WMR has learned from a knowledgeable source who has studied the possible man-made aspects behind a number of destructive earthquakes that seismic tomography may be the cause of quakes in Haiti, Chile, and other locations.
Seismic tomography for oil and gas exploration has been largely covered up by the energy industry, which prefers to use the term "non-explosive" methods to describe the procedure. In some cases, the use of explosives to prospect for oil and natural gas have had some negative "back blast" consequences that the industry also felt compelled to cover up. Also, in the past, oil and natural gas explorers dropped depth charges to the seafloor to generate acoustic waves in order to detect oil and natural gas deposits.
WMR's source reports that that Halliburton with help from Bechtel has used Americium-242 -- a highly reactive isotope -- with tiny pellets of plutonium to conduct sub-seafloor blasts for seismic tomography aimed at analyzing rock for the oil and gas deposits.
We have also learned that Halliburton routinely loses its capsules of Russian-made Americium-241 in places like Nigeria, India, and, Boston.
The Indian Ocean tsunami of 2004 (which took place off Aceh, Sumatra, the site of large Exxon Mobil operations), the Haiti quake and Chilean tsunami/quake have similar features of a vertical shock uplift, rather than a sideways tectonic movement, and radial patterns without any sign of a directional horizontal thrust in contrast to Kobe, Sichuan and Iwate. The recent three quakes off Sumatra and in Haiti and Chile could well be the result of borehole electromagnetic-triggered seismic activities, possibly linked to pressure releases from seabed gas domes.
How far do these boreholes go down? In each case the events were on fairly shallow shelves, accessible to submersible drilling vessels.