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#1
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Planetary climate
Despite the large misnomer of 'climate change',a planet's climate is
fixed by the degree of axial inclination and there really isn't the scale of change in inclination required to account for variations in long term weather patterns that is wrongly called 'climate change'. Should the Earth's inclination alter towards the ecliptic axis it would result in more equatorial or temperate conditions while an alteration of inclination away from the ecliptic axis would cause greater seasonal fluctuations and a more polar climate.This spectrum and this spectrum alone is what constitutes global climate and all other inputs and fluctuations come after,they can be disputed as regards to their relevance but fundamentally the Earth has a largely equatorial climate that does not change. This would be less of an appeal than it is a dictate insofar as the political community may now have become so stuck in a rut ideology that it plows ahead with models that are not real even though those who create these models demand that they are real.It takes astronomers to gently guide the wider community back towards a stable narrative with something entirely new - the triumph of modern imaging brought to bear on an unstable situation. The replacement of the 'no tilt/no seasons' ideology with an equatorial/temperate climate due to a zero inclination thereby creating one end of a spectrum that is gauged against a polar climate with 90 degree inclination is the first in a series of necessary corrections.Far more important than any present 'climate change' convention,the work that goes on here will turn this doom laden situation around. |
#2
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Planetary climate
On 11/9/12 7:45 AM, oriel36 wrote:
Despite the large misnomer of 'climate change',a planet's climate is fixed by the degree of axial inclination That argument has little weight for planets like Venus and Jupiter. Infrared Radiation and Planetary Temperature http://geosci.uchicago.edu/~rtp1/pap...odayRT2011.pdf http://geosci.uchicago.edu/~rtp1/papers/publist.html |
#3
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Planetary climate
On Nov 9, 4:30*pm, Sam Wormley wrote:
On 11/9/12 7:45 AM, oriel36 wrote: Despite the large misnomer of 'climate change',a planet's climate is fixed by the degree of axial inclination * *That argument has little weight for planets like Venus and Jupiter.. The argument is straightforward enough,an equatorial climate with zero inclination has residual fluctuations in conditions across latitudes as a planet makes a circuit of the Sun whereas a planet with a 90 degree inclination,a polar climate in other words,experiences huge fluctuations in conditions.This is creating a primary spectrum from scratch and secondary inputs follow including temperatures. The misnomer of 'climate change' is really long term weather patterns from unknown origins however the foundation for introducing inputs rests on a clear understanding of planetary dynamics and especially inclination which puts a planet's climate within that spectrum between polar and equatorial. You make the first mistake in associating equatorial conditions with heat and polar conditions with cold but then again this is a fresh look at climate and you are allowed that mistake.All planets have different base temperatures and the hemispheres react to the degree of inclination with the Earth's largely equatorial climate modified by its polar component over smaller latitudinal areas - were the Earth's inclination to increase towards the polar end of the spectrum from say 23 1/2 degrees to 45 degrees,there would be an impossible strain on habitation or similar to that which exists present in Northern latitudes. It is the responsibility of astronomers to interpret the images of Uranus properly or to the best of their abilities,recognize that axial precession to the central Sun is an annual orbital trait and not a long term axial trait and specifically a component of the orbital behavior of the planet.This modification is crucial for defining planetary or global climate,something which has not been done up to now and it is as serious as it gets. http://www.daviddarling.info/images/...gs_changes.jpg The political community and the media are running with models which are assumed to be real but they don't even address planetary climate whereas this does. * *Infrared Radiation and Planetary Temperature * * *http://geosci.uchicago.edu/~rtp1/pap...odayRT2011.pdf * * *http://geosci.uchicago.edu/~rtp1/papers/publist.html |
#4
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Planetary climate
On Friday, November 9, 2012 12:53:48 PM UTC-8, oriel36 wrote:
...axial precession to the central Sun is an annual orbital trait and not a long term axial trait and specifically a component of the orbital behavior of the planet. NO, this is incorrect, right now the Earth's (north) axis points generally at Polaris, all day, every day. It IS true that our axis sometimes is inclined more towards the Sun and sometimes away from it, but this is NOT called axial precession. I do not know if there is a specific tern to describe this ever-changing inclination, but I know what it is NOT called. This modification is crucial for defining planetary or global climate,something which has not been done up to now and it is as serious as it gets. Modification? What modification? There is nothing new under the sun (pardon the pun) regarding the varying inclination wrt the Sun, nor is there anything new regarding this inclination being the cause of the seasons, neither here on Earth or on Uranus, where its extreme inclination results in extreme seasons. So what? You seem to think that you have discovered something that in reality (Reality: What a Concept!) has been well-known for a long, long time. |
#5
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Planetary climate
On Nov 9, 10:34*pm, palsing wrote:
On Friday, November 9, 2012 12:53:48 PM UTC-8, oriel36 wrote: ...axial precession to the central Sun is an annual orbital trait and not a long term axial trait and specifically a component of the orbital behavior of the planet. NO, this is incorrect, right now the Earth's (north) axis points generally at Polaris, all day, every day. It IS true that our axis sometimes is inclined more towards the Sun and sometimes away from it, but this is NOT called axial precession. I do not know if there is a specific tern to describe this ever-changing inclination, but I know what it is NOT called. This modification is crucial for defining planetary or global climate,something which has not been done up to now and it is as serious as it gets. Modification? What modification? There is nothing new under the sun (pardon the pun) regarding the varying inclination wrt the Sun, nor is there anything new regarding this inclination being the cause of the seasons, neither here on Earth or on Uranus, where its extreme inclination results in extreme seasons. So what? You seem to think that you have discovered something that in reality (Reality: What a Concept!) has been well-known for a long, long time. Not right now son,you go out to the dessert and enjoy yourself. ------------------------------------------------------------------------------------------------------------------------------------------------------------- A planet with zero inclination will experience equatorial conditions rather than the old 'no tilt/no seasons' perspective so that a 90 degree inclination will result in huge fluctuations in hemispherical conditions and similar to that which is found at the high planetary latitudes. It all hinges on who can interpret the images of Uranus in setting the spectrum for planetary climate. |
#6
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Planetary climate
"palsing" wrote in message ...
