However, including other greenhouse gases and taking into account a «thermal shrinking» of the upper atmosphere result in a cooling
of a few degrees per decade.
Not exact matches
Cooling this to a
few degrees above absolute zero and applying a magnetic field aligned the spins
of one phosphorus electron
per atom.
So Weschler and Wisthaler simulated a typical office environment at the Technical University
of Denmark in Copenhagen — two people in a carpeted 28.5 — cubic meter room at a temperature
of 23
degrees Celsius with two small stainless steel tables, two chairs, two flat - screen LCD monitors, two headsets, one walkie - talkie, one small mixing fan, a
few books, two laptops, two bottles
of water and ozone concentrations that reached roughly 32 parts
per billion, an average exposure for a hot, smoggy day.
Jolted by the 40 - million mile
per hour sledgehammer blow, one knot
of gas — 100 billion miles in diameter in a piece
of the ring — has already begun to glow brightly, as its temperature surges from a
few thousand
degrees to a million
degrees Fahrenheit.
It really gets interesting when plants are mutualized with fungal partners
of varying
degrees of cooperativeness: a «meaner» one, which supplies
fewer phosphates
per unit
of carbohydrate provided, and a «more generous» one, which «pays» more phosphates for its nutrients.
And on a technical level, Wright brilliantly mimics the structural characteristics
of these films, with rapid - fire editing (Wright deploys Bay's fast - edited style to such a
degree that there can be up to eight cuts
per second in a
few action sequences, a noticeable and hilarious gag) and swooping, circling and slow motion camerawork that would make John Woo proud.
But then adding a substance that can endure thousand
degree temperatures to the surface
of metal or carbonfibre that also blocks 33
per cent
of that heat from passing through it, even though it's only a
few microns thick, you didn't expect that to be easy now, did you?
Add on to that the UHI problem, the poor distribution
of the measuring stations (sometimes quite close, sometimes thousands
of miles away from each other), and then consider how accurate the whole «global average» is likely to be... and we want to detect a signal
of a
few hundredths
of a
degree per year?
The higher the
degree of education and GDP
per capita
of a human population, subpopulation or social stratum, the
fewer children are born in any industrialized country.
It doesn't take much energy to change things especially when the change is only a
few tenths
of a
degree or a
few milliseconds
per decade.
Earlier last year, following an article reviewing 6 (also alarmist) books on the environment including Al Gore's An Inconvenient Truth, Nicholas Stern's report, and George Monbiot's Heat, we discovered that, inconveniently, May had taken a
few liberties with the facts himself, citing a single study, referenced in the Stern Report to make the claim that» 15 — 40
per cent
of species «were vulnerable to extinction at just 2
degrees of warming, and that oil companies were responsible for a conspiracy to spread misinformation, and prevent action on climate change.
-- Ocean warming is being reported in the tiniest units possible (joules)-- a unit that means nothing to the general public, but sounds «big» (because there's a bunch
of them); if it were reported in
degrees C (which people can relate to), the warming would be a
few thousandths
of a
degree per year
=== > The 1 - year trends (moving 12 - month) reach the greatest extremes, with excesses coming close to either a cooling trend
of minus 80
degrees per century or a plus 80
degrees warming trend
per century - amazingly, within a
few years
of each other
The top chart is a cumulative and you can see that the probability
of seeing a 0.75
degree change
per century is just a
few hundredths in historical terms.
http://www.woodfortrees.org/plot/gistemp/mean:12/from:1950/offset:-0.05/plot/hadcrut4gl/from:1950/mean:12/offset:0.05/plot/esrl-co2/scale:0.01/offset:-3.3 100 ppm
per degree is a handy reference for the effects
of adding CO2, and even though the log behavior diminishes the gradient going forward, it holds for the first
few hundred ppm we are adding by 2100.
The
few specific proposals I have seen to date would all require around $ 2 trillion
per tenth
of a
degree warming theoretically averted.
Do you think you can convince me that we aren't in a interglacial period that is getting a bit long in tooth, that the Milankovitch cycle that helps the glaciers grow by making northern hemisphere winters warmer and summers cooler isn't moving in the direction favorable to glaciation, and that the next once -
per - thousand year volcanic eruption won't happen in this century, and it won't be the straw that breaks the camel's back by lowering the earth's temperature a couple
degrees for a
few years to mark the end
of the Holocene?
On the other hand, a majority
of studies indicate negative trends in the lower and middle mesosphere with an amplitude
of a
few degrees (2 — 3 K)
per decade.
MFT: 4,000 hrs
of supervised, post-graduate
degree work experience in a minimum
of 2 yrs, in those 2 yrs an applicant must complete 1,000 hrs
of direct client contact
of which at least 500 hrs must be with couples and / or families, and 200 hrs
of face - to - face supervision with a licensed supervisor receiving a minimum
of 1 hr
of supervision
per 20 hrs
of spervised work experience; Resident in MFT: have completed the specified educational requirements; have completed at least 2 yrs
of supervised post-graduate
degree experience, no
fewer than 4,000 hrs
of supervised work experience, to include 200 hrs
of supervision, received a min
of 1 hr ad a max
of 4 hrs
of supervision for every 40 hrs
of supervised work experience, no more than 100 hrs
of supervision may be acquired through grou psupervision, at least 2,000 hrs must be acquired in direct client contact
of which 1,000 hrs shall be with couples or families or both»