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GeoSeismic Labs Reports: June Edition

All information reported here is based upon data collection and analysis using procedures that are considered "experimental" and might be of a shocking nature to some individuals. Read and use at your own risk!

GSL's Reports have Been Viewed [Picture]  Times Since May 11, 2005





MT ULF Updates: San Jacinto Fault Mojave Desert Block Warnings & Other Advisories

Updated June 26, 2005: Late Breaking News and New Links

MT. Saint Helens Eruption Update

The Latest Sumatra, Indonesia Earthquake Update

The Latest Earthquake Prediction & Forecasting Methods

Most Recently Reviewed Acoustic Emission Spectrogram

Gulf of California M5.7 Magneto-Telluric Precursor

North American Volcanic Unrest and Eruption Updates

Predicted Times for Spring Tides during the Month of June 2005

Please Make a Small Contribution to the Lab





Mount St. Helens Volcano Eruption Update:

U.S. Geological Survey, Vancouver, Washington
University of Washington, Pacific Northwest Seismograph Network, Seattle, Washington

Mount St. Helens Volcano, June 30, 2005 9:10 a.m. PDT (1610 UTC)

Current status is Volcano Advisory (Alert Level 2); aviation color code ORANGE


The Latest Eruption Update for the Unrest at Mt. Saint Helens, WA

Definition of Alert Levels

Mount St. Helens Satellite Imagery

For additional information, background, images, and other graphics, please visit:

Pacific Northwest Seismic Network

Caution: You may need to refresh the displayed page in order to view the latest live Volcano-Webcam.

Graphic: Mt. Saint Helens Webcam
Graphic: Popocatepetl Volcano  Webcam
Graphic: Major Volcanoes of Gorda Ridge


Links to Phenomena Associated with Earthquakes
&
Super-Volcanoes Worldwide

Triggered Earthquakes: University of Edinburgh, Scotland

Earthquake Prediction: Great Britain

Volcano Hell: BBC2 Video Clips

Geologists Warn of SuperVolcano Threat: Great Britain

Magnetic Reversals on Earth-Possible Implications: Austria

Icelandic water making waves in seismology: Iceland

Earthquakes—Rattling the Earth’s Plumbing System: USA

Earthquake Lights: Kobe Earthquake in Japan 1995: Japan

Unlocking the mystery of 'Earthquake Clouds'

Novel Mobile and Portable Methods for Detecting Rock Failure: Great Britain

Amatuer Seismic Centre: India

Recently Reviewed Infrasonic Spectrograms Associated with Deep
Crustal Resonant Harmonic Frequency Activity along
the Pacific and North American Plate Boundary

Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic pulsations and spectrum content, detected
from the Pacific & North American Plate Boundary in Southern California
- GeoSeismic Labs 2005.

View Other Recently Reviewed Acoustic Emission Spectrograms




The Great Sumatra Earthquake and Tsunami
December 26, 2004 (Updated 05/09/2005)

Rupture Area Map
Sumatra Earthquake Global Displacement Wavefield
Graphic: Tsunami's Global Map

Mw 8.9 earthquake in Sumatra on December 26th, 2004 at 00:58 UTC

The Great Earthquake and Tsunami of 26 December 2004 in Southeast Asia

Preliminary report of numerical computation of tsunamis
generated by the December 26, 2004
Off Sumatra Island Earthquake, Indonesia


India’s last active volcano erupts in Andaman Islands

Info about Barren 1 Active Volcano in Andaman Islands, India

The Indian Ocean Tsunami

The Latest Official Information on Active Volcanoes in Sumatra, Indonesia

The Tsunami Page: Tsunamis of the 21st Century

Quake may be 'imminent' warns tsunami expert

NEW *** Tsunamis and Earthquakes: What Physics is Interesting? *** NEW

Volcanic Cone Collapses and Tsunamis

  • An unstable volcano is a potential source for a Tsunami.

  • Weakened and fractured material may give way and cause a collapse.

  • The most common cause is intrusion of magma, which causes a detachment.

  • Injection of magma into the interior of the volcano causes the volcanic cones to inflate, and the magma pushes out part of the volcano. Magma filling steep faults and fractures can provide a lubricated surface along which collapse may take place. The pore pressure within a volcano may increase owing to the presence of intruding magma, the volcano being squeezed by geological (tectonic) stresses; extra water within the volcano caused by increased rainfall, or a change in the local drainage system.

  • Earthquakes that "shake" the volcano.

  • Weakening of the volcano caused by heat and hot fluids in the interior of the volcano that alter hard volcanic rocks into soft clay.

  • Slippage along the surface on which the volcano is built, caused by a low-angle fault or lubricants such as clays or injected magma.

  • The volcano becomes too steep and high, regular volcanic eruptions pile more and more volcanic materials onto the upper slopes of the volcano which then is susceptible to collapse through gravity.

    Historical Cone Collapses in the Southwest Pacific

    Ritter (PNG) 1888. Major cone collapse without signs of volcanic eruptions
    led to the formation of a Tsunami 12 to 15 meters high on nearby islands. An early missionary
    map shows the positions of villages in western New Britain that no longer exist. Several
    hundred people were probably killed.

    Ambae (Vanuatu) 1913. A lateral collapse after a large earthquake generated a landslide that
    Caused possibly about 50 deaths.

    White Island (New Zealand) 1914. This volcano located 48 kilometers offshore from the
    North Island has a horse-shoe shaped crater just above sea-level. Part of the crater rim
    collapsed along a fault on or about September 10th and fell to the crater floor. There were 11
    fatalities. No Tsunamis were reported.

    Ruapehu (New Zealand) 1953. The upper portion of Ruapehu's crater wall failed on Christmas
    Eve releasing more than 1 million cubic meters of Crater Lake waters. The collapse was
    relatively small but resulted in a devastating lahar that swept away a railway bridge as the
    main Wellington-Auckland express train was crossing and 151 lives were lost in what has
    become known as the Tangwai Disaster.

    Tinakula (Solomon Islands) 1966. A landslide of unknown cause slipped into the sea from
    the high wall of an ancient avalance amphitheater. There may have been a Tsunami but no
    lives were lost.

    Lopevi (Vanuatu) 1975. A landslide associated with a lava flow from the summit crater
    plunged into the sea. No Tsunami was recorded but the residents have now been permanently evacuated.

    - Australian Geological Survey, Geological Survey of Papua New Guinea

    Mt. Ruapehu-Crater-Lake (Fact Sheet)

    Early Warnings When the Volcano Starts to Slip

    Cumbre Vieja Volcano - Potential Collapse and Tsunami at La Palma, Canary Islands

    MAR-2005: Bulletin of the Global Volcanism Network

    (WOVO) World Organization of Volcano Observatories

    Maps of Volcanoes located within the North American Continent

    Map of North American Volcanoes

    Map of Aleutian Volcanoes

    Map of Nevada Volcanoes

    Map of Volcanic Hazard Zones for California

    Major Volcanoes of Mexico

    General Location Map of the Long Valley area, California

    Eastern California Shear Zone
    CA/NV Border/Eastern Sierras/Yellowstone/Cascades
    Tectonic and Volcanic Activity

    Mount St. Helens Erupts Again: Activity from September 2004 through March 2005

    An Assessment of Volcanic Threat and Monitoring Capabilities in the U.S.:
    Framework for a National Volcano Early Warning System


    Birth of a Fault: Kern County to Walker Pass

    Probing Volcanoes: USGS Public Lecture in Multimedia .wmv (12/4/2004)

    Yellowstone Supervolcano: Transcript

    The 1700 Seattle SuperQuake & Japanese Tsunami: Nature

    How Volcanoes Work

    Yellowstone Swarm Report: 2004

    Volcanoes of Canada

    The Long Valley Caldera: White Mountains Region

    Living With a Restless Caldera:Long Valley, California

    Future Eruptions in California's Long Valley Area--What's Likely

    Adobe Hills Volcanic Field

    Summary of Holocene eruptive activity and probable greatest hazards from future eruptions at volcanic centers in California

    Eruptions from the Inyo chain about 600 Years ago: sequence of events and effects in the Long Valley Area

    Long Valley Tilt Meters

    Photo Gallery of the Long Valley area, California

    ERS radar interferometry reveals strain transient in the Eastern California Shear Zone

    Lithospheric Dynamics and Continental Deformation

    USGS California Tiled 2 Degree Maps

    USGS California Quarternary Fault and Fold Database Maps

    Earthquake Prediction & Forecasting Techniques

    USGS 24 hour Seismic Forecast

    Predicting an Earthquake

    Earthquake Prediction

    Earthquake Prediction: Some Basic Principles

    Earthquake Prediction: Predicting the Unpredictable?

    Time-Dependent Viscoelastic Stress Transfer and Earthquake Triggering

    Inferring Viscous Properties of the Lithosphere

    Potential Sources for Earthquakes in Northern California

    Pulling the Rug Out from Under California

    Giant Earthquakes Beneath Canada's West Coast

    The role of stress transfer in earthquake occurrence

    The San Andreas Fault System: General Information, Data, Maps, Charts and Graphics

    Foreshocks & Aftershocks of the Great 1857 Fort Tejon, CA Earthquake

    The Great 1857 Fort Tejon Earthquake: Shake, Rattle & Roll

    Quakes Along Central San Andreas Fault Peak Every Three-Years

    Volcanoes and the San Andreas Fault

    The San Andreas Fault system through the Transverse Ranges as illuminated by earthquakes

    Deep Tremors Along the San Andreas Fault

    Aftershocks of the 1952 Tehachapi Earthquake

    Mantle Downwelling Beneath the Transverse Range


    Graphic: Map of the San Andreas Fault, California Graphic: Map: 1998 Southern California Deformation Graphic: Diagonal Map of the San Andreas Fault, So. California

    San Jacinto Fault Zone Advisories
    &
    MT ULF Updates
    Released by
    GeoSeismic Labs of California


    (View MT ULF REPORTS published in October 2004)



    (View MT ULF REPORTS published in November 2004)



    (View MT ULF REPORTS published in December 2004)



    (View MT ULF REPORTS published in January 2005)



    (View MT ULF REPORTS published in February 2005)



    (View MT ULF REPORTS published in March 2005)



    (View MT ULF REPORTS published in April 2005)



    (View MT ULF REPORTS published in May 2005)



    (View MT ULF REPORTS published in June 2005)



    (View a previously Published MT ULF REPORT



    (View the Currently Published MT ULF REPORT



    MT ULF UPDATE: June 1, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was moderate infrasonic harmonic resonant activity below 2 Hz on Wednesday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.43 Hz (-71.24 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was higher. The ULF mean average was decreased (negative). The MT peak reading was measured at 10.0 units of regional lithospheric stress. The MT mean average was measured at 8.1 units.

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    Infrasonic resonant harmonic activity was extremely active during the past 24 hours. There was peak activity at 0.94 Hz, 1.20 Hz, and within a range from 1.3 Hz to 1.8 Hz. There were no detected ULF suppression incidents. The strong infrasonic resonant harmonic frequency appears to be associated with deep crustal stress in Baja California, Mexico, and further north into Southern California. There was a scattering of infrasonic activity between 18:00 and 23:00 UTC, which was associated with a seismic swarm epicentered north of Yucca Valley, CA. which may be related to the high crustal stress along the Pacific & North American Plate Boundary. Tonight's seismic activity in Central California near Avenal (east of Parkfield) appears to be related to this same high crustal stress now occurring to the southeast along the Mojave Desert Block. Late in the reporting period, I observed a strong MT pulsation (10.00) for a micro quake epicentered 8 miles northwest of Parkfield, CA along the plate boundary in Central California. Regarding the recent landslide at Laguna Beach, CA, I recently read a newspaper article about a geologist who stated shortly after the last deadly mudslide in Ventura County, that if we were to have a strong earthquake, that it would trigger many similar landslides throughout Southern California because of all the record rainfall. So, if you are living in an area prone to hillside slope failure you should be prepared to move to a safer place after a felt strong earthquake.

    Statement Summary:
    It is inferred that the strong infrasonics are related to a rise in deep crustal stress along the Pacific & North American Plate Boundary in Southern California. The current infrasonics are inferred to be associated with high crustal stress along the San Andreas fault zone from Southern California to Central California and may also now be affecting the Owens Valley from Bishop to Coso Junction, CA as it nucleates north, and outside of the Mojave Desert Block, and west along the Garlock fault zone into the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as The San Francisco Bay area. The San Jacinto fault zone and the Anza Seismic Gap was the focus of some of the most recently detected anomalies. We may now potentially be within 30 days of the next strong seismic event epicentered in Southern California. So, continue to stay on alert.

    Critical Reminder:
    All donations should be sent in to the lab prior to next June 15th 2005. Your contributions will be used to offset the cost of maintaining the website, which is currently over one thousand dollars per year. It's your web-site, too. Your support is essential to it being in operation 24/7. Prior to 2004, I went on a "summer schedule." If I get the proper financial support for maintaining the release of the vital information provided here, I may not have to resort to a reduced schedule this coming Summer. I prefer to give out the information to everyone without any restrictions. Those who can afford one, should sponsor my pioneering efforts with a small donation, which is entirely appreciated. I believe this to be the fairest method for all.

    Finally, I Hope that everyone had a nice and safe Memorial Day holiday weekend!  -FRANK CONDON


    01-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    01-JUN-2005 15:00 - 18:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    01-JUN-2005 18:00 - 21:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    01-JUN-2005 21:00 - 23:59 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    MT ULF UPDATE: June 2, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was moderate infrasonic harmonic resonant activity below 2 Hz on Thursday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.85 Hz (-73.23 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was higher. The ULF mean average was increased (positive). The MT peak reading was measured at 9.1 units of regional lithospheric stress. The MT mean average was measured at 8.4 units.

    M3.3 2005/06/02 06:11:02 36.075 -120.164 16.0 7 km ( 4 mi) NW of Avenal, CA
    M3.3 2005/06/02 08:23:47 34.930 -116.723 1.2 29 km ( 18 mi) ENE of Barstow, CA
    M3.5 2005/06/02 14:18:05 35.669 -121.090 5.0 9 km ( 6 mi) ENE of San Simeon, CA

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    Infrasonic resonant harmonic activity was active during the past 24 hours. There was peak activity at 0.94 Hz, and 1.85 Hz. There were no detected ULF suppression incidents. The moderate infrasonic resonant harmonic frequency appears to be associated with deep crustal stress in Baja California, Mexico, and further north into Southern California. Today's seismic swarm activity epicentered in Central California appears to now be related to high levels of deep crustal stress occurring to the southeast along the Mojave Desert Block.

    Statement Summary:
    It is inferred that the strong infrasonics are related to a rise in deep crustal stress along the Pacific & North American Plate Boundary in Southern California. The current infrasonics are inferred to be associated with high crustal stress along the San Andreas fault zone from Southern California to Central California and may also now be affecting the Owens Valley from Bishop to Coso Junction, CA as it nucleates north, and outside of the Mojave Desert Block, and west along the Garlock fault zone into the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as The San Francisco Bay area. The San Jacinto fault zone and the Anza Seismic Gap was the focus of some of the most recently detected anomalies. We may now potentially be within 30 days of the next strong seismic event epicentered in Southern California. So, continue to stay on alert.

    Critical Reminder:
    All donations should be sent in to the lab prior to next June 15th 2005. Your contributions will be used to offset the cost of maintaining the website, which is currently over one thousand dollars per year. It's your web-site, too. Your support is essential to it being in operation 24/7. Prior to 2004, I went on a "summer schedule." If I get the proper financial support for maintaining the release of the vital information provided here, I may not have to resort to a reduced schedule this coming Summer. I prefer to give out the information to everyone without any restrictions. Those who can afford one, should sponsor my pioneering efforts with an occassional small donation, which is commensurate with your particular economic condition. I believe this to be the fairest method for all. So, please send in whatever amount you believe is appropriate.

