to read, a real pity, because it explains why your claim that «as water
warms it can hold
less gas» is not correct as it ignores the partial pressure of (in this case) CO2 in the atmosphere.
During the so - called Holocene Climate Optimum, from approximately 8000 to 5000 years ago, when the temperatures were somewhat
warmer than today, there was significantly
less sea ice in the Arctic Ocean,
probably less than 50 % of the summer 2007 coverage, which is absolutely lowest on record.
Climate models projecting that much
less sunlight will be reflected by low clouds when the climate
warms indicate that CO2 concentrations can only reach 470 ppm before the 2 ℃
warming threshold of the Paris agreement is crossed — a CO2 concentration that will
probably be reached in the 2030s.
Converting from heat content to degrees C, the ocean
warming over the last 30 years is
less than 0.1 degrees C, which is
probably well within the error bars or the Argo float's measurement ability.
I would
probably phrase it this way: Global
warming will accelerate if the oceans soak up
less of the greenhouse gas.
Of course the
warming up to 1950 would have a lot
less attribution due to co2
warming, so the 0.7 c (due to AGW) estimate is
probably far too high.
BONN, 15 November, 2017 — By approaching 2100, a world set for 3.4 ˚C will, on present trends,
probably be the reality confronting our descendants — slightly
less warm than looked likely a year ago, analysts think.
Modern researchers think that the summers of the first decade of the 14th Century were often dry or very dry &
probably often
warm as a result; as often happens though, this «fine» mini-era followed a spell in the mid-1290s when summers were
less than ideal with possibly one or two chillier such - named seasons.
Except that this is a game played by Western civilization on itself by Westerners — no one else is listening — and, other than people like Al Gore — who could care
less about truth — the bad actors of global
warming alarmism that are still left are so far to the Left that they will
probably be seen more as communists than scientists.
Now a
warming atmosphere is
probably less obvious aspect of this.
His conclusion was that the CO2 forcing is unquestionably logarithmic, so that each additional molecule we emit has
less forcing and
warming effect than its predecessors; that the precise value of the coefficient in the CO2 forcing function, which the IPCC has already reduced by 15 %, can not be determined; and that, all things considered, 1 K per doubling was
probably in the right ball - park.
Yes, people
probably get the point that global
warming and climate change mean higher sea levels, melting ice in the Arctic, fewer species,
less snow for skiing, and bigger storms and droughts.
This puts me roughly in the same camp as James Annan, though possibly I am
less skeptical that there could be benefits for moderate
warming, and I am
probably more skeptical of claims about the supposedly significant level of damage from the current level of anthopogenically induced climate change.
You know what, even if the Arctic and Antarctic were melting away to nothing to much
less, it wouldn't prove anything, other than that we have had some (
probably natural)
warming and / or cyclical phenomena.
Add in the fact that the thickness of the ice, which is much harder to measure, is estimated to have fallen by half since 1979, when satellite records began, and there is
probably less ice floating on the Arctic Ocean now than at any time since a particularly
warm period 8,000 years ago, soon after the last ice age.
Eyeball Mark I suggests that deeper waters (OHC to 700 meters) have
probably warmed about 1.5 C since 1955, and the surface a bit
less — maybe.8 C or so?
Fifth, the governmental actions the CIC proposes would have no measurable effect on global
warming, and
probably none at all, at a very high cost to taxpayers and ratepayers, particularly
less well - to - do ones.
If fact it's
probably a better idea to think of La Nina simply being more efficient heat uptake by the ocean, and El Nino being
less efficient heat uptake, with a consequence of
less or more heat being available to transfer to the atmosphere, than to think of El Nino as
warming and La Nina as cooling.
