The tracks below were made by a 3 toed, 12 ft. tall carnivore. The site is about 30 miles North of Moab UT. I would date these tracks with an age of less than 10,000 years. Probably closer to 3500 or 2800 years, IMO. The material is sliprock [sandstone].
Adolfo Giurfa wrote:This issue made me remember the following page I made, long time ago:
http://www.giurfa.com/artrees.html
It happends, usually that we observe things up-side down: For trees it is more important to get energy from above to take it downwards, that is part of the function of organic life on earth, to fill a "gap" of the vibrational scale (call it electromagnetic spectrum). This is valid for all natural phenomena, as all should follow the laws of electromagnetism. This is what Pitagoras studied, not with a cyclotron of billions of dollars but with a humble Monochord. Connections are made, always, in harmonic proportions, as the perfect fifth 3:2, a figure that if 1 is divided by it, gives 0.66666....; which should replace Planck´s constant (0.66252)
http://ca.news.yahoo.com/blogs/good-new ... 20725.html
Long Island resident Aidan Dwyer is just 13 years old and is already a patented inventor of solar panel arrangements.
On a winter hiking trip, the teen noticed a pattern in the tangled mess of branches above him. Aidan took photos of the branches that "seemed to have a spiral pattern that reached up to the sky." His curiosity quickly led him to investigate "whether there is a secret formula in tree design and whether the purpose of the spiral pattern is to collect sunlight better."
http://northport.patch.com/articles/you ... lar-energy
Dwyer applied the Fibonacci sequence, a mathematical principle widely occurrent in nature, to solar panel arrays in a months-long backyard experiment. He found that small solar panels arranged according to the Fibonacci sequence found in tree branches produced 20 percent more energy than flat panel arrays, and prolonged the collection window by up to two and a half hours.
Most remarkably, the elegant tree design out-performed the flat panel array during winter exposure, when the sun is at its lowest point, by up to 50 percent.
Dwyer received a proclamation from the Town of Huntington on Tuesday for his accomplishments in the field of natural science. His most recent innovation was also honored by the Museum of Natural History in New York, which dubbed him a "2011 Young Naturalist" in July, alongside only 12 other students nationwide in grades 7 through 12.
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