    Thanks in advance of your participation!-FRANK CONDON


     02-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    MT ULF UPDATE: June 3, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was strong infrasonic harmonic resonant activity below 2 Hz on Friday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 0.88 Hz (-68.35 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was higher. The ULF mean average was increased (positive). The MT peak reading was measured at 9.3 units of regional lithospheric stress. The MT mean average was measured at 8.2 units.

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    Infrasonic resonant (fundamental) harmonic activity was active during the past 24 hours. There was peak activity at 0.84 to 0.92 Hz. There were no detected ULF suppression incidents. The moderate amplitude infrasonic resonant frequencies appear to be associated with deep crustal stress in Baja California, Mexico, and further north into Southern California along the plate boundary.

    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. We may now potentially be within 20 to 30 days of the next strong seismic event epicentered in the Southern California region. The next New Moon will arrive on June 6, 2005. So, continue to stay on alert.

    Critical Reminder:
    All donations should be sent in to the lab prior to next June 15th 2005. Your contributions will be used to offset the cost of maintaining the website, which is currently over one thousand dollars per year. It's your web-site, too. Your support is essential to it being in operation 24/7. Prior to 2004, I went on a "summer schedule." If I get the proper financial support for maintaining the release of the vital information provided here, I may not have to resort to a reduced schedule this coming Summer. I prefer to give out the information to everyone without any restrictions. Those who can afford one, should sponsor my pioneering efforts with an occassional small donation, which is commensurate with your particular economic condition. I believe this to be the fairest method for all. So, please send in whatever amount you believe is appropriate.

    Thanks in advance of your participation!-FRANK CONDON


    03-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    03-JUN-2005 21:00 - 23:59 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    04-JUN-2005 00:00 - 03:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    MT ULF UPDATE: June 4, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was strong infrasonic harmonic resonant activity below 2 Hz on Saturday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.24 Hz (-69.61 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was lower. The ULF mean average was decreased (negative). The MT peak reading was measured at 9.1 units of regional lithospheric stress. The MT mean average was measured at 8.3 units.

    M3.6 2005/06/04 23:52:36 36.237 -120.279 12.5 13 km ( 8 mi) NNE of Coalinga, CA
    M3.0 2005/06/05 00:33:20 41.094 -124.419 22.7 24 km ( 15 mi) W of Trinidad, CA

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    Infrasonic resonant (fundamental) harmonic activity was active during the past 24 hours. There was peak activity at 0.84 to 0.92 Hz. There were no detected ULF suppression incidents. The moderate amplitude infrasonic resonant frequencies appear to be associated with deep crustal stress in Baja California, Mexico, and further north into Southern California along the plate boundary.

    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. We may now potentially be within 20 to 30 days of the next strong seismic event epicentered in the Southern California region. The New Moon arrives on June 6, 2005. So, continue to stay on alert.

    Critical Reminder:
    All donations should be sent in to the lab prior to next June 15th 2005. Your contributions will be used to offset the cost of maintaining the website, which is currently over one thousand dollars per year. It's your web-site, too. Your support is essential to it being in operation 24/7. Prior to 2004, I went on a "summer schedule." If I get the proper financial support for maintaining the release of the vital information provided here, I may not have to resort to a reduced schedule this coming Summer. I prefer to give out the information to everyone without any restrictions. Those who can afford one, should sponsor my pioneering efforts with an occassional small donation, which is commensurate with your particular economic condition. I believe this to be the fairest method for all. So, please send in whatever amount you believe is appropriate.

    Thanks in advance of your participation!-FRANK CONDON


    04-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    04-JUN-2005 15:00 - 18:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    05-JUN-2005 00:00 - 03:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    05-JUN-2005 03:00 - 06:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    MT ULF UPDATE: June 5, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was moderate infrasonic harmonic resonant activity below 2 Hz on Sunday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.66 Hz (-72.02 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was slightly lower. The ULF mean average was unchanged. The MT peak reading was measured at 8.8 units of regional lithospheric stress. The MT mean average was measured at 8.2 units.

    M5.7 2005/06/05 08:28:50 23.660 -108.366 10.0 126 km ( 78 mi) SW of Eldorado, Mexico

    All daily charts were updated to reflect the latest analysis.

    Epilog: On June 5, 2005 I issued a short term seismic warning based upon the observation of a strong magneto-telluric disturbance which began around 00:00 UTC. It was ready, and released for publishing three hours later. Five hours later a M5.7 earthquake was epicentered in the Gulf of California near La Paz, Baja California Sur, Mexico. also, on May 30, 2005 I detected a strong infrasonic fundamental harmonic which was inferred to be for the
    Gulf of California

    5 JUN 2005  (156)
    
         ot  = 08:28:50.73   +/-   0.47              GULF OF CALIFORNIA              
         lat =      23.660   +/-    5.4
         lon =    -108.366   +/-    3.8              MAGNITUDE 5.7 (GS)       
         dep =        10.0  (geophysicist)
    
         160 km (100 miles) SW of Culiacan, Sinaloa, Mexico (pop 536,000)
         180 km (110 miles) ENE of Cabo San Lucas, Baja Calif. Sur, Mexico
         200 km (125 miles) S of Guamuchil, Sinaloa, Mexico
         1065 km (660 miles) WNW of MEXICO CITY, D.F., Mexico
    

    General Discussion:
    Infrasonic resonant (fundamental) harmonic activity was active during the past 24 hours. There was peak activity at 1.50 to 1.66 Hz. The moderate amplitude infrasonic resonant frequencies appear to be associated with deep crustal stress in Baja California, Mexico, and further north into Southern California along the plate boundary. the latest observations were related to the border region where I detected an overnight increase in MT precursor activity related to micro quakes near Borrego Springs, Ocotillo, and Mexicali, Mexico.

    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 20 to 30 days of the next strong seismic event epicentered in the Southern California region. The New Moon arrives on June 6, 2005. So, continue to stay on alert.

    Critical Reminder:
    All donations should be sent in to the lab prior to next June 15th 2005. Your contributions will be used to offset the cost of maintaining the website, which is currently over one thousand dollars per year. It's your web-site, too. Your support is essential to it being in operation 24/7. Prior to 2004, I went on a "summer schedule." If I get the proper financial support for maintaining the release of the vital information provided here, I may not have to resort to a reduced schedule this coming Summer. I prefer to give out the information to everyone without any restrictions. Those who can afford one, should sponsor my pioneering efforts with an occassional small donation, which is commensurate with your particular economic condition. I believe this to be the fairest method for all. So, please send in whatever amount you believe is appropriate.

    Thanks in advance of your participation!-FRANK CONDON


    05-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    05-JUN-2005 21:00 - 24:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    MT ULF UPDATE: June 6, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was strong infrasonic harmonic resonant activity below 2 Hz on Monday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 0.79 Hz (-68.75 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was slightly lower. The ULF mean average was decreased (negative). The MT peak reading was measured at 8.7 units of regional lithospheric stress. The MT mean average was measured at 8.2 units.

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    Infrasonic resonant (fundamental) harmonic activity was strong and active during the past 24 hours. There was peak activity at 0.79 Hz. The moderate amplitude infrasonic resonant frequencies appear to be associated with deep crustal stress in Baja California, Mexico, and further north into Southern California along the plate boundary. the latest observations were related to an inferred increased level of in the nucleation of deep crustal stress out of the Mojave Desert Block / ECSZ near Ludlow, CA, which is apparently also affecting the high crustal stress zone in South-Central California near the Tehachapi / Grapevine region from Taft to Frazier Park, CA. A revised alert was issued which was based upon this latest observation. There was also an observed high frequency ULF signal burst at the time of the inferred nucleation incident, indicating that deep crustal energy is now rising towards the surface in the ECSZ.

    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 20 to 30 days of the next strong seismic event epicentered in the Southern California region.

    Critical Reminder:
    All donations should be sent in to the lab prior to next June 15th 2005. Your contributions will be used to offset the cost of maintaining the website, which is currently over one thousand dollars per year. It's your web-site, too. Your support is essential to it being in operation 24/7. Prior to 2004, I went on a "summer schedule." If I get the proper financial support for maintaining the release of the vital information provided here, I may not have to resort to a reduced schedule this coming Summer. I prefer to give out the information to everyone without any restrictions. Those who can afford one, should sponsor my pioneering efforts with an occassional small donation, which is commensurate with your particular economic condition. I believe this to be the fairest method for all. So, please send in whatever amount you believe is appropriate.

    Thanks in advance of your participation!-FRANK CONDON


    06-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    06-JUN-2005 21:00 - 24:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    07-JUN-2005 00:00 - 03:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    07-JUN-2005 03:00 - 06:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    MT ULF UPDATE: June 7, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was moderate infrasonic harmonic resonant activity below 2 Hz on Tuesday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 0.156 Hz (-71.84 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was unchanged. The ULF mean average was basically unchanged. The MT peak reading was measured at 8.8 units of regional lithospheric stress. The MT mean average was measured at 8.1 units.

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    Infrasonic resonant (fundamental) harmonic activity was moderate in activity during the past 24 hours. There was peak activity at 0.156 Hz. The moderate amplitude infrasonic resonant frequencies appear to be associated with deep crustal stress along the plate boundary. There were a couple more micro quakes epicentered close to the location near Ludlow where I inferred that a nucleation of crustal stress had taken place from out of the ECSZ / Mojave Desert Block, which apparently is also affecting the high crustal stress point in South-Central California near the Tehachapi / Grapevine region, and Taft to Frazier Park, CA. The level of MT related piezomagnetic activity was moderate with some indications that it was also associated with the Mojave Desert Block/ ECSZ. and we need to stay on alert as this situation continues into mid-week.

    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 15 to 25 days of the next strong seismic event epicentered in the Southern California region.

    Critical Reminder:
    All donations should be sent in to the lab prior to next June 15th 2005. Your contributions will be used to offset the cost of maintaining the website, which is currently over one thousand dollars per year. It's your web-site, too. Your support is essential to it being in operation 24/7. Prior to 2004, I went on a "summer schedule." If I get the proper financial support for maintaining the release of the vital information provided here, I may not have to resort to a reduced schedule this coming Summer. I prefer to give out the information to everyone without any restrictions. Those who can afford one, should sponsor my pioneering efforts with an occassional small donation, which is commensurate with your particular economic condition. I believe this to be the fairest method for all. So, please send in whatever amount you believe is appropriate.

    Thanks in advance of your participation!-FRANK CONDON


    07-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    MT ULF UPDATE: June 8, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was moderate infrasonic harmonic resonant activity below 2 Hz on Wednesday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.81 Hz (-71.25 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was slightly higher. The ULF mean average was decreased (negative). The MT peak reading was measured at 8.8 units of regional lithospheric stress. The MT mean average was measured at 8.0 units.

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    Infrasonic resonant (fundamental) harmonic activity was moderate in activity during the past 24 hours. Yesterday's peak activity at 0.156 Hz appears to be related to the strongest eruption in the past twenty years at the Colima Volcano in Cental Mexico. Also, this is the second time in recent days that this particular frequency has increased in its amplitude just prior to a strong eruption at the Colima volcano. Yesterday's nucleation of crustal stress out of the ECSZ / Mojave Desert Block, manisfested itself in a couple of micro quake along the Central Garlock Fault Zone near Randsburg, CA. That particular period of time was also accompanied by a series of infrasonic pulses during the late afternoon period and just prior to 5PM local time. The level of MT related piezomagnetic activity was also moderate to strong with some indications that it was also associated with the Mojave Desert Block/ ECSZ. We need to stay on alert as this situation continues into mid-week.

    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 20 days of the next strong seismic event epicentered in the Southern California region.

    Critical Reminder:
    All donations should be sent in to the lab prior to next June 15th 2005. Your contributions will be used to offset the cost of maintaining the website, which is currently over one thousand dollars per year. It's your web-site, too. Your support is essential to it being in operation 24/7. Prior to 2004, I went on a "summer schedule." If I get the proper financial support for maintaining the release of the vital information provided here, I may not have to resort to a reduced schedule this coming Summer. I prefer to give out the information to everyone without any restrictions. Those who can afford one, should sponsor my pioneering efforts with an occassional small donation, which is commensurate with your particular economic condition. I believe this to be the fairest method for all. So, please send in whatever amount you believe is appropriate.

    Thanks in advance of your participation!-FRANK CONDON


    08-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    08-JUN-2005 21:00 - 24:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    MT ULF UPDATE: June 9, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was moderate infrasonic harmonic resonant activity below 2 Hz on Thursday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.20 Hz (-70.00 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was unchanged. The ULF mean average was decreased (negative). The MT peak reading was measured at 8.6 units of regional lithospheric stress. The MT mean average was measured at 8.0 units.

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    Infrasonic resonant (fundamental) harmonic activity was moderate in activity during the past 24 hours. As the result of an in depth re-analysis, I'm revising the inferred location for a series of strong infrasonic pulsations to be coming from within the Inland Empire instead of the ECSZ and the Garlock fault zone. The series of strong pulsations are indicating that deep crustal stress over the past 72 hours has increased along the San Jacinto fault zone near Colton, Beaumont, and Idyllwild, CA. Also, the Anza Seismic Gap may also be involved in this significant increase in deep harmonic activity from the San Jacinto fault in the Inland Empire. So, keep on an alert status until further notice.

    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 20 days of the next strong seismic event epicentered in the Southern California region.

    Critical Reminder:
    All donations should be sent in to the lab prior to next June 15th 2005. Your contributions will be used to offset the cost of maintaining the website, which is currently over one thousand dollars per year. It's your web-site, too. Your support is essential to it being in operation 24/7. Prior to 2004, I went on a "summer schedule." If I get the proper financial support for maintaining the release of the vital information provided here, I may not have to resort to a reduced schedule this coming Summer. I prefer to give out the information to everyone without any restrictions. Those who can afford one, should sponsor my pioneering efforts with an occassional small donation, which is commensurate with your particular economic condition. I believe this to be the fairest method for all. So, please send in whatever amount you believe is appropriate.

    Thanks in advance of your participation!-FRANK CONDON


    09-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    09-JUN-2005 18:00 - 21:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    MT ULF UPDATE: June 10, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was moderate infrasonic harmonic resonant activity below 2 Hz on Friday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.38 Hz (-71.05 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was slightly higher. The ULF mean average was basically unchanged. The MT peak reading was measured at 8.8 units of regional lithospheric stress. The MT mean average was measured at 8.1 units.

    M3.3 2005/06/10 23:56:35 40.389 -117.636 8.9 36 km ( 22 mi) WNW of McCoy, NV

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    On Friday, there was one period with strong fundamental Infrasonic Harmonic Frequency activity from between 5:00PM and 8:00PM local time, which appears to be related to a micro quake epicentered in the Pine Mountain-Mettler Region of South-Central California. Earlier, I observed a typical scattering pattern of the infrasonic wave activity prior to a micro quake epicentered several miles north of Yucca Valley, CA (ECSZ).

    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 3 weeks of the next strong seismic event epicentered in the Southern California region. There is a greater propensity for an event of this magnitude during an upcoming extremely low transit of the Full Moon, where it won't even become visible above the horizon at Fairbanks, Alaska. The low path of the Full Moon is also going to give us some unusually high spring tides at mid-latitudes during Perigee. So, that could be the catalyst for triggering an area which is known to be overdue for having its next major earthquake. Note: Perigee arrives 32 hours after the next Full Moon, which is on June 21st.

