"None of this is in dispute". Well, I've already shown that it is, because I've given links that show you to be wrong. So, you're wrong again.
"I have to disagree that temperature rises in the last 100 years are greater than we have seen before. I can't remember the period specifically, but in the Holocene there was a period wherein the planet saw a 50 degree temperature change in less than a hundred years. It may have occurred during the little Ice age, but I can't remember."
A complete fantasy on your part. Fifty degrees temperature change (I assume you mean Fahrenheit, but that's still more than 27 degrees centigrade) is more than between the depths of any ice age and the highest temperature in the last 3 million years.
Figure 1-6 Climate of the last 3 million years
http://muller.lbl.gov/pages/iceagebook/history_of_climate.html"The fact is, the planet has undergone a general warming trend for the last several thousand years"
No. After the exit from the ice age, there has been small variation. No 'general warming trend'.
Figure 1-3 Climate of the last 12,000 years
Look, here's something real about the Holocene, rather than your random imaginings:
The start of the present warm phase, the Holocene. Following the sudden ending of the Younger Dryas, about 11,500 years ago (or 10,000 14C years ago), forests quickly regained the ground that they had lost to cold and aridity. Ice sheets again began melting, though because of their size they took about two thousand more years to disappear completely. The Earth entered several thousand years of conditions warmer and moister than today; the Saharan and Arabian deserts almost completely disappeared under a vegetation cover, and in the northern latitudes forests grew slightly closer to the poles than they do at present. This phase, known as the 'Holocene optimum' occurred between about 9,000 and 5,000 years ago (8,000-4,000 14C years ago), though the timing of the warmest and moistest conditions probably varied somewhat between different regions. Some of the events and regional climatic trends of the last 10,000 years are summarized in this time line by N.C. Heywood. The 'optimum' may have been punctuated by a severe cold and dry phase that affected climates across north Africa, southern Asia, Europe, the Americas and Antarctica about 8,200 years ago (7,500 14 y.a.), perhaps lasting for a century or two before a return to warmer and wetter conditions (Stager & Mayewski 1997). In Africa at least, the climate does not seem to have returned to the moist warm 'optimum' state that prevailed before this sudden drought, but it was significantly moister than at present. After about 5,000 years ago, there was a further cooling and drying in many areas (again, often sudden and stepwise), and conditions became more similar to the present-day. A particularly widespread cool event associated with relatively wet conditions seems to have occurred in many parts of the world around 2600 years ago (van Geel et al. 1996). A general pattern in climate during the Holocene has been detected from high-resolution cores in the north Atlantic. It seems that at least in the North Atlantic region, and possibly globally, there was a warm-cold cycle with a periodicity of around 1500 years (Bond et al. 1997). In the north Atlantic region, and probably adjacent oceanic areas of Europe, the change from peak to trough of each period was about 2 deg.C , a very substantial change in mean annual temperature (though only a small fraction of the change between glacial and interglacial conditions). The cold phases seem to have been relatively abrupt, and each lasted several centuries before an apparently rapid switch back to warmer conditions. on this approximate periodicity are dated at 11,100 10,300 9,400 8,100 5,900 4,200 2,800 and 1400 years ago; they include the 8,600 y.a. and 2,600 y.a. events which seem to have been the most extreme in terms of showing up in terrestrial records around the world.
http://www.esd.ornl.gov/projects/qen/nerc130k.html"I can list specific areas around the world where either geologic, archaeologic, or even historic evidence shows the planet has been undergoing natural periods of climate change for the last 10k-12k years". Sure, there's some natural variation, especially in certain areas, but the global temperature has not changed as much or as fast as within the last hundred years.
"Didn't the Earth recently see the a several month long period of very low sunspot activity that directly correlated with Didn't the Earth recently see the a several month long period of very low sunspot activity that directly correlated with abnormally low temperatures worldwide??"
The most recent sunspot low (which is a period of several months) had the fewest sunspots in the last century or so, yes. But since there wasn't a period of "abnormally low temperatures worldwide", no, there was no such correlation. I have no idea why you would ask if there was.
Mars' changes are probably due variation in axial tilt, as that link said. I've pointed out that solar irradiance has decreased ever so slightly recently (and the variation in that associated with the sunspot cycle was decreasing in the period that the Martian polar caps shrunk), so we can rule out solar radiation causing them to shrink.