EN Submarine Qualified wrote:
Here is an excellent example of a DEEP earthquake in the Fiji region 4.4-4.7 as reported by two agencies that will spawn two earthquakes.
It is reported 386-400 miles in depth. This energy came from under the earth's crust and hammered up on the crust. At this depth I would add,, . 9 (point 9) - 1.2 magnitude. This means the next two earth quakes (one to either side) will be shallower in depth and have a magnitude of 5.3-5.6
After those strike I'll look to the fokcrum point between the earthquakes in equal spacing, then forecast again the location and magnitude. Then once the distance of the equal spacing is established its easy to forecast earthquakes as they spread further around the plate boundaries. Another ingredient is looking at other deep earthquakes and their effects of combined energy with proximity when the deep earthquake happened along with location.
If it sounds complicated it's not, forecasting earthquakes is very simple once the basics are grasped and I leave out technical language to keep it simple.
Here is an example of an earthquake at Geysers california. Man has drilled into the earth's crust for geo thermal to make steam to turn hugh turbines that makes electricity.
Here are the Google Earth coordinates
38.839°N 122.837°W
You will see a drill pad, pipes to carry the steam ending at the turbines.
An example of man drilling into the magma chamber of an active volcanoe to capture the heat.... In this case it is the Clear lake volcano. I always look to within 40 miles of volcanic activities and/ drilling pads.
Kinda dump to poke the bear.... Drill into a magma chamber and not expect eventually to get bitten. An already weak place in the earth's crust made weaker..
Over 90% of every earthquake in the states can be found at either volcanic points in the earth's crust or drill points. 99% of earthquakes (other than Washington, Oregon, California) follow the Crayton "Exactly".
Myself and a few others that study earthquakes have told the USGS that earthquakes follow the Crayton and they say it's impossible.
The proof,
Look up the American Crayton and compare it to a map of earthquakes that have struck within the last seven days and see for yourself that they follow the edge of the Craton perfectly.
The USGS says earthquakes cannot travel long distances through the plate and that earthquakes are random.
Yet 100 % of the earthquakes follow a consistent pattern and because of these patterns can be forecast with over an 80% accuracy of location and magnitude.