    Critical Reminder:
    All donations should be sent in to the lab prior to next June 15th 2005. Your contributions will be used to offset the cost of maintaining the website, which is currently over one thousand dollars per year. It's your web-site, too. Your support is essential to it being in operation 24/7. Prior to 2004, I went on a "summer schedule." If I get the proper financial support for maintaining the release of the vital information provided here, I may not have to resort to a reduced schedule this coming Summer. I prefer to give out the information to everyone without any restrictions. Those who can afford one, should sponsor my pioneering efforts with an occassional small donation, which is commensurate with your particular economic condition. I believe this to be the fairest method for all. So, please send in whatever amount you believe is appropriate.

    Thanks in advance of your participation!-FRANK CONDON


    10-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    10-JUN-2005 21:00 - 24:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    11-JUN-2005 00:00 - 03:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    MT ULF UPDATE: June 11, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was moderate infrasonic harmonic resonant activity below 2 Hz on Saturday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.56 Hz (-71.68 dBv), along with a lesser amplitude harmonic at 0.94 Hz (-74.56 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was slightly higher. The ULF mean average was basically unchanged. The MT peak reading was measured at 8.7 units of regional lithospheric stress. The MT mean average was measured at 8.0 units. <

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    On Saturday, there was one period with moderate strength fundamental Infrasonic Harmonic Frequency activity from between 13:30 and 17:30 UTC, with shorter duration periods from 17:30 until 19:30 UTC.

    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 3 weeks of the next strong seismic event epicentered in the Southern California region. There is a greater propensity for an event of this magnitude during an upcoming extremely low transit of the Full Moon, where it won't even become visible above the horizon at Fairbanks, Alaska. The low path of the Full Moon is also going to give us some unusually high spring tides at mid-latitudes during Perigee. So, that could be the catalyst for triggering an area which is known to be overdue for having its next major earthquake. Note: Perigee arrives 32 hours after the next Full Moon, which is on June 21st.

    Critical Reminder:
    All donations should be sent in to the lab prior to next June 15th 2005. Your contributions will be used to offset the cost of maintaining the website, which is currently over one thousand dollars per year. It's your web-site, too. Your support is essential to it being in operation 24/7. Prior to 2004, I went on a "summer schedule." If I get the proper financial support for maintaining the release of the vital information provided here, I may not have to resort to a reduced schedule this coming Summer. I prefer to give out the information to everyone without any restrictions. Those who can afford one, should sponsor my pioneering efforts with an occassional small donation, which is commensurate with your particular economic condition. I believe this to be the fairest method for all. So, please send in whatever amount you believe is appropriate.

    Thanks in advance of your participation!-FRANK CONDON


    11-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    MT ULF UPDATE: June 12, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was moderate infrasonic harmonic resonant activity below 2 Hz on Sunday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.28 Hz (-70.24 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was slightly higher. The ULF mean average was basically unchanged. The MT peak reading was measured at 8.7 units of regional lithospheric stress. The MT mean average was measured at 8.0 units. There was a geomagnetic transient excursion which was detected early in the period that caused a geomagnetic storm which peaked during a period with high seismic activity in Southern California.

    M5.6 2005/06/12 15:41:46 33.533 -116.578 14.1 9 km ( 6 mi) ESE of Anza, CA
    M3.1 2005/06/12 20:47:47 33.500 -116.571 12.6 11 km ( 7 mi) ESE of Anza, CA

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    On Sunday, there was a moderate earthquake epicentered within the Anza Seismic Gap near Anza, California. It appears that the trigger for this already high crustal stress zone was a transient geomagnetic excursion that was detected early in the reporting period. The ensuing geomagnetic storm peaked out just prior to its switch into negative bz territory. The storm appears to have caused enough of a stress increase along the San Jacinto fault zone to have caused a M5.6 seismic event. If not for the storm, the area would have been delayed for a while longer. There was very little change detected after the M5.6 and the situation appears to be the same at last check. The danger comes next when the high spring tides arrive during the next Full Moon and Perigee, 32 hours later. The area from South-Central to Southern California should remain on alert for a chance that another geomagnetic disturbance could change the time schedule again, as it did on Sunday. One interesting factor was that infrasonic resonant harmonics were quite active for several hours prior to the Anza Earthquake, also indicating that the region was already under high lithospheric stress prior to the arrival of the trigger mechanism. Crustal stress now appears to have nucleated further northwest towards the Cajon Pass. The Riverside to Lytle Creek Seismic Gap should be considered at high risk, according to the infrasonics. The Inland Empire should now be on Full Alert at this time. Maybe it would be an excellent idea to schedule an earthquake drill at work or at school. We definitely are in the middle of something happening at both the north and south ends of the San Bernardino Valley region. Other faults which need to be monitored are the Southern San Andreas, Helendale, Eastern Sierra Madre-Cucamonga, Rialto-Colton, Banning, and the entire San Jacinto fault zone should now be at the focus of this short term alert.

    Epilog:
    Begining on June 6, 2005 until June 9, 2005 I detected a series of high amplitude infrasonic resonant harmonic pulsations that were from three specific areas in the Inland Empire. Colton, Beaumont, and Idyllwild were the specific targets of a similar infrasonic disturbance, which peaked out just prior to the June 9, 2005 M3.1 earthquake at Anza, CA. I immediately stepped up my analysis of all anomalies. My conclusion as published on June 10, 2005 was that the San Jacinto fault was at an immediate high risk for having a major earthquake within the next three weeks, and included the Anza Seismic Gap as the inferred to be at high risk epicentric location.

    12 JUN 2005  (163)
    
         ot  = 15:41:46.00   +/-   0.00         SOUTHERN CALIFORNIA             
         lat =      33.532   +/-    0.0
         lon =    -116.567   +/-    0.0              MAGNITUDE 5.6 (PAS)      
         dep =        13.5   +/-    0.0   
    
         35 km (20 miles) S of Palm Springs, California (pop 42,000)
         35 km (20 miles) NNW of Borrego Springs, California (pop 2,500)
         40 km (25 miles) WSW of Indio, California (pop 49,000)
         715 km (445 miles) SE of SACRAMENTO, California
    


    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 3 weeks of the next strong seismic event epicentered in the Southern California region. There is a greater propensity for an event of this magnitude during an upcoming extremely low transit of the Full Moon, where it won't even become visible above the horizon at Fairbanks, Alaska. The low path of the Full Moon is also going to give us some unusually high spring tides at mid-latitudes during Perigee. So, that could be the catalyst for triggering an area which is known to be overdue for having its next major earthquake. Note: Perigee arrives 32 hours after the next Full Moon, which is on June 21st.

    Critical Reminder:
    All donations should be sent in to the lab prior to next June 15th 2005. Your contributions will be used to offset the cost of maintaining the website, which is currently over one thousand dollars per year. It's your web-site, too. Your support is essential to it being in operation 24/7. Prior to 2004, I went on a "summer schedule." If I get the proper financial support for maintaining the release of the vital information provided here, I may not have to resort to a reduced schedule this coming Summer. I prefer to give out the information to everyone without any restrictions. Those who can afford one, should sponsor my pioneering efforts with an occassional small donation, which is commensurate with your particular economic condition. I believe this to be the fairest method for all. So, please send in whatever amount you believe is appropriate.

    Thanks in advance of your participation!-FRANK CONDON


    12-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    12-JUN-2005 15:00 - 18:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    12-JUN-2005 18:00 - 21:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    MT ULF UPDATE: June 13, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was moderate infrasonic harmonic resonant activity below 2 Hz on Monday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.28 Hz (-71.70 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was unchanged. The ULF mean average was basically unchanged. The MT peak reading was measured at 8.6 units of regional lithospheric stress. The MT mean average was measured at 7.9 units. There was a ULF Suppression incident which was observed between 22:23 and 23:19 UTC.

    M3.0 2005/06/14 03:28:17 40.355 -124.931 7.2 55 km ( 34 mi) W of Petrolia, CA

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    On Monday, There was a ULF suppression incident which was associated with a M2.8 micro quake epicentered near Anza, CA. There was a moerate strength infrasonic harmonic (1.28 Hz) which appeared to be associated with the Northern Mojave Desert Block. The danger comes next when the high spring tides arrive during the next Full Moon and Perigee, 32 hours later. as it did last Sunday. Crustal stress now appears to have nucleated further northwest towards the Cajon Pass. The quiescent Riverside to Lytle Creek Seismic Gap should be considered at high risk, according to the infrasonics. The Inland Empire should now be on Full Alert at this time. Maybe it would be an excellent idea to schedule an earthquake drill at work or at school. We definitely are in the middle of something happening at both the north and south ends of the San Bernardino Valley region. Other faults which need to be monitored are the Southern San Andreas, Helendale, Eastern Sierra Madre-Cucamonga, Rialto-Colton, Banning, and the entire San Jacinto fault zone should now be at the focus of this short term alert. Activity associated with the Northern Mojave Desert Block and the Garlock Fault appears to have nucleated west to the Frazier Park region, where there was a M2.6 micro quake that was epicentered close to the San Andreas Fault at the Grapevine and Wheeler Ridge. That is another area which is at high risk during the next two to three weeks, as we approach some of the highest tides of the year during a Full Moon.



    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 3 weeks of the next strong seismic event epicentered in the Southern California region. There is a greater propensity for an event of this magnitude during an upcoming extremely low transit of the Full Moon, where it won't even become visible above the horizon at Fairbanks, Alaska. The low path of the Full Moon is also going to give us some unusually high spring tides at mid-latitudes during Perigee. So, that could be the catalyst for triggering an area which is known to be overdue for having its next major earthquake. Note: Perigee arrives 32 hours after the next Full Moon, which is on June 21st. The area from South-Central to Southern California should remain on alert for a chance that another severe geomagnetic disturbance could trigger yet another moderate to strong seismic event.

    Critical Reminder:
    All donations should be sent in to the lab prior to next June 15th 2005. Your contributions will be used to offset the cost of maintaining the website, which is currently over one thousand dollars per year. It's your web-site, too. Your support is essential to it being in operation 24/7. Prior to 2004, I went on a "summer schedule." If I get the proper financial support for maintaining the release of the vital information provided here, I may not have to resort to a reduced schedule this coming Summer. I prefer to give out the information to everyone without any restrictions. Those who can afford one, should sponsor my pioneering efforts with an occassional small donation, which is commensurate with your particular economic condition. I believe this to be the fairest method for all. So, please send in whatever amount you believe is appropriate.

    Thanks in advance of your participation!-FRANK CONDON


    13-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    MT ULF UPDATE: June 14, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was moderate infrasonic harmonic resonant activity below 2 Hz on Tuesday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.11 Hz (-70.04 dBv). The ULF and MT activity level was moderate during the past 24 hours. The inferred mean average unclamping level was higher. The ULF mean average was basically decreased (negative). The MT peak reading was measured at 11.2 units of regional lithospheric stress, and was the highest recorded reading since November 28, 2004. The MT mean average was measured at 8.1 units. There was a double piezomagnetic burst at approximately 13:00 UTC, which was simultaneous with the MT Peak reading. Infrasonic activity was extremly active during the second half of the reporting period.

    7.2 2005/06/15 02:50:54 41.328 -125.868 10.0 147 km ( 91 mi) WSW of Crescent City, CA
    M3.9 2005/06/15 02:57:00 38.848 -122.823 3.6 6 km ( 4 mi) NNW of The Geysers, CA

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    On Tuesday, There were no detected ULF Suppression Incidents. However, there was a moderate strength infrasonic harmonic (1.11 Hz) which appeared to be associated with the Southern Mojave Desert Block. There were two separate periods with a series of detected infrasonic pulsations which were observed from along the plate boundary. Some beginning prior to the M7.0 earthquake epicentered in Northern California. The high intensity of infrasonics being detected at the time of the major earthquake may have also been associated with an inferred extremely high level of deep crustal resonant energy now in place along the Pacific & North American Plate Boundary in Northern, Central, and Southern California. The coming Full Moon related high Spring Tides at Perigee should prove to be quite interesting as they affect what's already stressed to the maximum. Also, any kind of solar induced CME arrival can dramatically increase the stress level within a short period of time. I suggest we take the next several days quite seriously, and prepare for a potential major earthquake epicentered in Southern California. As far as the M3.9 at the Geysers in Northern California, I detected a long period with a high frequency ULF burst, which began at the same time as the earthquake epicentered at ClearLake, CA. Evidently, a nucleation of deep crustal stress had taken place, which affected the Geysers Geothermal Field located in Northern California (Content Expanded and Revised on June 15, 2005).



    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 3 weeks of the next strong seismic event epicentered in the Southern California region. There is a greater propensity for an event of this magnitude during an upcoming extremely low transit of the Full Moon, where it won't even become visible above the horizon at Fairbanks, Alaska. The low path of the Full Moon is also going to give us some unusually high spring tides at mid-latitudes during Perigee. So, that could be the catalyst for triggering an area which is known to be overdue for having its next major earthquake. Note: Perigee arrives 32 hours after the next Full Moon, which is on June 21st. The area from South-Central to Southern California should remain on alert for a chance that another severe geomagnetic disturbance could trigger yet another moderate to strong seismic event.

    Critical Reminder:
    All donations should be sent in to the lab prior to next June 15th 2005. Your contributions will be used to offset the cost of maintaining the website, which is currently over one thousand dollars per year. It's your web-site, too. Your support is essential to it being in operation 24/7. Prior to 2004, I went on a "summer schedule." If I get the proper financial support for maintaining the release of the vital information provided here, I may not have to resort to a reduced schedule this coming Summer. I prefer to give out the information to everyone without any restrictions. Those who can afford one, should sponsor my pioneering efforts with an occassional small donation, which is commensurate with your particular economic condition. I believe this to be the fairest method for all. So, please send in whatever amount you believe is appropriate.

    Thanks in advance of your participation!-FRANK CONDON


    14-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    14-JUN-2005: 24 Hour Geomagnetic Field Anomaly Report


    14-JUN-2005 21:00 - 24:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    15-JUN-2005 00:00 - 03:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    MT ULF UPDATE: June 15, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was moderate infrasonic harmonic resonant activity below 2 Hz on Wednesday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.15 Hz (-70.60 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was lower. The MT mean average was measured at 8.3 units. There was a piezomagnetic burst at approximately 17:41 UTC, which was simultaneous with the MT Peak reading. Infrasonic activity was moderately active during the second half of the reporting period.

    M3.7 2005/06/15 04:17:16 40.974 -125.978 2.5 151 km ( 94 mi) WNW of Ferndale, CA
    M3.5 2005/06/15 04:37:10 40.837 -125.825 23.5 135 km ( 84 mi) WNW of Ferndale, CA
    M4.5 2005/06/15 06:27:05 40.823 -126.489 10.0 190 km (118 mi) W of Ferndale, CA
    M4.6 2005/06/15 07:14:11 40.905 -126.392 10.0 183 km (114 mi) WNW of Ferndale, CA
    M3.4 2005/06/15 13:23:01 40.798 -125.586 34.2 114 km ( 71 mi) WNW of Ferndale, CA
    M3.6 2005/06/16 02:30:27 40.417 -125.342 5.0 90 km ( 56 mi) W of Petrolia, CA

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    On Wednesday, There was a period with ULF Suppression. There was a moderate strength infrasonic harmonic (1.15 Hz) which appeared to be associated with the Southern Mojave Desert Block. There was a late period with intense infrasonic activity associated with a small offshore earthquake epicentered near Petrolia, in Northern California. One small infrasonic pulsation was observed a few hours prior to it.



