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Originally posted by westcoast
reply to post by lcbjr1979
because the odds are VERY high I will just end up looking like an idiot. So here is to hoping I look like an idiot!
Magnitude 4.7
Date-Time Tuesday, November 08, 2011 at 02:46:57 UTC
Monday, November 07, 2011 at 08:46:57 PM at epicenter
Time of Earthquake in other Time Zones
Location 35.541°N, 96.754°W
Depth 5 km (3.1 miles)
Region OKLAHOMA
Distances 28 km (17 miles) NNE of Shawnee, Oklahoma
69 km (42 miles) SSE of Stillwater, Oklahoma
70 km (43 miles) E of OKLAHOMA CITY, Oklahoma
71 km (44 miles) ESE of Guthrie, Oklahoma
Location Uncertainty horizontal +/- 7.2 km (4.5 miles); depth +/- 3 km (1.9 miles)
Parameters NST=129, Nph=141, Dmin=25.6 km, Rmss=1.32 sec, Gp= 40°,
M-type=body wave magnitude (Mb), Version=9
Source Magnitude: USGS NEIC (WDCS-D)
Location: USGS NEIC (WDCS-D)
Event ID usb0006lpf
KINGFISHER -- Mysterious unrefined natural gas leaks erupting in rural Kingfisher County in recent days continue to have officials puzzled as to their cause.
"We originally thought a pipeline had exploded," said Matt Skinner, Oklahoma Corporation Commission public information manager. "We had the pressure to zero pressure, and the leaks seemed to get bigger. So that's not it."
"We've ruled out the probables, and now we're into the unprobables," he said. "We've never seen one like this before, one that covers such a large area. It's another animal."
Skinner said the leak was unusual because of its size and that it was "moving with no explanation."
Officials said the U.S. Geologic Survey reported no seismic activity had been reported in the area.
"They said the area had been dead for some time," Skinner said.
Kingfisher Fire Chief Jack Crawford said the leaks, which cover a stretch of 12 to 13 miles between Kingfisher and Okarche "had not progressed toward Kingfisher" since Sunday afternoon.
"The bulk of the action is in the creek -- in terms of the visual," Skinner said. "It's one long continuous leak."
Skinner said the leaks have been in areas close to the creek between the cities.
"They seem to be staying near the creek," he said. "It runs over the length."
An investigation of natural gas geysers along a creek in rural Kingfisher and Canadian counties indicates a well miles away may be to blame for the releases of explosive vapors, a state regulatory spokesman said Tuesday.
“The data and the evidence at this point, as unlikely as it appears, points to a Chesapeake (Energy Corp.) drilling operation,” said Matt Skinner, a spokesman for Oklahoma Corporation Commission, which regulates oil drilling. “If this theory is correct, this would be something geologists would be writing about.”
Gas has been shooting to the surface along a five-mile section of Winter Camp Creek, and some of the geysers are within about a mile of the town of Kingfisher.
A natural gas drilling rig operated by Chesapeake 12 miles west of Okarche experienced an unusually large flow of gas last week, according to a press release issued by Chesapeake Tuesday. Investigators are trying to determine if gas from the well may have moved laterally to the creek area.
Officials had the gas from the geysers tested and found it contained about 93 percent methane, Kingfisher Fire Chief John Crawford said. The gas also contained about 3.6 percent ethane, 1 percent propane and other mixed gases.
Geologic. One of the dominant sources of geologic methane is mud volcanoes. These structures can be up to 10 kilometers in diameter, though most are much smaller, and often form on tectonic plate boundaries or near fossil fuel deposits. Over 1,000 such structures have been located on land or in shallow water. Mud volcanoes release methane gas from within the Earth, as well as smaller amounts of carbon dioxide, nitrogen and helium. Other structures which emit methane that would qualify as geologic sources include gryphons, steam vents and bubbling pools.
Mud volcanoes are often associated with petroleum deposits and tectonic subduction zones and orogenic belts; hydrocarbon gases are often erupted. They are also often associated with lava volcanoes; in the case of such close proximity, mud volcanoes emit incombustible gases including helium, whereas lone mud volcanoes are more likely to emit methane.
Magnitude 3.7
Date-Time Monday, November 14, 2011 at 06:51:39 UTC
Sunday, November 13, 2011 at 11:51:39 PM at epicenter
Location 43.050°N, 103.502°W
Depth 5 km (3.1 miles)
Region SOUTH DAKOTA
Distances 26 km (16 miles) SW (236°) from Oelrichs, SD
36 km (22 miles) NW (326°) from Whitney, NE
38 km (24 miles) SE (136°) from Edgemont, SD
306 km (190 miles) NNE (25°) from Fort Collins, CO
389 km (242 miles) NNE (18°) from Denver, CO
Location Uncertainty horizontal +/- 10.1 km (6.3 miles); depth +/- 3.1 km (1.9 miles)
Parameters NST= 79, Nph= 97, Dmin=126.9 km, Rmss=0.87 sec, Gp= 47°,
M-type="Nuttli" surface wave magnitude (mbLg), Version=5
Source Magnitude: USGS NEIC (WDCS-D)
Location: USGS NEIC (WDCS-D)
Event ID usc0006rmy