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A recent earthquake near a former Soviet nuclear test site has tested mechanisms for monitoring the test-ban treaty. Technical systems passed with flying colours, but relevant US agencies could have done better.
Early on the morning of Saturday 16 August 1997, there was a small seismic event in the Kara Sea, about 100 kilometres from the nuclear test site on the far northern island of Novaya Zemlya now used by Russia for nuclear weapons research (Fig. 1). Within days, seismologists located the event in an area where it could only have been an earthquake. Yet at the end of August, spokesmen for the US State and Defense departments described the event as having "explosive characteristics", and in late September, officials of other US agencies were still characterizing it as "unresolved" (George Ullrich, Defense Special Weapons Agency), or "lending itself to alternative interpretations" (Bob Bell, National Security Council).
These statements suggested that the seismic signals might have been generated, not by an earthquake, but by a nuclear test. Underground nuclear explosions were carried out by the Soviet Union at the Novaya Zemlya test site from 1964 to 1990, but Russia and many other countries signed the Comprehensive Test Ban Treaty (CTBT) in September 1996, thus making a commitment not to carry out nuclear explosive tests for any purpose.
To a seismologist, the evidence is straightforward: the event took place several tens of kilometres offshore to the southeast of Novaya Zemlya, in an area where water depths are around 400 metres. Nuclear explosive testing is not credible in such an ocean environment unless there is other evidence, such as signals from hydroacoustic or radionuclide detectors, or the presence of a vast and complicated drilling operation. The event must therefore have been an earthquake.
Taken on June 25, 2012
sageturkey
Are there any conflicting opinions in your community regarding the October 8th event and it's data or is it pretty cut-and-dry? If so, why? What is the data??
Zaphod58
reply to post by cathar
Then show evidence of then digging down.
DateTime,Latitude,Longitude,Depth,Magnitude,MagType,NbStations,Gap,Distance,RMS,Source,EventID
2002/01/12 08:26:52.90,28.2790,-69.5660,10.00,5.40,Mw,429,,,0.85,NEI,2002011240
2002/02/06 04:52:51.02,28.4200,-69.9470,10.00,3.60,Mb,16,,,0.78,NEI,2002020640
2007/12/27 20:51:57.49,27.6790,-71.0760,10.00,4.60,Mb,84,,,1.03,NEI,2007122741
2013/10/08 01:58:09.61,30.1983,-74.0843,14.89,4.40,Mb,,63,5,1.17,us,2013100820
The amplitude (Amp) column i would surmise that this quake hit with a bang and then rumbled for 15-20 seconds.
accompanied by a comparison of an event that was suspected by the U.S. State and Defense Departments as having "explosive characteristics", though according to seismologists, was clearly an earthquake due to various other indicators including location, presence of aftershocks and the examination of the P/S Wave time-delay ratios for the particular event.
However, because of higher-than-expected temperatures at this depth and location, 180 °C (356 °F) instead of expected 100 °C (212 °F), drilling deeper was deemed unfeasible and the drilling was stopped in 1992.[4] With the projected further increase in temperature with increasing depth, drilling to 15,000 m (49,000 ft) would have meant working at a 300 °C (570 °F), where the drill bit would no longer work
The Kola borehole penetrated about a third of the way through the Baltic continental crust, estimated to be around 35 kilometres (22 mi) deep
However, in terms of depth below the surface, the Kola Superdeep Borehole still retains the world record as of November 2013.
Zaphod58
reply to post by six67seven
But there are lots of places that don't have earthquakes, but have them suddenly. They would have had to not only move the nuclear weapon with no one but Alex Jones noticing, they would have had to dig down 9 miles to place it. All without leaving a single seismic signature that they were digging (digging also leaves signatures).
Page 3 shows the seismic signatures of digging using various tools. There should have been some kind of signature of them digging to place the weapon. Where is it?
As seen in the example that you linked to, one of the best methods is to use the frequency analysis data, which for this 2013 event, we do not have.
alfa1
Answer so far is possibly "not enough data".
As seen in the example that you linked to, one of the best methods is to use the frequency analysis data, which for this 2013 event, we do not have.
PuterMan
If the event had recorded a depth of 1km or so I would grant that there might be some cause for further investigation and conspiracy theorising, but at ~15km it is out of the question that this was a nuke.
cathar
Zaphod58
reply to post by cathar
Then show evidence of then digging down.
The depths of quakes are not always known...in which case a depth is estimated....When you see a quake depth at
10 kilometers it means they don't know the depth...& BTW >>USGS is a government agency...they do what they are told.....There is plenty of evidence that USGS has been under estimating the strength of quakes for the last several years.....