    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 3 weeks of the next strong seismic event epicentered in the Southern California region. There is a greater propensity for an event of this magnitude during an upcoming extremely low transit of the Full Moon, where it won't even become visible above the horizon at Fairbanks, Alaska. The low path of the Full Moon is also going to give us some unusually high spring tides at mid-latitudes during Perigee. So, that could be the catalyst for triggering an area which is known to be overdue for having its next major earthquake. Note: Perigee arrives 32 hours after the next Full Moon, which is on June 21st. The area from South-Central to Southern California should remain on alert for a chance that another severe geomagnetic disturbance could trigger yet another moderate to strong seismic event.


    15-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    16-JUN-2005 00:00 - 03:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    MT ULF UPDATE: June 16, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was moderate infrasonic harmonic resonant activity below 2 Hz on Thursday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.42 Hz (-71.53 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was lower. The MT mean average was measured at 8.4 units. The MT Peak Reading was 8.9 Units of regional lithospheric stress.

    M4.9 2005/06/16 20:53:26 34.058 -117.011 11.8 5 km ( 3 mi) NE of Yucaipa, CA
    M3.7 2005/06/16 20:54:19 34.053 -117.023 16.8 3 km ( 2 mi) NE of Yucaipa, CA
    M3.5 2005/06/16 20:54:49 34.054 -117.005 15.1 5 km ( 3 mi) ENE of Yucaipa, CA
    M3.4 2005/06/17 03:24:28 33.491 -116.531 10.9 15 km ( 9 mi) ESE of Anza, CA

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    On Thursday, There was a period with ULF Suppression. There was a moderate strength infrasonic harmonics (0.15 Hz, 0.94 Hz, and in a band from 1.16 to 1.60 Hz). There was an afternoon period with intense infrasonic activity associated with a moderate magnitude earthquake epicentered at Yucaipa, in Southern California. Several related infrasonic pulsations was observed. I'm also keeping an eye on the increase in seismic activity to the north of the Mojave Desert Block at Ridgecrest, CA. A special report is now in the works regarding this incident.



    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 3 weeks of the next strong seismic event epicentered in the Southern California region. There is a greater propensity for an event of this magnitude during an upcoming extremely low transit of the Full Moon, where it won't even become visible above the horizon at Fairbanks, Alaska. The low path of the Full Moon is also going to give us some unusually high spring tides at mid-latitudes during Perigee. So, that could be the catalyst for triggering an area which is known to be overdue for having its next major earthquake. Note: Perigee arrives 32 hours after the next Full Moon, which is on June 21st. The area from South-Central to Southern California should remain on alert for a chance that another severe geomagnetic disturbance could trigger yet another moderate to strong seismic event.


    16-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    16-JUN-2005 21:00 - 24:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    MT ULF UPDATE: June 17, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was moderate infrasonic harmonic resonant activity below 2 Hz on Friday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 0.15 Hz (-69.81 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was lower. The MT mean average was measured at 8.5 units. The MT Peak Reading was 9.2 Units of regional lithospheric stress.

    M6.7 2005/06/17 06:21:41 40.758 -126.595 10.0 198 km (123 mi) W of Ferndale, CA
    M3.9 2005/06/17 06:38:30 40.599 -126.537 10.0 192 km (119 mi) W of Ferndale, CA
    M3.5 2005/06/17 06:38:57 40.284 -124.248 19.6 6 km ( 3 mi) SE of Petrolia, CA
    M4.6 2005/06/17 06:40:16 40.959 -126.236 10.0 171 km (107 mi) WNW of Ferndale, CA
    M4.5 2005/06/17 06:41:16 40.858 -126.299 10.0 174 km (108 mi) W of Ferndale, CA

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    Thursday evening, There was a period with sub-ionospheric induced ULF Suppression beginning less than 2 hours prior to the M6.7 epicentered in Northern California. There were a few sporadic infrasonic pulsations detected, and inferred to be coming from the Borrego Springs and Ocotillo Wells region of Southern California. As reported yesterday, A nucleation of deep crustal stress out of the ECSZ was headed towards the Garlock fault zone, and into the Southern Sierras between Coso and Lake Isabella, CA.

    On Friday, I detected two large geomagnetic excursions (spikes) which were related to two separate micro quakes epicentered north of Walker Pass, Southern Sierras. Special reports regarding this incident, Yucaipa's M4.9, and the M6.7 epicentered in Northern California are still in the process of being edited for release. Generally, recently detected Infrasonic Harmonic Crustal Resonant Frequency activity appears to have went deep again, which means that the crustal stess is festering at depth along the Pacific & North American Plate boundary. So, other parameters such as the piezomagnetic (MT), ULF, and Geomagnetic Anomalies are going to become quite important to keeping track of when it begins to surface here again and affect the secondary faults. However, it's a very short reprieve that also indicates another buildup is in progress. Meanwhile, theres a run on disaster preparation supplies. The word on the streets is, "to expect a larger earthquake than what we've so far experienced."



    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 2 weeks of the next strong seismic event epicentered in the Southern California region. There is a greater propensity for an event of this magnitude during an upcoming extremely low transit of the Full Moon, where it won't even become visible above the horizon at Fairbanks, Alaska. The low path of the Full Moon is also going to give us some unusually high spring tides at mid-latitudes during Perigee. So, that could be the catalyst for triggering an area which is known to be overdue for having its next major earthquake. Note: Perigee arrives 32 hours after the next Full Moon, which is on June 21st. The area from South-Central to Southern California should remain on alert for a chance that another severe geomagnetic disturbance could trigger yet another moderate to strong seismic event.


    17-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    17-JUN-2005 00:00 - 03:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    17-JUN-2005 21:00 - 24:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    MT ULF UPDATE: June 18, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was moderate infrasonic harmonic resonant activity below 2 Hz on Saturday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 0.15 Hz (-69.81 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was lower. The MT mean average was measured at 8.5 units. The MT Peak Reading was 9.2 Units of regional lithospheric stress.

    M4.2 2005/06/18 11:44:59 40.776 -126.346 10.0 177 km (110 mi) W of Ferndale, CA
    M4.0 2005/06/19 05:35:49 40.623 -126.405 10.0 181 km (112 mi) W of Ferndale, CA

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    On Saturday, There was a period with sub-ionospheric induced ULF Suppression beginning less than 2 hours prior to the M6.7 epicentered in Northern California. There were a few sporadic infrasonic pulsations detected, and inferred to be coming from the Borrego Springs and Ocotillo Wells region of Southern California. As reported yesterday, A nucleation of deep crustal stress out of the ECSZ was headed towards the Garlock fault zone, and into the Southern Sierras between Coso and Lake Isabella, CA.

    I detected two large geomagnetic excursions (spikes) which were related to two separate micro quakes epicentered north of Walker Pass, Southern Sierras. Special reports regarding this incident, Yucaipa's M4.9, and the M6.7 epicentered in Northern California are still in the process of being edited for release. Generally, recently detected Infrasonic Harmonic Crustal Resonant Frequency activity appears to have went deep again, which means that the crustal stess is festering at depth along the Pacific & North American Plate boundary. So, other parameters such as the piezomagnetic (MT), ULF, and Geomagnetic Anomalies are going to become quite important to keeping track of when it begins to surface here again and affect the secondary faults. However, it's a very short reprieve that also indicates another buildup is in progress. Meanwhile, theres a run on disaster preparation supplies. The word on the streets is, "to expect a larger earthquake than what we've so far experienced."



    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 2 weeks of the next strong seismic event epicentered in the Southern California region. There is a greater propensity for an event of this magnitude during an upcoming extremely low transit of the Full Moon, where it won't even become visible above the horizon at Fairbanks, Alaska. The low path of the Full Moon is also going to give us some unusually high spring tides at mid-latitudes during Perigee. So, that could be the catalyst for triggering an area which is known to be overdue for having its next major earthquake. Note: Perigee arrives 32 hours after the next Full Moon, which is on June 21st. The area from South-Central to Southern California should remain on alert for a chance that another severe geomagnetic disturbance could trigger yet another moderate to strong seismic event.


    18-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    19-JUN-2005 00:00 - 03:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    MT ULF UPDATE: June 19, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was moderate infrasonic harmonic resonant activity below 2 Hz on Sunday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.4 Hz (-72.31 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was higher. The MT mean average was measured at 8.0 units. The MT Peak Reading was 9.2 Units of regional lithospheric stress.

    M4.0 2005/06/19 05:35:49 40.624 -126.405 10.0 181 km (112 mi) W of Ferndale, CA
    4.9 2005/06/19 09:27:19 40.326 -126.540 10.0 191 km (119 mi) W of Petrolia, CA

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    On Sunday, I detected a long duration MT Shift, inferred to be associated with an equalization of deep crustal stress towards the Elsinore fault zone. Also, apparently related to two of the last signficant earthquakes epicentered in offshore Northern California west of Ferndale and Petrolia, CA.

    I detected two more large geomagnetic excursions (spikes) one of which was related to a micro quake epicentered north of Ridgecrest, CA.



    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 2 weeks of the next strong seismic event epicentered in the Southern California region. There is a greater propensity for an event of this magnitude during an upcoming extremely low transit of the Full Moon, where it won't even become visible above the horizon at Fairbanks, Alaska. The low path of the Full Moon is also going to give us some unusually high spring tides at mid-latitudes during Perigee. So, that could be the catalyst for triggering an area which is known to be overdue for having its next major earthquake. Note: Perigee arrives 32 hours after the next Full Moon, which is on June 21st. The area from South-Central to Southern California should remain on alert for a chance that another severe geomagnetic disturbance could trigger yet another moderate to strong seismic event.


    19-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    19-JUN-2005 15:00 - 18:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    19-JUN-2005 21:00 - 24:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    MT ULF UPDATE: June 20, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was infrasonic harmonic resonant activity below 2 Hz on Monday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.9 Hz (-72.45 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was higher. Due to a problem with the MT sensor, I elected not to list any new readings until the problem is fully taken care of. This goes for all of the daily charts, except infrasonic and spectrograms. I hope to have the charts updated by the next report.

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    On Sunday, I detected a long duration MT Shift, inferred to be associated with an equalization of deep crustal stress towards the Elsinore fault zone. Also, apparently related to two of the last signficant earthquakes epicentered in offshore Northern California west of Ferndale and Petrolia, CA.

    I detected two more large geomagnetic excursions (spikes) one of which was related to a micro quake epicentered north of Ridgecrest, CA.



    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 2 weeks of the next strong seismic event epicentered in the Southern California region. There is a greater propensity for an event of this magnitude during an upcoming extremely low transit of the Full Moon, where it won't even become visible above the horizon at Fairbanks, Alaska. The low path of the Full Moon is also going to give us some unusually high spring tides at mid-latitudes during Perigee. So, that could be the catalyst for triggering an area which is known to be overdue for having its next major earthquake. Note: Perigee arrives 32 hours after the next Full Moon, which is on June 21st. The area from South-Central to Southern California should remain on alert for a chance that another severe geomagnetic disturbance could trigger yet another moderate to strong seismic event.


    MT ULF UPDATE: June 21, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was strong infrasonic harmonic resonant activity below 2 Hz on Tuesday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 0.94 Hz (-68.72 dBv). The ULF and MT activity level was moderate during the past 24 hours. The inferred mean average unclamping level was higher. The inferred mean average unclamping level was higher. The MT mean average was measured at 7.7 units. The MT Peak Reading was 8.6 Units of regional lithospheric stress. There were detected Multiple Sub-Ionospheric ULF Suppresion Incidents. Another MT Shift was detected, which appears to be associated with the Anza Seismic Gap that indicates a nucleation of deep crustal stress within the gap.

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    As a result of the multiple ULF supression incidents and the E-W piezomagnetic activity along with some very large spikes in ULF. I'm opening a short term seismic warning for the ECSZ Mojave Desert Block, including the Plate Boundary from Ft. Tejon to Salton Sea, and the San Jacinto Fault Zone (Ocotillo Wells, Anza, Loma Linda, and Colton to Lytle Creek, CA). I must emphasize, the upcoming highest tides of the year during Perigee, could ultimately become a major factor in this forecast. Everyone should be prepared.


    21-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph

    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 2 weeks of the next strong seismic event epicentered in the Southern California region. There is a greater propensity for an event of this magnitude during an upcoming extremely low transit of the Full Moon, where it won't even become visible above the horizon at Fairbanks, Alaska. The low path of the Full Moon is also going to give us some unusually high spring tides at mid-latitudes during Perigee. So, that could be the catalyst for triggering an area which is known to be overdue for having its next major earthquake. Note: Perigee arrives 32 hours after the next Full Moon, which is on June 21st. The area from South-Central to Southern California should remain on alert for a chance that another severe geomagnetic disturbance could trigger yet another moderate to strong seismic event.


    MT ULF UPDATE: June 22, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was strong infrasonic harmonic resonant activity below 2 Hz on Wednesday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 0.94 Hz (-70.63 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was slightly lower. The MT mean average was measured at 8.0 units. The MT Peak Reading was 9.0 Units of regional lithospheric stress. There was one Sub-Ionospheric ULF Suppresion Incident. A short duration MT Shift was detected, which appears to be associated with the Anza Seismic Gap that indicates a nucleation of deep crustal stress within the gap.

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    The E-W piezomagnetic activity decreased during the past 24 hours. The short term seismic warning for the ECSZ Mojave Desert Block, including the Plate Boundary from Ft. Tejon to Salton Sea, and the San Jacinto Fault Zone (Ocotillo Wells, Anza, Loma Linda, and Colton to Lytle Creek, CA) stays in effect. The highest tides of the year during Perigee, could ultimately become a major factor in this forecast. Everyone should stay prepared for the next couple of days. Especially be aware of any large geomagnetic field changes during this critical time period. Most of the major seismic activity earlier this month is attributed to the arrival of a solar disturbance here on Earth.


    22-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph

    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 2 weeks of the next strong seismic event epicentered in the Southern California region. There is a greater propensity for an event of this magnitude during an upcoming extremely low transit of the Full Moon, where it won't even become visible above the horizon at Fairbanks, Alaska. The low path of the Full Moon is also going to give us some unusually high spring tides at mid-latitudes during Perigee. So, that could be the catalyst for triggering an area which is known to be overdue for having its next major earthquake. Note: Perigee arrives 32 hours after the next Full Moon, which is on June 21st. The area from South-Central to Southern California should remain on alert for a chance that another severe geomagnetic disturbance could trigger yet another moderate to strong seismic event.


    MT ULF UPDATE: June 23, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was moderate infrasonic harmonic resonant activity below 2 Hz on Thursday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.45 Hz (-70.30 dBv). The spectral line at 0.94 Hz was measured at (-71.68 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was slightly lower. The ULF mean average was sharply decreased (negative). The MT mean average was measured at 8.7 units. The MT Peak Reading was 9.7 Units of regional lithospheric stress. There were multiple Sub-Ionospheric ULF Suppresion Incidents. Some of them were associated with micro quakes from offshore Baja, Mexico to Anza, and near Big Bear Lake, CA.

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    The E-W piezomagnetic activity increased during the past 24 hours. The short term seismic warning for the ECSZ Mojave Desert Block, including the Plate Boundary from Ft. Tejon to Salton Sea, and the San Jacinto Fault Zone (Ocotillo Wells, Anza, Loma Linda, and Colton to Lytle Creek, CA) stays in effect. During a period with the highest tides of the year and high geomgnetic activity, a M2.8 seismic event was epicentered near Marina del Rey, CA. As suspected earlier, geomagnetic activity was also apparently related to triggering of micro quakes epicentered near Coronado, Anza, Big Bear Lake, Lake Elsinore, and Joshua Tree, CA. The Mt. San Jacinto to Mt. San Gorgonio Seismic Warning is still in effect at this time, along with the Inland Empire Seismic Alert. We now have some quite unusual interaction going on between two opposing blocks of the crust along the Pacific & North American Plate Boundary in Southern California.


