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This Concept Map, created with IHMC CmapTools, has information related to: Mars Tectonic Plates, The magma hardens keeping the iron in place Forming Long Iron strips that run north and south of each of the planet's poles, ARE THERE ACTIVE PLATE TECTONICS ON MARS? Mars Has Lot's of Iron, Magnetic Stripes Which are Long Iron strips that run north and south of each of the planet's poles, Magnetic Stripes Due to Seafloor spread-like action in the planet's crust-like surface, Seafloor spread-like action in the planet's crust-like surface Because When the surface separates, the magma from the interior brings iron up to the surface, When the surface separates, the magma from the interior brings iron up to the surface Then The magma hardens keeping the iron in place, When the surface separates, the magma from the interior brings iron up to the surface When The surface separates, magnetic stripes on the area of spreading is spread apart from the new magnetic stripe being formed, The surface separates, magnetic stripes on the area of spreading is spread apart from the new magnetic stripe being formed The Evidence found supports the explanation that Mars has active tectonic plates, ARE THERE ACTIVE PLATE TECTONICS ON MARS? Mars Has Magnetic Stripes