MARS SOUTH POLAR FOREST & WATER EVIDENCE For comparison purposes, the above above third split screen type image provides four separate sample views of Earth forests (not on Mars now) so thick and dense that they completely carpet the terrain they are on allowing not even a tiny peek at the ground below. I have changed the color in these scenes to sort of match that in the above Mars evidence to facilitate comparison rather getting distracted by the brilliant colors. The four views of forest top canopies at different closer focal distances, different angles, and differences in tree top species type provide just enough individual tree detail to demonstrate how differences in overall patterns and textures come about as compared with the preceding first and second image Mars evidence. Note that trees in these settings are in aggressive competition with each other competing for sunlight to reach a maximum height that is very similar to all the rest of the different trees in these scenes. Any trees who cannot grow to this height, who arent as quick growing as the rest, and who arent aggressive enough to pry out a place for themselves in the sunlight are eventually shaded out and either die or live a stunted unhealthy life in the shade gloom below. Therefore, the characteristic of forest density filling every small sunlight gap in the canopy top cover is a must for successful survival as is the need to grow to this maximum height of the tallest trees. This competitive process of course favors the tallest and most aggressive growing trees and that in turn means that successful survival here leans in favor of natural selection limiting any wide variety in tree type and species. One of the points Im trying to make here is that these kind of forest tree canopies patterns and textures tend to be fairly level along the canopy top surfaces favoring certain trees. Further, this progressively becomes more and more the case the longer the forest as a whole is allowed to survive and grow undisturbed. So, over time and assuming continued environment stability, the same and/or similar species of trees tend to be more successful and steadily fill in the spaces over wide areas growing to the same height with the same fairly uniform tree top shape. For example, this process of natural selection favoring similarity is what has happened in the split screen upper left oblique angle view image and the upper right more straight down view image where the trees are very similar to each other. On the other hand, the tree canopy top surface in the lower left closer view image is more multilevel and ragged surfaced because a variety of different trees are still competing strongly there changing the visual pattern and texture. In such environments, variations in the height of the tree top canopy is often very level on level terrain and only varies very much in height when the underlying terrain height varies and to the extent that it varies. Take for example the above split screen lower right image that is a much more distant shot from well above the cloud layer (small wispy clouds seen) of what was probably previously in the ancient past a lower than present level lowland with water drains in the ancient past carrying in sediment to eventually fill in the lowest areas forming an enormous flat low level sediment created delta that has now been engulfed by a carpeting forest of trees better adapted to ground more water saturated conditions. The result is a smooth seamless carpeting forest of same height trees with the only major break in it being the single winding drain system that is now having to go on past this filled in area, cutting a channel through it in the process, to seek lower level terrain beyond. Of course, Mars is a somewhat different environment for vegetation survival than here on Earth. Further, this forest evidence would be extremely unlikely if we accept the official position that this planet is hard frozen, incredibly dry, has primarily a CO2 atmosphere, and is devoid of life including even most microbes in the soil. Obviously, this and other such evidence like it flies right in the face of that official position. This evidence record encourages you to decide for yourself based on evidence where the official position tries to make your decisions for you. That is the difference between us. However, if this is the vegetation forest evidence it appears to be, the density and uniformity of the canopy top surface tells us that this is a long lived very stable and massive living forest system with all its implications and not to be confused with something new. The wide-angle image accompanying this narrow-angle image and many others like it all over the South Polar Region with so many dark light absorbing areas so typical of light absorbing vegetation as opposed to more light reflective terrain/geology bare of vegetation indicates that this is no doubt a massive oxygen pump into the atmosphere, that is if we assume vegetation forests similar to our own here on Earth. If that realization isnt pregnant with insight implications into true temperature and atmospheric conditions on Mars as well as the conditions for life as we know it, I dont know what is. Finally, before moving on away from the forest evidence here, I would like to draw your attention to something. In the above third split screen four part image, please note carefully the look of the Earth forest vegetation in the upper right view. Then go to Part 3 of my Report #085 titled Mars South Polar Biological Life: Part 3 scroll down and take a look at the next to last (9th) image there. You will see very strong visual similarities between the two scenes with all its obvious implications. You can bet that if the upper left Earth based scene had been a straight down view rather than its oblique angle, the same would be true for that as well.... see full details at....marsanomalyresearch/evidence-reports/2005/086/southpole-forest-water.htm
Posted on: Sat, 30 Aug 2014 08:31:18 +0000
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