    23-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    23-JUN-2005: 24 Hour Geomagnetic Anomalies Report


    23-JUN-2005 18:00 - 21:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram

    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 2 weeks of the next strong seismic event epicentered in the Southern California region. There is a greater propensity for an event of this magnitude during an upcoming extremely low transit of the Full Moon, where it won't even become visible above the horizon at Fairbanks, Alaska. The low path of the Full Moon is also going to give us some unusually high spring tides at mid-latitudes during Perigee. So, that could be the catalyst for triggering an area which is known to be overdue for having its next major earthquake. Note: Perigee arrives 32 hours after the next Full Moon, which is on June 21st. The area from South-Central to Southern California should remain on alert for a chance that another severe geomagnetic disturbance could trigger yet another moderate to strong seismic event and we should remain on alert while the solar-geomagnetic induced activity surfaces.


    MT ULF UPDATE: June 24, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was strong infrasonic harmonic resonant activity below 2 Hz on Friday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.33 Hz (-69.91 dBv). The spectral line at 0.94 Hz was measured at (-71.67 dBv). The ULF and MT activity level was moderate during the past 24 hours. The inferred mean average unclamping level was slightly higher. The ULF mean average was sharply decreased (negative). The MT mean average was measured at 9.2 units. The MT Peak Reading was 11.6 Units of regional lithospheric stress, which was last exceeded on April 12, 2004 and is now the highest MT Peak Reading of the year. There were multiple Sub-Ionospheric ULF Suppresion Incidents. Some of them were associated with micro quakes epicentered on the Mojave Desert Block, and from near Yucaipa, and Dana Point, CA.

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    The E-W piezomagnetic activity was high during the past 24 hours. The short term seismic warning for the ECSZ Mojave Desert Block, including the Plate Boundary from Ft. Tejon to Salton Sea, and the San Jacinto Fault Zone (Ocotillo Wells, Anza, Loma Linda, and Colton to Lytle Creek, CA) stays in effect. Today's M3.1 earthquake epicentered at Bear Valley Springs, CA appears to have been triggered by a nucleation of deep crustal stress out of the ECSZ between the Lenwood and Helendale faults towards the northwest and along the Western Garlock fault zone towards the Pacific and North American Plate Boundary at the Grapevine. We need to move to a high priority short term seismic warning for the Mojave Desert Block from Yucca Valley to Ridgecrest, CA. Including the ECSZ (Helendale, Lenwood, Lockhart, West Calico, and Blackwater faults).


    24-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    24-JUN-2005: 24 Hour Geomagnetic Anomalies Report


    25-JUN-2005 00:00 - 03:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram

    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 2 weeks of the next strong seismic event epicentered in the Southern California region. There is a greater propensity for an event of this magnitude during an upcoming extremely low transit of the Full Moon, where it won't even become visible above the horizon at Fairbanks, Alaska. The low path of the Full Moon is also going to give us some unusually high spring tides at mid-latitudes during Perigee. So, that could be the catalyst for triggering an area which is known to be overdue for having its next major earthquake. Note: Perigee arrives 32 hours after the next Full Moon, which is on June 21st. The area from South-Central to Southern California should remain on alert for a chance that another severe geomagnetic disturbance could trigger yet another moderate to strong seismic event and we should remain on alert while the solar-geomagnetic induced activity surfaces.


    MT ULF UPDATE: June 25, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was strong infrasonic harmonic resonant activity below 2 Hz on Saturday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.60 Hz (-69.78 dBv). The spectral line at 0.94 Hz was measured at (-71.09 dBv). The ULF and MT activity level was moderate to high during the past 24 hours. The inferred mean average unclamping level was slightly lower. The ULF mean average trend was sharply negative. The MT mean average was measured at 9.4 units. The MT Peak Reading for a second day in a row was 11.6 Units of regional lithospheric stress. There was a single half day long duration Sub-Ionospheric ULF Suppresion Incident. There were several more sharp high amplitude MT positive spikes detected during the past 24 hours along with at least one detected long duration MT signal burst which was from the San Jacinto Fault near Loma Linda, CA.

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    The E-W piezomagnetic activity was again very high during the past 24 hours. The short term seismic warning for the ECSZ Mojave Desert Block, including the Plate Boundary from Ft. Tejon to Salton Sea, and the San Jacinto Fault Zone (Ocotillo Wells, Anza, Loma Linda, and Colton to Lytle Creek, CA) continues in effect. The rapid increase in the number of detected MT spikes is attributed to a very high level of deep crustal energy surfacing along the Pacific & North American Plate Boundary in Southern California. The Inland Empire is advised to stay on high alert!


    25-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    25-JUN-2005 18:00 - 21:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    26-JUN-2005 00:00 - 03:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram

    Statement Summary:
    It's inferred that the strong infrasonic resonant frequencies are related to a general rise in deep crustal stress along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high crustal stress along the San Andreas fault zone( Mojave Desert Block) from Southern to Central California, that may also affect the Southern Owens Valley as it nucleates north, and west along the Garlock fault zone towards the Central California Coastal region near San Simeon, CA (Pine Mountain-Big Pine faults). Also, appears to be affecting crustal stress levels as far north as San Francisco Bay, and most recently within Central California near Avenal and Parkfield, CA. The latest observations are indicating that crustal stress is also high in Northern Baja, Californa, Mexico. We may now potentially be within 2 weeks of the next strong seismic event epicentered in the Southern California region. There is a greater propensity for an event of this magnitude during an upcoming extremely low transit of the Full Moon, where it won't even become visible above the horizon at Fairbanks, Alaska. The low path of the Full Moon is also going to give us some unusually high spring tides at mid-latitudes during Perigee. So, that could be the catalyst for triggering an area which is known to be overdue for having its next major earthquake. Note: Perigee arrives 32 hours after the next Full Moon, which is on June 21st. The area from South-Central to Southern California should remain on alert for a chance that another severe geomagnetic disturbance could trigger yet another moderate to strong seismic event and we should remain on alert while the solar-geomagnetic induced activity surfaces.


    MT ULF UPDATE: June 26, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was strong infrasonic harmonic resonant activity below 2 Hz on Sunday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.04 Hz (-68.49 dBv). The spectral line at 0.94 Hz was measured at (-71.09 dBv). The ULF and MT activity level was moderate to high during the past 24 hours. The inferred mean average unclamping level was slightly lower. The ULF mean average trend was unchanged. The MT mean average was measured at 9.5 units. The MT Peak Reading for a third day in a row was 11.6 Units of regional lithospheric stress. There were twin long duration Sub-Ionospheric ULF Suppresion Incidents, one of which appeared to be associated with San Jacinto fault zone in the Anza Seismic Gap. There were several more sharp high amplitude MT positive spikes detected during the past 24 hours.

    M4.8 2005/06/26 18:45:57 39.310 -120.067 7.1 7 km ( 5 mi) NNW of Tahoe Vista, CA
    3.7 2005/06/27 00:30:28 35.422 -121.010 8.2 11 km ( 7 mi) W of Cayucos, CA

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    The E-W piezomagnetic activity was again very high during the past 24 hours until just prior to a M4.8 earthquake epicentered at Lake Tahoe, CA. The short term seismic warning for the ECSZ Mojave Desert Block, including the Plate Boundary from Ft. Tejon to Salton Sea, and the San Jacinto Fault Zone (Ocotillo Wells, Anza, Loma Linda, and Colton to Lytle Creek, CA) continues to stay effect. The rise in the infrasonic resonant harmonic activity was rapid prior to the M4.8 earthquake, and increased once more just prior to a M3.7 earthquake epicentered near Cayucos, in the Central California Coastal region. The cycling of deep crustal resonant harmonic energy within the ECSZ prior to any significant general release of stress is becoming a problem for everyone who lives in California. A similarity with today's infrasonic signature was noted with one observed just prior to the June 14, 2005 Crescent City M7.2 earthquake. There was one short period with detected severe unclamping, (which has not been observed since last January 18, 2005) that occurred during the early morning hours prior to 0900Z. It's inferred to be associated with crustal stress nucleation between the Southern San Jacinto fault, and Elsinore Fault zone near Palomar Mountain, CA.


    26-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    26-JUN-2005 06:00 - 09:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    26-JUN-2005 15:00 - 18:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    26-JUN-2005 18:00 - 21:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    26-JUN-2005 00:00 - 03:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram

    Statement Summary:
    It's inferred that recently detected strong infrasonic resonant harmonics are related to a general rise in deep crustal resonant energy coming from along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high a lithospheric stress level along the San Andreas fault zone( Mojave Desert Block/ECSZ) from Southern to South-Central California, which affects the Walker Lane/ Owens Valley region as it nucleates into Northern California. It then nucleates westward at the southern edge of the Cascades Range near Burney, CA (5.10.2005/M4.4) and into the offshore Mendocino-Triple-Junction Subduction zone to the west of Crescent City and Petrolia, CA(6.14.2005/M7.2, 6.16.2005/M6.7 respectively). The same crustal stress also nucleates westward along the Garlock fault zone and the border between the Southern Sierras batholith / Mojave Desert Block near Tehachapi/Arvin/Keene, CA(9.29.2004/M5.0) where it crosses the Plate boundary at the Grapevine, near Mettler (4.16.2005/M5.2), and Frazier Park, CA (4.15.2005/M3.1) at the western end of the big bend along the San Andreas fault and Pine Mountain-Big Pine-Hosgri fault system, which ultimately affects the crustal stress level at the Central California Coast near San Simeon/Cayucos and Paso Robles, CA(12.22.2003/Mw6.5).It may also be the source of the stress trigger for the long predicted Parkfield Experiment M6.0 earthquake on September 28, 2004. It also affects the lithospheric stress level along major faults in the Inland Empire of Southern California, where there was a recent fifty mile distant pairing of moderate earthquakes near both the Anza Seismic Gap(6.12.2005/M5.2) , and at Yucaipa, CA(6.16.2005/M4.9) which are inferred to be related to stress nucleation out of the Salton Sink/Coachella Valley region being driven alternately by the ECSZ and the Gulf of California to the south, along the Southern San Andreas Fault, which hasn't had a strong earthquake within the past 350 years.

    The newly analyzed infrasonics are indicating that the source of this stress (1.04 Hz) is extremely close to Southern California latitudes at the Pacific and North American Plate Boundary (ECSZ), where 34.0 degrees North is inferred to equal 1.0 Hz. We may now potentially be very close in timing to the next strong seismic event epicentered in the Southern California region. We should also proceed to a heightened level of alert whenever solar induced-geomagnetic earth activity appears (6.13.2005/Chile M7.8). The long duration periods with sub-ionospheric ULF wave absorption are an excellent indicator to when the activity begins to surface. However, I must emphasize that not everything is yet known about how this works, and I must warn you to be prepared for an event which is higher in magnitude. Danger also arises if the deep resonant harmonic energy is vectored through a volcanic center, of which the Walker Lane Owens valley region has many in the direction of the energy coming out of the ECSZ and towards the Coso Volcanic Center, Long Valley Caldera, and the Inyo/Mono Basin Craters.


    MT ULF UPDATE: June 27, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was strong infrasonic harmonic resonant activity below 2 Hz on Monday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.21 Hz (-69.03 dBv). The spectral line at 0.94 Hz was measured at (-71.87 dBv). The ULF and MT activity level was moderate to high during the past 24 hours. The inferred mean average unclamping level was slightly higher. The ULF mean average trend was negative. The MT mean average was measured at 9.3 units. The MT Peak Reading was an elevated 10.7 Units of regional lithospheric stress. There were at least to new long duration Sub-Ionospheric ULF Suppresion Incidents detected during the past 24 hours. The detection of high amplitude MT positive spikes has finally ended. E-W piezomagnetic activity was moderate.

    M3.3 2005/06/27 20:41:02 35.671 -121.105 4.5 8 km ( 5 mi) ENE of San Simeon, CA
    M4.0 2005/06/27 22:17:33 34.054 -117.031 12.1 3 km ( 2 mi) NNE of Yucaipa, CA

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    The short term seismic warning for the ECSZ Mojave Desert Block, including the Plate Boundary from Ft. Tejon to Salton Sea, and the San Jacinto Fault Zone (Ocotillo Wells, Anza, Loma Linda, and Colton to Lytle Creek, CA) continues to stay effect. The earthquake M4.0 epicentered in Yucaipa, CA was accompanied by a long period with E-W piezomagnetic disturbance.


    27-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph

    Statement Summary:
    It's inferred that recently detected strong infrasonic resonant harmonics are related to a general rise in deep crustal resonant energy coming from along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high a lithospheric stress level along the San Andreas fault zone( Mojave Desert Block/ECSZ) from Southern to South-Central California, which affects the Walker Lane/ Owens Valley region as it nucleates into Northern California. It then nucleates westward at the southern edge of the Cascades Range near Burney, CA (5.10.2005/M4.4) and into the offshore Mendocino-Triple-Junction Subduction zone to the west of Crescent City and Petrolia, CA(6.14.2005/M7.2, 6.16.2005/M6.7 respectively). The same crustal stress also nucleates westward along the Garlock fault zone and the border between the Southern Sierras batholith / Mojave Desert Block near Tehachapi/Arvin/Keene, CA(9.29.2004/M5.0) where it crosses the Plate boundary at the Grapevine, near Mettler (4.16.2005/M5.2), and Frazier Park, CA (4.15.2005/M3.1) at the western end of the big bend along the San Andreas fault and Pine Mountain-Big Pine-Hosgri fault system, which ultimately affects the crustal stress level at the Central California Coast near San Simeon/Cayucos and Paso Robles, CA(12.22.2003/Mw6.5).It may also be the source of the stress trigger for the long predicted Parkfield Experiment M6.0 earthquake on September 28, 2004. It also affects the lithospheric stress level along major faults in the Inland Empire of Southern California, where there was a recent fifty mile distant pairing of moderate earthquakes near both the Anza Seismic Gap(6.12.2005/M5.2) , and at Yucaipa, CA(6.16.2005/M4.9) which are inferred to be related to stress nucleation out of the Salton Sink/Coachella Valley region being driven alternately by the ECSZ and the Gulf of California to the south, along the Southern San Andreas Fault, which hasn't had a strong earthquake within the past 350 years.

    The newly analyzed infrasonics are indicating that the source of this stress (1.04 Hz) is extremely close to Southern California latitudes at the Pacific and North American Plate Boundary (ECSZ), where 34.0 degrees North is inferred to equal 1.0 Hz. We may now potentially be very close in timing to the next strong seismic event epicentered in the Southern California region. We should also proceed to a heightened level of alert whenever solar induced-geomagnetic earth activity appears (6.13.2005/Chile M7.8). The long duration periods with sub-ionospheric ULF wave absorption are an excellent indicator to when the activity begins to surface. However, I must emphasize that not everything is yet known about how this works, and I must warn you to be prepared for an event which is higher in magnitude. Danger also arises if the deep resonant harmonic energy is vectored through a volcanic center, of which the Walker Lane Owens valley region has many in the direction of the energy coming out of the ECSZ and towards the Coso Volcanic Center, Long Valley Caldera, and the Inyo/Mono Basin Craters.


