2012hoax

The planets "heating up" is a canard that often comes from the climate change denier camp, more recently seized upon by doomsayers, and it simply isn't true. What is true is that other planet have seasons similar to Earth, for similar reasons, but they go through them on different time scales because of longer orbits and different circumstances. Some examples:

Jupiter: the notion that Jupiter is warming is actually based on predictions, since no warming has actually been observed. Climate models predict temperature increases along the equator and cooling at the poles. It is believed these changes will be catalysed by storms that merge into one super-storm, inhibiting the planet’s ability to mix heat. Sceptical arguments have ignored the fact this is not a phenomenon we have observed, and that the modelled forcing is storm and dust movements, not changes in solar radiation.

Mars: the notion that Mars is warming came from an unfortunate conflation of weather and climate. Based on two pictures taken 22 years apart, assumptions were made that have not proved to be reliable. There is currently no evidence to support claims that Mars is warming at all.

Neptune: observations of changes in luminosity on the surface of both Neptune and its largest moon, Triton, have been taken to indicate warming caused by increased solar activity. In fact, the brightening is due to the planet’s seasons changing, but very slowly. Summer is coming to Neptune’s southern hemisphere, bringing more sunlight, as it does every 164 years.

Pluto: the warming exhibited by Pluto is not really understood. Pluto’s seasons are the least understood of all: its existence has only been known for a third of its 248 -year orbit, and it has never been visited by a space probe. The ‘evidence’ for climate change consists of just two observations made in 1988 and 2002. That’s equivalent to observing the Earth’s weather for just three weeks out of the year. Various theories suggest its highly elliptical orbit may play a part, as could the large angle of its rotational axis. One recent paper suggests the length of Pluto’s orbit is a key factor, as with Neptune. Sunlight at Pluto is 900 times weaker than it is at the Earth.

http://www.skepticalscience.com/global-warming-on-mars.htm

Since you're repeating your posting, I'll repeat my reply.

There's nothing wrong with Dr. Iorio's paper. Maybe you missed the part where he said:

On the other hand, the values for the physical and orbital parameters of such a hypothetical body required to obtain the right order of magnitude for de/dt are completely unrealistic. Moreover, they are in neat disagreement with both the most recent theoretical scenarios envisaging the existence of a distant, planetary-sized body and with the model-independent constraints on them dynamically inferred from planetary motions.

Just to clarify, that means that there is not an unknown planet accounting for the Moon's anomalous eccentricity change.

if you knew anything about Lunar Laser Ranging etc. you'd know how dumb y'all sound when talking about Dr. Iorio's paper too LOL

So you know all about what Dr. Iorio is saying and lunar laser ranging, do you? OK, by exactly how much per year is the Moon's calculated distance deviating from its measured distance? All the required data is there in the paper. Tell us the figure and then I'll check whether you're correct.

why would they be out of orbit to prove elenin has effect?

Due to a lack of punctuation and other factors, I'm not even sure what you're asking here.

they are all on the opposite side of the sun, look at Dr. Omerbashich's animation:

That isn't "Dr." Omerbashich's animation. It's a series of screen caps from JPL. And no, they aren't "all on the opposite side of the Sun," assuming you refer to other planets. Did you even look?

what would want to "easily check"?

Obaeyens is referring to the planets, Sun and Moon. You answered this question yourself in your previous sentence, so I'm not sure why you are asking it.

do you anything about how Laser Ranging works? LOL

Why are you laughing?