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Originally posted by MoorfNZ
reply to post by ButterCookie
From where?
Originally posted by ButterCookie
Originally posted by MoorfNZ
reply to post by ButterCookie
From where?
Reuters has it upgraded to 5.8
(Reuters) - A 5.6 magnitude earthquake struck in Oklahoma late on Saturday evening, the U.S. Geological Survey said, toppling a chimney, damaging buildings and sending a boulder the size of an SUV onto a rural road.
Originally posted by ButterCookie
reply to post by MoorfNZ
Did you click on the link I inserted? Its just that the one you provided was a few hours ago...the one I placed was about 20 mins ago.....
www.breakingnews.com...
Nov. 5 (Reuters) -- A 5.2 magnitude earthquake struck near Oklahoma City in the U.S. Midwest, the U.S. Geological Survey reported on Saturday.
The USGS initially reported the quake as a 5.8 magnitude.
The quake was a shallow 3.1 miles (5 km ) deep and was centered 4 miles (6.4 km) east of Sparks, which is east of Oklahoma City.
Originally posted by TrueAmerican
reply to post by MoorfNZ
Yeah, but the guy said it was on a known fault... So I wanna see it. Not having much luck. I hope he didn't just lie to save a gas company a billion dollars.
Due to the large number of responses for this event the sortable table usually found here is not a usable solution
Published: Tuesday, October 11, 2011 | XML Metadata
This spreadsheet is a compilation of Well header information compiled by the Arkansas Geological Survey, published as a Web feature service for the National Geothermal Data System. The document...
HAARP just cranked the juice up by the looks of it. Third time I've seen this.
What is a Spectrum Monitor?
A Spectrum Monitor is an instrument used to observe radio signals occupying a range of frequencies in the background electromagnetic environment. The signals originate from transmitters that are operated by users of the radio frequency spectrum including, for example, AM and FM broadcasts and air to ground communications.
A Spectrum Monitor may also be used to monitor the frequency signature of one's own transmitter, especially for the purpose of minimizing the potential for interfering with other users of the electromagnetic spectrum.