    MT ULF UPDATE: June 28, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was strong infrasonic harmonic resonant activity below 2 Hz on Tuesday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 0.85 Hz (-67.02 dBv). The spectral line at 0.94 Hz was measured at (-69.33 dBv). The ULF and MT activity level was moderate to high during the past 24 hours. The inferred mean average unclamping level was slightly lower. The ULF mean average trend was negative. The MT mean average was measured at 9.0 units. The MT Peak Reading was an elevated 10.3 Units of regional lithospheric stress. There were at least two long duration Sub-Ionospheric ULF Suppresion Incidents detected during the past 24 hours. E-W piezomagnetic activity was moderate to high in amplitude.

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    The short term seismic warning for the ECSZ Mojave Desert Block, including the Plate Boundary from Ft. Tejon to Salton Sea, and the San Jacinto Fault Zone (Ocotillo Wells, Anza, Loma Linda, and Colton to Lytle Creek, CA) continues to stay effect. There was a long duration period with strong infrasonic harmonic resonant energy being detected (see charts). It's inferred that deep crustal energy nucleated south out of the ECSZ towards the California/Baja,CA Mexico border region. However, it has remained relatively free of any moderate to large seismic events since. That could change when resonant energies peak during the day just as they did for the Lake Tahoe earthquake. The large positive MT spikes have diminished in amplitude and are back to less than 11 units of regional lithospheric stress.


    28-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    28-JUN-2005 15:00 - 18:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    28-JUN-2005 18:00 - 21:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    28-JUN-2005 21:00 - 24:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram

    Statement Summary:
    It's inferred that recently detected strong infrasonic resonant harmonics are related to a general rise in deep crustal resonant energy coming from along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high a lithospheric stress level along the San Andreas fault zone( Mojave Desert Block/ECSZ) from Southern to South-Central California, which affects the Walker Lane/ Owens Valley region as it nucleates into Northern California. It then nucleates westward at the southern edge of the Cascades Range near Burney, CA (5.10.2005/M4.4) and into the offshore Mendocino-Triple-Junction Subduction zone to the west of Crescent City and Petrolia, CA(6.14.2005/M7.2, 6.16.2005/M6.7 respectively). The same crustal stress also nucleates westward along the Garlock fault zone and the border between the Southern Sierras batholith / Mojave Desert Block near Tehachapi/Arvin/Keene, CA(9.29.2004/M5.0) where it crosses the Plate boundary at the Grapevine, near Mettler (4.16.2005/M5.2), and Frazier Park, CA (4.15.2005/M3.1) at the western end of the big bend along the San Andreas fault and Pine Mountain-Big Pine-Hosgri fault system, which ultimately affects the crustal stress level at the Central California Coast near San Simeon/Cayucos and Paso Robles, CA(12.22.2003/Mw6.5).It may also be the source of the stress trigger for the long predicted Parkfield Experiment M6.0 earthquake on September 28, 2004. It also affects the lithospheric stress level along major faults in the Inland Empire of Southern California, where there was a recent fifty mile distant pairing of moderate earthquakes near both the Anza Seismic Gap(6.12.2005/M5.2) , and at Yucaipa, CA(6.16.2005/M4.9) which are inferred to be related to stress nucleation out of the Salton Sink/Coachella Valley region being driven alternately by the ECSZ and the Gulf of California to the south, along the Southern San Andreas Fault, which hasn't had a strong earthquake within the past 350 years.

    The newly analyzed infrasonics are indicating that the source of this stress (1.04 Hz) is extremely close to Southern California latitudes at the Pacific and North American Plate Boundary (ECSZ), where 34.0 degrees North is inferred to equal 1.0 Hz. We may now potentially be very close in timing to the next strong seismic event epicentered in the Southern California region. We should also proceed to a heightened level of alert whenever solar induced-geomagnetic earth activity appears (6.13.2005/Chile M7.8). The long duration periods with sub-ionospheric ULF wave absorption are an excellent indicator to when the activity begins to surface. However, I must emphasize that not everything is yet known about how this works, and I must warn you to be prepared for an event which is higher in magnitude. Danger also arises if the deep resonant harmonic energy is vectored through a volcanic center, of which the Walker Lane Owens valley region has many in the direction of the energy coming out of the ECSZ and towards the Coso Volcanic Center, Long Valley Caldera, and the Inyo/Mono Basin Craters.


    MT ULF UPDATE: June 29, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was strong infrasonic harmonic resonant activity below 2 Hz on Wednesday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.14 Hz (-68.15 dBv). The spectral line at 0.94 Hz was measured at (-71.84 dBv). The ULF and MT activity level was moderate to high during the past 24 hours. The inferred mean average unclamping level was slightly lower. The ULF mean average trend was negative. The MT mean average was measured at 8.7 units. The MT Peak Reading was measured at 9.8 units of regional lithospheric stress. There were at least two long duration Sub-Ionospheric ULF Suppresion Incidents detected during the past 24 hours. E-W piezomagnetic activity was moderate to high in amplitude.

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    The short term seismic warning for the ECSZ Mojave Desert Block, including the Plate Boundary from Ft. Tejon to Salton Sea, and the San Jacinto Fault Zone (Ocotillo Wells, Anza, Loma Linda, and Colton to Lytle Creek, CA) continues to stay effect. Periods with strong upper level ( 5 Hz) infrasonic harmonic resonant energy were detected during the past 24 hours.


    29-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    29-JUN-2005 12:00 - 15:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    29-JUN-2005 15:00 - 18:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    29-JUN-2005 18:00 - 21:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    29-JUN-2005 21:00 - 24:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    30-JUN-2005 00:00 - 03:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram

    Statement Summary:
    It's inferred that recently detected strong infrasonic resonant harmonics are related to a general rise in deep crustal resonant energy coming from along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high a lithospheric stress level along the San Andreas fault zone( Mojave Desert Block/ECSZ) from Southern to South-Central California, which affects the Walker Lane/ Owens Valley region as it nucleates into Northern California. It then nucleates westward at the southern edge of the Cascades Range near Burney, CA (5.10.2005/M4.4) and into the offshore Mendocino-Triple-Junction Subduction zone to the west of Crescent City and Petrolia, CA(6.14.2005/M7.2, 6.16.2005/M6.7 respectively). The same crustal stress also nucleates westward along the Garlock fault zone and the border between the Southern Sierras batholith / Mojave Desert Block near Tehachapi/Arvin/Keene, CA(9.29.2004/M5.0) where it crosses the Plate boundary at the Grapevine, near Mettler (4.16.2005/M5.2), and Frazier Park, CA (4.15.2005/M3.1) at the western end of the big bend along the San Andreas fault and Pine Mountain-Big Pine-Hosgri fault system, which ultimately affects the crustal stress level at the Central California Coast near San Simeon/Cayucos and Paso Robles, CA(12.22.2003/Mw6.5).It may also be the source of the stress trigger for the long predicted Parkfield Experiment M6.0 earthquake on September 28, 2004. It also affects the lithospheric stress level along major faults in the Inland Empire of Southern California, where there was a recent fifty mile distant pairing of moderate earthquakes near both the Anza Seismic Gap(6.12.2005/M5.2) , and at Yucaipa, CA(6.16.2005/M4.9) which are inferred to be related to stress nucleation out of the Salton Sink/Coachella Valley region being driven alternately by the ECSZ and the Gulf of California to the south, along the Southern San Andreas Fault, which hasn't had a strong earthquake within the past 350 years.

    The newly analyzed infrasonics are indicating that the source of this stress (1.04 Hz) is extremely close to Southern California latitudes at the Pacific and North American Plate Boundary (ECSZ), where 34.0 degrees North is inferred to equal 1.0 Hz. We may now potentially be very close in timing to the next strong seismic event epicentered in the Southern California region. We should also proceed to a heightened level of alert whenever solar induced-geomagnetic earth activity appears (6.13.2005/Chile M7.8). The long duration periods with sub-ionospheric ULF wave absorption are an excellent indicator to when the activity begins to surface. However, I must emphasize that not everything is yet known about how this works, and I must warn you to be prepared for an event which is higher in magnitude. Danger also arises if the deep resonant harmonic energy is vectored through a volcanic center, of which the Walker Lane Owens valley region has many in the direction of the energy coming out of the ECSZ and towards the Coso Volcanic Center, Long Valley Caldera, and the Inyo/Mono Basin Craters.


    MT ULF UPDATE: June 30, 2005

    Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was strong infrasonic harmonic resonant activity below 2 Hz on Thursday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.15 Hz (-69.32 dBv). The spectral line at 0.94 Hz was measured at (-72.66 dBv). The ULF and MT activity level was moderate to high during the past 24 hours. The inferred mean average unclamping level was slightly lower. The ULF mean average trend was negative. The MT mean average was measured at 8.4 units. The MT Peak Reading was measured at 9.4 units of regional lithospheric stress. There were at least two long duration Sub-Ionospheric ULF Suppresion Incidents detected during the past 24 hours. E-W piezomagnetic activity was moderate to high in amplitude.

    All daily charts were updated to reflect the latest analysis.

    General Discussion:
    The short term seismic warning for the ECSZ Mojave Desert Block, including the Plate Boundary from Ft. Tejon to Salton Sea, and the San Jacinto Fault Zone (Ocotillo Wells, Anza, Loma Linda, and Colton to Lytle Creek, CA) continues to stay effect. There were several more periods with strong upper level (5 Hz) infrasonic harmonic resonant energy being detected during the past 24 hours. Which is now in a period with rapid build-up in deep crustal stress coming from out of the ECSZ / Mojave Desert Block. It's now strong enough to begin affecting the secondary faults along the plate boundary.


    30-JUN-2005: 24 Hour Geomagnetic and Magneto-Telluric Graph


    30-JUN-2005 18:00 - 21:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    30-JUN-2005 21:00 - 24:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram


    01-JUL-2005 00:00 - 03:00 UTC
    ECSZ Mojave Desert Block: Infrasonic Spectrogram

    Statement Summary:
    It's inferred that recently detected strong infrasonic resonant harmonics are related to a general rise in deep crustal resonant energy coming from along the Pacific & North American Plate Boundary in Baja, and Southern California. The current infrasonic harmonics are associated with high a lithospheric stress level along the San Andreas fault zone( Mojave Desert Block/ECSZ) from Southern to South-Central California, which affects the Walker Lane/ Owens Valley region as it nucleates into Northern California. It then nucleates westward at the southern edge of the Cascades Range near Burney, CA (5.10.2005/M4.4) and into the offshore Mendocino-Triple-Junction Subduction zone to the west of Crescent City and Petrolia, CA(6.14.2005/M7.2, 6.16.2005/M6.7 respectively). The same crustal stress also nucleates westward along the Garlock fault zone and the border between the Southern Sierras batholith / Mojave Desert Block near Tehachapi/Arvin/Keene, CA(9.29.2004/M5.0) where it crosses the Plate boundary at the Grapevine, near Mettler (4.16.2005/M5.2), and Frazier Park, CA (4.15.2005/M3.1) at the western end of the big bend along the San Andreas fault and Pine Mountain-Big Pine-Hosgri fault system, which ultimately affects the crustal stress level at the Central California Coast near San Simeon/Cayucos and Paso Robles, CA(12.22.2003/Mw6.5).It may also be the source of the stress trigger for the long predicted Parkfield Experiment M6.0 earthquake on September 28, 2004. It also affects the lithospheric stress level along major faults in the Inland Empire of Southern California, where there was a recent fifty mile distant pairing of moderate earthquakes near both the Anza Seismic Gap(6.12.2005/M5.2) , and at Yucaipa, CA(6.16.2005/M4.9) which are inferred to be related to stress nucleation out of the Salton Sink/Coachella Valley region being driven alternately by the ECSZ and the Gulf of California to the south, along the Southern San Andreas Fault, which hasn't had a strong earthquake within the past 350 years.

    The newly analyzed infrasonics are indicating that the source of this stress (1.04 Hz) is extremely close to Southern California latitudes at the Pacific and North American Plate Boundary (ECSZ), where 34.0 degrees North is inferred to equal 1.0 Hz. We may now potentially be very close in timing to the next strong seismic event epicentered in the Southern California region. We should also proceed to a heightened level of alert whenever solar induced-geomagnetic earth activity appears (6.13.2005/Chile M7.8). The long duration periods with sub-ionospheric ULF wave absorption are an excellent indicator to when the activity begins to surface. However, I must emphasize that not everything is yet known about how this works, and I must warn you to be prepared for an event which is higher in magnitude. Danger also arises if the deep resonant harmonic energy is vectored through a volcanic center, of which the Walker Lane Owens valley region has many in the direction of the energy coming out of the ECSZ and towards the Coso Volcanic Center, Long Valley Caldera, and the Inyo/Mono Basin Craters.


    Scientific Earthquake Prediction is by no means an exact science, and much more work still needs completion before it's out of the experimental stages of development. You can compare this with looking at the Moon through a telescope, and arriving in a spaceship at Trinity Base. We are still looking at it through a focused lens and just beginning to take the step into outer space via satellite detection. My goal is to fill in the gaps down here at earth level. the Mojave segment along the San Andreas fault, the Garlock fault, the San Jacinto fault, and the Mojave Desert Block are my favorite subjects. From the Gulf of California to Parkfield in Central California is my general zone of exploratory research. Anything outside of this is done for extra credit.

    Remember, your monetary contributions provide the necessary resources which allow the graphics, informational updates & narratives provided here to be published in such a timely manner.

    How to Send a Contribution to the Lab

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    NORTH AMERICAN VOLCANIC UNREST and ERUPTION UPDATES


  • Observatorio Vulcanológico Colima-Mexico

  • Latest Colima Volcano Update

  • CENEPRED-Mexico

  • Latest Popocatépetl Volcano Update

  • AVO-Alaska

  • Alaska Volcano Observatory

    Activity Level of all Monitored Alaskan & Kamchatkan Volcanoes

    Aleutian Islands

    Latest Korovin Volcano Update

    Cook Inlet:

    Latest Mount Spurr Update

    Alaska Peninsula:

    Latest Mount Veniaminof Update

  • CVO-Pacific Northwest:

  • Cascades Volcano Observatory

    Cascades:

    Latest Mount Saint Helens Update
  • YVO-Rocky Mountains

  • Yellowstone Volcano Observatory



    LUNAR-TIDAL AND SOLAR PERIODICITIES RELATED TO EARTHQUAKES

    Can the Moon Cause Earthquakes?

    (Tidal)Triggering Factor of Strong Earthquakes and Its Prediction Verification

    Tidal Triggering: Caught in the Act


    Tides & Tide Prediction


    Monthly Lunar-Tidal Calendar and
    Narrative for Central and Southern California Coasts

    San Simeon:
    The next New Moon and resulting Spring Tides will be on June 6, 2005 (21:58 UTC); with a predicted differential of 6.83 feet, and a significant lunar-tidal phase angle(transition) between 04:42 UTC (06/06/2005) and 12:07 UTC (06/06/2005) along the coast of Central California.

    The next Full Moon and resulting Spring Tides will be on June 22, 2005 (04:16 UTC); with a predicted maximum differential of 8.39 feet, and a significant lunar-tidal phase angle (transition) 32 hours later at Perigee, between 05:47 UTC (06/23/2005) and 13:19 UTC (06/23/2005) along the coast of Central California.


    Newport Beach:
    The next New Moon and resulting Spring Tides will be on June 6, 2005 (21:58 UTC) with a predicted differential of 6.67 feet, with a significant lunar-tidal phase angle(transition) between 03:37 UTC (06/06/2005) and 11:09 UTC (06/06/2005) along the coast of Southern California.

    The next Full Moon and resulting Spring Tides will be on June 22, 2005 (04:16 UTC); with a predicted maximum differential of 8.30 feet, and a significant lunar-tidal phase angle (transition) 32 hours later at Perigee, between 04:42 UTC (06/23/2005) and 12:21 UTC (06/23/2005) along the coast of Southern California.


