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Showing posts from February, 2020

Eocene includes the 40 m.y. Time Reference

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Eocene includes the primary 40 m.y. Kenmei Reference for Time.  Lake Titicaca at the Orb inflection is 13,333.33 km from the 40 million year event at Kenmei seamount reference; third of the circumference has Triangular significance: Photo from Google Earth is to the west of Cape Mendocino E-West reference at the Cape is an orthogonal reference- dominated by our Sun.  Eocene includes the 39-40 million year Kenmei seamount reference:  Miocene has up to 23 m.y. Age, and is about half of Eocene’s span. based on fossils, these ages relate nothing about Earth tides or Dynamics; what’s necessary is measure and calculate using Google Earth. Try your hand at using 20 km/million years to find anomalies which don’t fit this rate for the Pacific, and 17 for the Atlantic shift.  Another anomaly is northwest of Hawaii, and has a CCW fan Rise surrounding a Clockwise sink; use the same technique that I used for Aleutians and 40 m.y. Kenmei.  Marginal 5.9M jerk shows how ragged

Pacific’s Age after Challenger deep Deepening

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Present east boundary of the Pacific Ocean is seen at Cape Mendocino 40.439N latitude; it’s a primary Reference, but the longitude position  is moving west. Petrolia is a nearby town with an abandoned oilfield, as is Talara, Peru 4.561S, but still producing. White shallow novacenters are shallow, although the Pacific’s deepening.  Geo culture’s fascinated with “broken plates moving around”, so they imagine that the Pacific has been replaced by older plates! 750 million years has been replaced by 180-200 m.y. I calculate 321 million years and this is Mississippian.   Photo shows that eruptions are caused By uplift, and shown by Japan’s offshore: Japan’s offshore deep black novacenters, and indicate that the mantle is brittle- hence younger. This indicates that the W. Pacific’s younger than that east of the Marianas’ 40 million and older rocks! volcanodiscovery.com Earth’s interior is analyzed via Seismic waves. Shown is a Shear or S wave.  Illustration of a large-scal