Polar bears are one of the most sensitive Arctic marine mammals to climate
warming because they spend most of their lives on sea ice.35 Declining sea ice in northern Alaska is associated with smaller bears,
probably because of
less successful hunting of seals, which are themselves ice - dependent and so are projected to decline with diminishing ice and snow cover.36, 37,38,39 Although bears can give birth to cubs on sea ice, increasing numbers of female bears now come ashore in Alaska in the summer and fall40 and den on land.41 In Hudson Bay, Canada, the most studied population in the Arctic, sea ice is now absent for three weeks longer than just a few decades ago, resulting in
less body fat, reduced survival of both the youngest and oldest bears, 42 and a population now estimated to be in decline43 and projected to be in jeopardy.44 Similar polar bear population declines are projected for the Beaufort Sea region.45
There doesn't seem to be a reservoir of heat accumulating anywhere so if
warming resumes it will
probably be at the 1990s rate or
less.
We have a 161 year record (HadCRUT3), warts and all, that tells us the
warming was around 0.7 °C over the entire period, or a linear
warming rate of between 0.04 and 0.05 °C per decade, so this is
probably more meaningful than the 65 - year «blip» (or the even
less meaningful most recent 30 - year «blip», 1976 - 2005, used by IPCC to demonstrate AGW).
That's
probably why we hear much
less talk about «global
warming» and much more talk about «climate change.»
The winds are
probably less efficient in that regard than the ocean currents are so we might well see a situation where during a glacial, we have a situation where the equatorial region actually gets
warmer than during an interglacial.
If the recent internal cooling was substantial, this assumption is almost certainly incorrect since energy budget considerations limit the earlier internal
warming contribution to no more than 0.1 C and
probably less.
However, since the shell is at a higher temp than background, though
probably not by a lot, (background ~ 3 DegK, which is effectively = 0 for this problem),
less heat would be transferred to the shell, and the earth would consequently retain more of it and so it would
warm slightly.
But there's no way to interpret it, or the IPCC statements as «it's just as likely than 50 % + of the
warming was caused by natural process» — according to the pdf, there's
probably a
less than 1 % chance that that level of attribution is correct.
So if we could worry
less about atmospheric
warming, we should
probably need to worry more about sea level rise.
So,
probably the best thing to do when planning for the future is to be aware of the more or
less capricious nature of our nation's climate and keep in mind that humans are supplying an ever - growing
warming pressure on top of that.
You would
probably agree that solar activity was
less in 2005, yet 2005 was # 1
warmest in history.
Hansen and Sato (7) argue that the climate of the most recent few decades is
probably warmer than prior Holocene levels, based on the fact that the major ice sheets in both hemispheres are presently losing mass rapidly (9) and global sea level is rising at a rate of more than 3 m / millennium (25), which is much greater than the slow rate of sea level change (
less than 1 m / millennium) in the latter half of the Holocene (26).
The multi-decadal ocean oscillations, such as the AMO and PDO, change temperatures by
less but over longer periods, so their pools of
warm water are
probably deeper, and consequently are released over a longer period.
Presumably, much of this water will fall as rain somewhere, so it would
probably be more logical to guess that
warming would cause more rain rather than
less.
The reasons for the lockstep peaks are
probably complex, but in general scientists say that colder air holds
less moisture than
warmer air, and that cold periods tend to be windier; this means both dustier land, and more dust getting blown away.
LONDON, 28 April — The odds that global
warming of almost 1 °C since 1880 is just a natural fluctuation are very low:
less than one in a hundred and
probably less than one in a thousand, according to a study in the journal Climate Dynamics.
One other parallel I see amongst the families that spend
less but have more fresh produce is that they live in
warmer climates where fresh fruits and vegetables are
probably easier to come by.
If you wait until Christmas it almost here to start cleaning, you'll be frustrated and overwhelmed by all you have to do and it will
probably make Christmas
less than the
warm cozy holiday you dream of.
I always asked myself why we didn't use our big formal room much and I decided it was because 1) I prefer smaller rooms, large rooms make me
less comfortable 2) it was always cold in there and so we needed a gas fireplace insert to
warm it up in the winter 3) we didn't need another sitting room so we
probably could have turned it into a movie room with a big screen and theatre sofas or chairs so our kids would use it with friends or family parties.