    Cape Mendocino, California
    5 June 2005 - 7 June 2005
    40.4333° N, 124.4166° W
    
    2005-06-05  03:44 UTC   Sunset
    2005-06-05  05:01 UTC   6.13 feet  High Tide
    2005-06-05  12:29 UTC  -0.92 feet  Low Tide
    2005-06-05  12:48 UTC   Sunrise
    2005-06-05  19:10 UTC   4.27 feet  High Tide
    2005-06-05  23:54 UTC   2.66 feet  Low Tide
    2005-06-06  03:44 UTC   Sunset
    2005-06-06  05:35 UTC   6.08 feet  High Tide
    2005-06-06  12:47 UTC   Sunrise
    2005-06-06  13:07 UTC  -1.07 feet  Low Tide
    2005-06-06  20:01 UTC   4.34 feet  High Tide
    2005-06-06  21:58 UTC   New Moon
    2005-06-07  00:37 UTC   2.92 feet  Low Tide
    2005-06-07  03:45 UTC   Sunset
    2005-06-07  06:08 UTC   5.97 feet  High Tide
    2005-06-07  12:47 UTC   Sunrise
    2005-06-07  13:44 UTC  -1.09 feet  Low Tide
    2005-06-07  20:47 UTC   4.36 feet  High Tide
    2005-06-08  01:20 UTC   3.11 feet  Low Tide
    

    Point Bonita, Bonita Cove, San Francisco Bay, California
    5 June 2005 - 7 June 2005
    37.8183° N, 122.5283° W
    
    2005-06-05  03:28 UTC   Sunset
    2005-06-05  05:12 UTC   6.53 feet  High Tide
    2005-06-05  12:18 UTC  -0.92 feet  Low Tide
    2005-06-05  12:48 UTC   Sunrise
    2005-06-05  19:21 UTC   4.67 feet  High Tide
    2005-06-05  23:43 UTC   2.66 feet  Low Tide
    2005-06-06  03:29 UTC   Sunset
    2005-06-06  05:46 UTC   6.48 feet  High Tide
    2005-06-06  12:48 UTC   Sunrise
    2005-06-06  12:56 UTC  -1.07 feet  Low Tide
    2005-06-06  20:12 UTC   4.74 feet  High Tide
    2005-06-06  21:58 UTC   New Moon
    2005-06-07  00:26 UTC   2.92 feet  Low Tide
    2005-06-07  03:29 UTC   Sunset
    2005-06-07  06:19 UTC   6.37 feet  High Tide
    2005-06-07  12:48 UTC   Sunrise
    2005-06-07  13:33 UTC  -1.09 feet  Low Tide
    2005-06-07  20:58 UTC   4.76 feet  High Tide
    2005-06-08  01:09 UTC   3.11 feet  Low Tide
    

    San Simeon, California
    5 June 2005 - 7 June 2005
    35.6417° N, 121.1883° W
    
    2005-06-05  03:17 UTC   Sunset
    2005-06-05  04:11 UTC   5.98 feet  High Tide
    2005-06-05  11:29 UTC  -0.74 feet  Low Tide
    2005-06-05  12:49 UTC   Sunrise
    2005-06-05  17:54 UTC   3.45 feet  High Tide
    2005-06-05  22:23 UTC   2.02 feet  Low Tide
    2005-06-06  03:17 UTC   Sunset
    2005-06-06  04:42 UTC   5.99 feet  High Tide
    2005-06-06  12:07 UTC  -0.84 feet  Low Tide
    2005-06-06  12:48 UTC   Sunrise
    2005-06-06  18:40 UTC   3.39 feet  High Tide
    2005-06-06  21:58 UTC   New Moon
    2005-06-06  22:55 UTC   2.24 feet  Low Tide
    2005-06-07  03:18 UTC   Sunset
    2005-06-07  05:14 UTC   5.93 feet  High Tide
    2005-06-07  12:44 UTC  -0.81 feet  Low Tide
    2005-06-07  12:48 UTC   Sunrise
    2005-06-07  19:25 UTC   3.32 feet  High Tide
    2005-06-07  23:27 UTC   2.41 feet  Low Tide
    2005-06-08  03:18 UTC   Sunset
    

    Balboa Pier, Newport Beach, California
    5 June 2005 - 7 June 2005
    33.6000° N, 117.9000° W
    
    2005-06-05  02:58 UTC   Sunset
    2005-06-05  03:06 UTC   5.92 feet  High Tide
    2005-06-05  10:31 UTC  -0.73 feet  Low Tide
    2005-06-05  12:41 UTC   Sunrise
    2005-06-05  16:49 UTC   3.41 feet  High Tide
    2005-06-05  21:25 UTC   2.00 feet  Low Tide
    2005-06-06  02:59 UTC   Sunset
    2005-06-06  03:37 UTC   5.93 feet  High Tide
    2005-06-06  11:09 UTC  -0.83 feet  Low Tide
    2005-06-06  12:41 UTC   Sunrise
    2005-06-06  17:35 UTC   3.35 feet  High Tide
    2005-06-06  21:57 UTC   2.21 feet  Low Tide
    2005-06-06  21:58 UTC   New Moon
    2005-06-07  02:59 UTC   Sunset
    2005-06-07  04:09 UTC   5.87 feet  High Tide
    2005-06-07  11:46 UTC  -0.81 feet  Low Tide
    2005-06-07  12:41 UTC   Sunrise
    2005-06-07  18:20 UTC   3.29 feet  High Tide
    2005-06-07  22:29 UTC   2.39 feet  Low Tide
    2005-06-08  03:00 UTC   Sunset
    

    Cape Mendocino, California
    21 June 2005 - 23 June 2005
    40.4333° N, 124.4166° W
    
    2005-06-21  03:51 UTC   Sunset
    2005-06-21  05:04 UTC   6.57 feet  High Tide
    2005-06-21  12:39 UTC  -1.59 feet  Low Tide
    2005-06-21  12:47 UTC   Sunrise
    2005-06-21  19:39 UTC   4.39 feet  High Tide
    2005-06-22  00:06 UTC   3.05 feet  Low Tide
    2005-06-22  03:51 UTC   Sunset
    2005-06-22  04:16 UTC   Full Moon
    2005-06-22  05:51 UTC   6.74 feet  High Tide
    2005-06-22  12:47 UTC   Sunrise
    2005-06-22  13:25 UTC  -1.87 feet  Low Tide
    2005-06-22  20:27 UTC   4.56 feet  High Tide
    2005-06-23  00:58 UTC   3.08 feet  Low Tide
    2005-06-23  03:51 UTC   Sunset
    2005-06-23  06:41 UTC   6.79 feet  High Tide
    2005-06-23  12:47 UTC   Sunrise
    2005-06-23  14:13 UTC  -1.94 feet  Low Tide
    2005-06-23  21:14 UTC   4.70 feet  High Tide
    2005-06-24  01:54 UTC   3.04 feet  Low Tide
    

    Point Bonita, Bonita Cove, San Francisco Bay, California
    21 June 2005 - 23 June 2005
    37.8183° N, 122.5283° W
    
    2005-06-21  03:35 UTC   Sunset
    2005-06-21  05:15 UTC   6.97 feet  High Tide
    2005-06-21  12:28 UTC  -1.59 feet  Low Tide
    2005-06-21  12:48 UTC   Sunrise
    2005-06-21  19:50 UTC   4.79 feet  High Tide
    2005-06-21  23:55 UTC   3.05 feet  Low Tide
    2005-06-22  03:35 UTC   Sunset
    2005-06-22  04:16 UTC   Full Moon
    2005-06-22  06:02 UTC   7.14 feet  High Tide
    2005-06-22  12:48 UTC   Sunrise
    2005-06-22  13:14 UTC  -1.87 feet  Low Tide
    2005-06-22  20:38 UTC   4.96 feet  High Tide
    2005-06-23  00:47 UTC   3.08 feet  Low Tide
    2005-06-23  03:35 UTC   Sunset
    2005-06-23  06:52 UTC   7.19 feet  High Tide
    2005-06-23  12:48 UTC   Sunrise
    2005-06-23  14:02 UTC  -1.94 feet  Low Tide
    2005-06-23  21:25 UTC   5.10 feet  High Tide
    2005-06-24  01:43 UTC   3.04 feet  Low Tide
    

    San Simeon, California
    21 June 2005 - 23 June 2005
    35.6417° N, 121.1883° W
    
    2005-06-21  03:23 UTC   Sunset
    2005-06-21  04:16 UTC   6.49 feet  High Tide
    2005-06-21  11:46 UTC  -1.32 feet  Low Tide
    2005-06-21  12:49 UTC   Sunrise
    2005-06-21  18:22 UTC   3.59 feet  High Tide
    2005-06-21  22:39 UTC   2.22 feet  Low Tide
    2005-06-22  03:23 UTC   Sunset
    2005-06-22  04:16 UTC   Full Moon
    2005-06-22  05:00 UTC   6.71 feet  High Tide
    2005-06-22  12:32 UTC  -1.58 feet  Low Tide
    2005-06-22  12:49 UTC   Sunrise
    2005-06-22  19:11 UTC   3.67 feet  High Tide
    2005-06-22  23:27 UTC   2.27 feet  Low Tide
    2005-06-23  03:24 UTC   Sunset
    2005-06-23  05:47 UTC   6.76 feet  High Tide
    2005-06-23  12:49 UTC   Sunrise
    2005-06-23  13:19 UTC  -1.63 feet  Low Tide
    2005-06-23  20:02 UTC   3.75 feet  High Tide
    2005-06-24  00:20 UTC   2.32 feet  Low Tide
    

    Balboa Pier, Newport Beach, California
    21 June 2005 - 23 June 2005
    33.6000° N, 117.9000° W
    
    2005-06-21  03:04 UTC   Sunset
    2005-06-21  03:11 UTC   6.42 feet  High Tide
    2005-06-21  10:48 UTC  -1.31 feet  Low Tide
    2005-06-21  12:41 UTC   Sunrise
    2005-06-21  17:17 UTC   3.56 feet  High Tide
    2005-06-21  21:41 UTC   2.20 feet  Low Tide
    2005-06-22  03:05 UTC   Sunset
    2005-06-22  03:55 UTC   6.64 feet  High Tide
    2005-06-22  04:16 UTC   Full Moon
    2005-06-22  11:34 UTC  -1.56 feet  Low Tide
    2005-06-22  12:42 UTC   Sunrise
    2005-06-22  18:06 UTC   3.63 feet  High Tide
    2005-06-22  22:29 UTC   2.25 feet  Low Tide
    2005-06-23  03:05 UTC   Sunset
    2005-06-23  04:42 UTC   6.70 feet  High Tide
    2005-06-23  12:21 UTC  -1.61 feet  Low Tide
    2005-06-23  12:42 UTC   Sunrise
    2005-06-23  18:57 UTC   3.71 feet  High Tide
    2005-06-23  23:22 UTC   2.29 feet  Low Tide
    2005-06-24  03:05 UTC   Sunset
    


    NOAA: Near-Real Time Data


    NOAA Tides for California Coastal Regions



    Space Weather Alerts and Warnings Timeline



    Regarding Donations for GeoSeismic Labs

    Donations made by direct contribution are vitally important to keep the lab in operation through the year. An item that needs emphasis is the annual operating cost related to being a public corporation within the state of California; a fee which is Eight Hundred Dollars, and paid for the privilege of being a public entity. Last fiscal year (4/1/04 - 03/31/05), I directly paid to the State Secretary approximately 2 Thousand Dollars in Franchise Tax Fees to keep the lab solvent and fully chartered with the State of California. Your donations will basically cover the cost of keeping the web site operating 24/7. The depth of my research is increasing exponentially as events occur and I focus my research upon them. My 365 days of ground-breaking reports, will keep you informed and prepared for the future.


    IMPORTANT:
    For those who elect to send a personal check or postal money order
    Please send an email request to the address listed on my website for instructions.

    Also, All credit card funded donations using the automatic Paypal donation button will be rejected unless you request easy to follow alternate instructions via email and follow them completely.
    You may also use the Amazon.com donation button placed on various pages of the website. Also, any further questions you may have, should be sent to the email address that is listed within. Thank you,

    Frank Condon -GeoSeismic Labs 2005

    MT ULF Charts and Experimental Forecast

    The Latest Near Real-Time Data from GeoSeismic Labs

    The Southern California Seismic Alert

    The most recent 24 hr. MT peak reading (01-JUL-2005 03:00 UTC) was
    measured at 9.4 units of regional lithospheric stress.


    Graphic: Chart for Regional Lithospheric Stress Level

    Graphic: Chart for Regional Lithospheric Stress Level

    Graphic: Chart for ULF Activity Level

    Graphic: Chart for Global Seismicity vs. Mean Average ULF

    Graphic: Chart for ULF STD DEV

    Graphic:(AE)Unclamping Level Chart

    Graphic: Chart for ULF Mean Average

    Graphic: Recent ULF Report

    Graphic: Recent Anomalies Report

    Graphic: Recent Anomalies Report

    Graphic: Recent Anomalies Report

    Graphic: Recent Anomalies Report

    Graphic: Recent Anomalies Report

    Graphic: Recent Anomalies Report

    Graphic: Recent Anomalies Report

    Graphic: Recent Anomalies Report

    Graphic: Gulf of CA ULF Precursor

    Graphic: Mount Saint Helens Volcano, WA

    Graphic: Piezo Central Creeping Segment SAF

    Graphic: Locked Big Bend ULF Signal Burst SAF

    Graphic: Gulf of CA ULF Precursor

    Graphic: Santa Barbara ULF Precursor

    Graphic: Parkfield Piezo Precursor

    Graphic: Gulf of CA MT Precursor

    Graphic:(AE)Infrasonic Spectrogram A High Amplitude Infrasonic Pulsation that was Detected on June 5, 2005 between 21:00 and 24:00 UTC, and Inferred to be associated with building deep crustal stress along the Pacific & North American Plate Boundary in Southern California.

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km



    Graphic:(AE)Infrasonic Spectrogram A Series of High Amplitude Infrasonic Pulsations that were Detected on June 6, 2005 between 21:00 and 23:30 UTC, and Inferred to be Associated with a Nucleation of Deep Crustal Stress along the San Jacinto Fault Zone Near Idyllwild, CA

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M1.2 2005/06/06 22:52:07 UTC 33.681N 116.762W Depth:14.8 km 8 km ( 5 mi) SSW of Idyllwild, CA
    Thomas Mountain Fault( San Jacinto Fault Zone) WNW of Lake Hemet, CA.

    Graphic:(AE)Infrasonic Spectrogram A Series of High Amplitude Infrasonic Pulsations that were Detected on June 8, 2005 between 22:30 and 23:00 UTC, and Inferred to be Associated with a Nucleation of Deep Crustal Stress at San Gorgonio Pass Near Beaumont, CA

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M1.2 2005/06/08 22:34:16 UTC 33.903N 116.965W Depth: 6.9 km 2 km ( 2 mi) SSE of Beaumont, CA
    Between the Banning and San Jacinto faults (San Gorgonio Pass Fault Zone).

    Graphic:(AE)Infrasonic Spectrogram A Series of High Amplitude Infrasonic Pulsations that were Detected on June 9, 2005 between 18:00 and 21:00 UTC, and inferred to be associated with a nucleation of deep crustal stress along the Rialto-Colton and the San Jacinto fault at Colton, CA

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M1.7 2005/06/09 20:30:55 UTC 34.071N 117.302W depth: 16.6 km 2 km ( 1 mi) ENE of Colton, CA
    Rialto-Colton Fault / San Jacinto Fault Zone (Inland Empire).