On Friday, November 9, 2012 12:53:48 PM UTC-8, oriel36 wrote: ...axial precession to the central Sun is an annual orbital trait and not a long term axial trait and specifically a component of the orbital behavior of the planet. NO, this is incorrect, right now the Earth's (north) axis points generally at Polaris, all day, every day. It IS true that our axis sometimes is inclined more towards the Sun and sometimes away from it, but this is NOT called axial precession. I do not know if there is a specific tern to describe this ever-changing inclination, but I know what it is NOT called. ============================================= Nutation. http://en.wikipedia.org/wiki/File:Tr...m_27%2B800.jpg There is half an inch error in the position of the blue markers which can only be explained by General Relativity. Nutation is totally overlooked by the Relativity nutters who can find 43 arc seconds in 415 orbits*360*60*60 = 537840000 arc seconds for the precession of Mercury’s aphelion, which they’d rather measure at perihelion with Einstein’s trusty slide rule and four-figure log tables, cause it makes him look like a great mathematician. (1 part in 12,507,907) Relativity nutters are brilliant at minute differences when they have their tin god Einstein to explain it for them, but they missed nutation which is why you don’t know the word and why he doesn’t get a mention. Don’t tell anyone about the half inch error, though, you might start a riot. -- This message is brought to you from the keyboard of Lord Androcles, Zeroth Earl of Medway |
#7
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Planetary climate
The last time this type of situation happened where people refused to
interpret astronomical images led to the vicious strain of homocentric empiricism we see today and the last two great astronomers were all too familiar with that seething hatred of change - "My dear Kepler, I wish that we might laugh at the remarkable stupidity of the common herd. What do you have to say about the principal philosophers of this academy who are filled with the stubbornness of an asp and do not want to look at either the planets, the moon or the telescope, even though I have freely and deliberately offered them the opportunity a thousand times? Truly, just as the asp stops its ears, so do these philosophers shut their eyes to the light of truth." Galileo http://www.daviddarling.info/images/...gs_changes.jpg The world thinks it is discussing 'climate change' when it is really looking at medium and long term weather fluctuations from unknown causes,those images above define planetary climate by assigning axial inclination its proper role and without this spectrum the people of this era are inflicting huge damage on themselves. The Earth has a largely equatorial climate due to its inclination. |
#8
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Planetary climate
On Nov 9, 4:58*pm, "Lord Androcles, Zeroth Earl of Medway"
wrote: "palsing" wrote in ... It IS true that our axis sometimes is inclined more towards the Sun and sometimes away from it, but this is NOT called axial precession. I do not know if there is a specific tern to describe this ever-changing inclination, but I know what it is NOT called. Nutation. No, he was thinking of the seasons. John Savard |
#9
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Planetary climate
On Nov 9, 3:48*pm, oriel36 wrote:
Not right now son,you go out to the dessert and enjoy yourself. Perhaps he would dance the Lemon Merengue. John Savard |
#10
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Planetary climate
"Quadibloc" wrote in message ...
On Nov 9, 4:58 pm, "Lord Androcles, Zeroth Earl of Medway" wrote: "palsing" wrote in ... It IS true that our axis sometimes is inclined more towards the Sun and sometimes away from it, but this is NOT called axial precession. I do not know if there is a specific tern to describe this ever-changing inclination, but I know what it is NOT called. Nutation. No, he was thinking of the seasons. John Savard ============================================= Seasons are not called terns, salt and pepper on terns are seasoned water birds. http://www.rothervalley.f9.co.uk/jpg...ommon_Tern.jpg Still, if you want to say palsing doesn’t know the names of the seasons that’s up to him to refute it. -- This message is brought to you from the keyboard of Lord Androcles, Zeroth Earl of Medway |
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