    Graphic:(AE)Infrasonic Spectrogram A moderate strength Infrasonic Harmonic Wave, which appears to be associated with the Pine Mountain- Mettler region of South-Central California, just west of the Grapevine.

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M1.7 2005/06/11 02:17:51 35.092N 119.156W Depth: 23.9 km 17 km ( 11 mi) W of Mettler, CA
    San Andreas / Garlock Fault Zone (South-Central CA).

    Graphic:(AE)Infrasonic Spectrogram Infrasonic Harmonics, which were detected just prior to the June 14, 2004 M7.2 Major Earthquake Epicentered in offshore Northern California at the Punta Gorda / Mendocino Triple Junction. region of the Pacific & North American Plate Boundary at the South Gorda Plate.

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M7.2 2005/06/15 02:50:54 41.328 -125.868 10.0 147 km ( 91 mi) WSW of Crescent City, CA
    Punta Gorda / Mendocino Triple Junction (Northwestern California).

    Graphic:(AE)Infrasonic Spectrogram A Series of High Amplitude Infrasonic Pulsations, which were associated with the June 14, 2004 M7.2 Major Earthquake Epicentered in offshore Northern California at the Punta Gorda / Mendocino Triple Junction. region of the Pacific & North American Plate Boundary at the South Gorda Plate.

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M7.2 2005/06/15 02:50:54 41.328 -125.868 10.0 147 km ( 91 mi) WSW of Crescent City, CA
    Punta Gorda / Mendocino Triple Junction (Northwestern California).

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic pulsations and spectrum content, detected
    from the Plate Boundary in Southern California at time of the M3.6 Petrolia earthquake
    epicentered in offshore region of the Pacific & North American Plate Boundary at the South Gorda Plate.

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M3.6 2005/06/16 02:30:27 40.417 -125.342 5.0 90 km ( 56 mi) W of Petrolia, CA
    Punta Gorda / Mendocino Triple Junction (Northwestern California).

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic pulsations and spectrum content, detected
    from the Plate Boundary in Southern California at time of the M4.9 Yucaipa earthquake
    epicentered close to Mill Creek Branch San Andreas Fault at the Pacific & North American Plate Boundary in Southern California.

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M4.9 2005/06/16 20:53:26 34.058 -117.011 11.8 5 km ( 3 mi) NE of Yucaipa, CA
    Mill Creek Branch: San Andreas Fault(Southern California).

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic pulsations and spectrum content, detected
    from the Plate Boundary in Southern California at time of the M4.9 Yucaipa earthquake
    epicentered close to Mill Creek Branch San Andreas Fault at the Pacific & North American Plate Boundary in Southern California.

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M4.9 2005/06/16 20:53:26 34.058 -117.011 11.8 5 km ( 3 mi) NE of Yucaipa, CA
    Mill Creek Branch: San Andreas Fault(Southern California).

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic pulsations and spectrum content, detected
    from Southern California three hours prior to M6.7
    epicentered in offshore Northern California.

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M6.7 2005/06/17 06:21:41 40.758 -126.595 10.0 198 km (123 mi) W of Ferndale, CA
    Punta Gorda / Mendocino Triple Junction (Northwestern California).

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic spectral content, detected from Southern California, which is
    inferred to be caused by a build-up in Deep Crustal Energy from a source within the
    ECSZ/Mojave Desert Block and adjacent to the Pacific & North American Plate Boundary

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M1.6 2005/06/17 23:32:00 33.097 -116.400 3.5 17 km ( 11 mi) S of Borrego Springs, CA
    San Jacinto Fault Zone (Southern California).

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic spectral content, detected from Southern California, which is
    inferred to be caused by a build-up in Deep Crustal Energy from a source within the
    ECSZ/Mojave Desert Block and adjacent to the Pacific & North American Plate Boundary

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M1.2 2005/06/19 01:31:28 33.495 -116.584 15.1 11 km ( 7 mi) SE of Anza, CA
    M2.7 2005/06/19 01:31:09 35.548 -120.782 0.2 7 km ( 4 mi) W of Templeton, CA
    M1.0 2005/06/19 01:29:40 33.501 -116.776 12.5 11 km ( 7 mi) WSW of Anza, CA

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic pulsations and spectrum content, detected
    from Southern California.

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km




    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic spectral content, detected from Southern California, which is
    inferred to be caused by a build-up in Deep Crustal Energy from a source within the
    ECSZ/Mojave Desert Block and adjacent to the Pacific & North American Plate Boundary

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M1.6 2005/06/19 22:52:46 34.002 -116.800 19.6 11 km ( 7 mi) NNW of Cabazon, CA
    M1.4 2005/06/19 22:12:17 34.036 -117.143 13.9 3 km ( 2 mi) SE of Redlands, CA

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic spectral content, detected from Southern California, which is
    inferred to be caused by a build-up in Deep Crustal Energy from a source within the
    ECSZ/Mojave Desert Block and adjacent to the Pacific & North American Plate Boundary

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M1.3 2005/06/24 19:02:38 34.802 -116.268 6.6 13 km ( 8 mi) NW of Ludlow, CA
    M1.3 2005/06/24 19:54:54 36.061 -118.020 4.3 7 km ( 4 mi) WNW of Coso Junction, CA

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic spectral content, detected from Southern California, which is
    inferred to be caused by a build-up in Deep Crustal Energy from a source within the
    ECSZ/Mojave Desert Block and adjacent to the Pacific & North American Plate Boundary

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M1.9 2005/06/25 01:05:08 34.060 -117.016 14.7 4 km ( 3 mi) NE of Yucaipa, CA

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic spectral content, detected from Southern California, which is
    inferred to be caused by a build-up in Deep Crustal Energy from a source within the
    ECSZ/Mojave Desert Block and adjacent to the Pacific & North American Plate Boundary

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M1.2 2005/06/26 06:31:20 34.200 -116.783 3.9 9 km ( 6 mi) SE of Big Bear City, CA
    M1.6 2005/06/26 07:03:05 35.106 -118.901 19.3 8 km ( 5 mi) NE of Mettler, CA
    M1.7 2005/06/26 07:12:20 33.423 -116.700 25.8 15 km ( 9 mi) S of Anza, CA
    M1.2 2005/06/26 07:48:56 35.498 -118.338 11.6 16 km ( 10 mi) S of Weldon, CA

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic spectral content, detected
    from Southern California, which is inferred to be caused by a build-up in Deep Crustal Energy in the ECSZ just prior to the
    M4.8 Lake Tahoe, CA Earthquake: Part A

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M2.0 2005/06/26 15:41:58 34.626 -116.558 6.5 38 km ( 24 mi) WSW of Ludlow, CA
    M1.9 2005/06/26 15:34:06 34.626 -116.562 7.5 38 km ( 24 mi) WSW of Ludlow, CA

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic spectral content, detected
    from Southern California, which is inferred to be caused by a build-up in Deep Crustal Energy in the ECSZ just prior to the
    M4.8 Lake Tahoe, CA Earthquake: Part B

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M1.0 2005/06/26 18:27:55 33.647 -116.734 18.6 11 km ( 7 mi) S of Idyllwild, CA
    M4.8 2005/06/26 18:45:57 39.310 -120.067 7.1 7 km ( 5 mi) NNW of Tahoe Vista, CA
    M1.4 2005/06/26 19:15:58 34.358 -116.126 8.1 13 km ( 8 mi) NNW of Twentynine Palms Base, CA
    M1.3 2005/06/26 19:34:52 36.175 -118.168 11.9 18 km ( 11 mi) WSW of Olancha, CA
    M1.6 2005/06/26 20:04:08 32.492 -115.306 6.0 23 km ( 15 mi) SE of Mexicali, Mexico
    M1.5 2005/06/26 20:04:56 36.017 -120.584 3.7 19 km ( 12 mi) NW of Parkfield, CA
    M1.3 2005/06/26 20:32:47 33.520 -116.553 15.4 12 km ( 7 mi) ESE of Anza, CA
    M1.8 2005/06/26 20:43:17 32.301 -115.224 6.0 11 km ( 7 mi) W of Guadalupe Victoria, Mexico

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic spectral content, detected
    from Southern California, which is inferred to be caused by a build-up in Deep Crustal Energy in the ECSZ just prior to the
    M4.8 Lake Tahoe, CA Earthquake: Part B

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M3.7 2005/06/27 00:30:28 35.422 -121.010 8.2 11 km ( 7 mi) W of Cayucos, CA

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic spectral content, detected from Southern California, which is
    inferred to be caused by a build-up in Deep Crustal Energy from a source within the
    ECSZ/Mojave Desert Block and adjacent to the Pacific & North American Plate Boundary

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M2.8 2005/06/28 14:56:00 35.717 -121.048 5.3 15 km ( 9 mi) ENE of San Simeon, CA
    M2.9 2005/06/28 15:34:11 36.027 -120.586 5.1 20 km ( 12 mi) NW of Parkfield, CA
    M2.0 2005/06/28 15:34:47 36.031 -120.583 4.2 20 km ( 12 mi) NW of Parkfield, CA
    M2.0 2005/06/28 15:44:01 35.002 -118.763 12.0 14 km ( 9 mi) SW of Stallion Springs, CA
    M2.4 2005/06/28 15:45:04 34.282 -117.597 4.2 5 km ( 3 mi) E of Mt. Baldy, CA
    M1.2 2005/06/28 16:01:02 33.509 -116.506 20.2 16 km ( 10 mi) ESE of Anza, CA

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic spectral content, detected from Southern California, which is
    inferred to be caused by a build-up in Deep Crustal Energy from a source within the
    ECSZ/Mojave Desert Block and adjacent to the Pacific & North American Plate Boundary

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M1.5 2005/06/28 20:08:27 33.156 -116.110 11.0 2 km ( 1 mi) NE of Ocotillo Wells, CA
    M1.1 2005/06/28 20:19:24 36.012 -120.580 3.2 18 km ( 11 mi) NW of Parkfield, CA

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic spectral content, detected from Southern California, which is
    inferred to be caused by a build-up in Deep Crustal Energy from a source within the
    ECSZ/Mojave Desert Block and adjacent to the Pacific & North American Plate Boundary

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M2.2 2005/06/28 21:26:23 35.664 -121.124 6.7 6 km ( 4 mi) ENE of San Simeon, CA
    M2.2 2005/06/28 22:23:34 33.493 -117.658 1.7 1 km ( 1 mi) SSE of San Juan Capistrano, CA
    M1.6 2005/06/28 22:59:26 33.187 -115.611 1.6 3 km ( 2 mi) NE of Obsidian Butte, CA
    M1.4 2005/06/29 00:06:11 33.538 -116.780 26.0 10 km ( 6 mi) W of Anza, CA

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic spectral content, detected from Southern California, which is
    inferred to be caused by a build-up in Deep Crustal Energy from a source within the
    ECSZ/Mojave Desert Block and adjacent to the Pacific & North American Plate Boundary

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km



    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic spectral content, detected from Southern California, which is
    inferred to be caused by a build-up in Deep Crustal Energy from a source within the
    ECSZ/Mojave Desert Block and adjacent to the Pacific & North American Plate Boundary

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M1.0 2005/06/29 16:56:11 34.849 -118.766 0.0 10 km ( 6 mi) NE of Gorman, CA

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic spectral content, detected from Southern California, which is
    inferred to be caused by a build-up in Deep Crustal Energy from a source within the
    ECSZ/Mojave Desert Block and adjacent to the Pacific & North American Plate Boundary

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M1.1 2005/06/29 19:41:35 37.534 -118.831 0.5 14 km ( 8 mi) WSW of Toms Place, CA
    M1.0 2005/06/29 20:14:20 37.426 -118.619 8.3 2 km ( 1 mi) WNW of Round Valley, CA
    M2.8 2005/06/29 20:26:31 37.548 -118.819 4.7 12 km ( 8 mi) W of Toms Place, CA

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic spectral content, detected from Southern California, which is
    inferred to be caused by a build-up in Deep Crustal Energy from a source within the
    ECSZ/Mojave Desert Block and adjacent to the Pacific & North American Plate Boundary

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M2.0 2005/06/29 23:41:31 32.741 -115.505 18.0 2 km ( 2 mi) ENE of Heber, CA
    M1.4 2005/06/29 22:25:04 33.665 -116.738 16.9 9 km ( 6 mi) SSW of Idyllwild, CA
    M1.3 2005/06/29 21:16:14 37.542 -118.895 3.8 13 km ( 8 mi) SE of Mammoth Lakes, CA


    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic spectral content, detected from Southern California, which is
    inferred to be caused by a build-up in Deep Crustal Energy from a source within the
    ECSZ/Mojave Desert Block and adjacent to the Pacific & North American Plate Boundary

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M1.1 2005/06/30 02:12:42 34.054 -117.033 14.1 3 km ( 2 mi) NNE of Yucaipa, CA

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic spectral content, detected from Southern California, which is
    inferred to be caused by a build-up in Deep Crustal Energy from a source within the
    ECSZ/Mojave Desert Block and adjacent to the Pacific & North American Plate Boundary

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M1.4 2005/06/30 21:00:24 37.571 -118.847 3.4 14 km ( 9 mi) ESE of Mammoth Lakes, CA
    M1.7 2005/06/30 20:22:29 33.353 -116.312 9.6 13 km ( 8 mi) NNE of Borrego Springs, CA
    M1.6 2005/06/30 20:22:25 33.346 -116.318 9.7 12 km ( 7 mi) NNE of Borrego Springs, CA
    M1.3 2005/06/30 19:12:26 34.625 -117.124 0.0 15 km ( 9 mi) NNE of Apple Valley, CA
    M1.5 2005/06/30 19:05:16 35.075 -118.920 11.2 5 km ( 3 mi) ENE of Mettler, CA
    M1.3 2005/06/30 18:57:23 37.501 -118.890 8.1 17 km ( 11 mi) SSE of Mammoth Lakes, CA
    M1.7 2005/06/30 18:20:48 35.926 -118.962 4.3 8 km ( 5 mi) ESE of Terra Bella, CA

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic spectral content, detected from Southern California, which is
    inferred to be caused by a build-up in Deep Crustal Energy from a source within the
    ECSZ/Mojave Desert Block and adjacent to the Pacific & North American Plate Boundary

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M1.7 2005/06/30 23:44:41 37.546 -118.830 1.6 13 km ( 8 mi) W of Toms Place, CA
    M1.5 2005/06/30 23:37:45 36.698 -121.445 6.1 15 km ( 9 mi) SW of Tres Pinos, CA
    M1.6 2005/06/30 23:21:04 37.541 -118.817 5.4 12 km ( 8 mi) W of Toms Place, CA
    M1.5 2005/06/30 22:13:32 33.849 -117.490 0.0 3 km ( 2 mi) ENE of El Cerrito, CA

    Graphic:(AE)Infrasonic Spectrogram Infrasonic harmonic spectral content, detected from Southern California, which is
    inferred to be caused by a build-up in Deep Crustal Energy from a source within the
    ECSZ/Mojave Desert Block and adjacent to the Pacific & North American Plate Boundary

    MAG   DATE   UTC-TIME         LAT   LON   DEPTH   LOCATION
                y/m/d         h:m:s           deg     deg     km

    M1.5 2005/07/01 00:48:09 35.962 -120.523 10.6 11 km ( 7 mi) NW of Parkfield, CA
    M1.7 2005/07/01 00:20:16 37.592 -118.462 9.1 19 km ( 12 mi) E of Toms Place, CA




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