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. 

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

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: July 1, 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 1.13 Hz (-69.00 dBv). The spectral line at 0.94 Hz was measured at (-72.50 dBv). The ULF and MT activity level was moderate to high 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 10.4 units of regional lithospheric stress. The MT mean average was measured at 8.2 units. There were two periods with strong piezomagnetic activity. There were no detected ULF suppression incidents. Late in the period, I detected a strong infrasonic pulsation one hour prior to a strong M6.7 earthquake epicentered in Nicaragua, Central America.

2 JUL 2005  (183)

     ot  = 02:16:46.73   +/-   0.26              NEAR COAST OF NICARAGUA         
     lat =      11.178   +/-    4.1
     lon =     -86.401   +/-    4.1              MAGNITUDE 6.7 (GS)       
     dep =        45.5  (depth phases)

     70 km (40 miles) WSW of Rivas, Nicaragua (pop 20,000)
     95 km (60 miles) SSW of Granada, Nicaragua (pop 71,000)
     100 km (65 miles) S of MANAGUA, Nicaragua (pop 864,000)
     1650 km (1020 miles) ESE of MEXICO CITY, D.F., Mexico

All daily charts were updated to reflect the latest analysis.

General Discussion:
Upper level Infrasonic resonant harmonic activity (5 Hz) was extremely active during the past 24 hours. The strong infrasonic resonant harmonic frequency appears to be associated with deep crustal stress in Baja California, Mexico, and further north into Southern California. I observed a strong MT pulsation during a micro quake epicentered near Idyllwild, CA. Later on, a large negative going ULF signal burst was observed that appears to be associated with nucleation of deep crustal stress coming from out of the San Jacinto fault zone near Lake Hemet which stepped over the Elsinore fault zone near Lake Elsinore and into the Newport-Inglewood fault zone in Long Beach, CA. Next I observed a strong single infrasonic pulsation, which is inferred to be associated with increasing deep crustal stress stepping over from the San Jacinto and ELsinore faults zones, respectively. Late in the period, I detected a number of strong infrasonic resonant harmonics from along the pacific & North American Plate Boundary in Southern California.

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.

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

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

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

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

01-JUL-2005 21:00 - 24:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

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

MT ULF UPDATE: July 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 Saturday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.07 Hz (-68.89 dBv). The ULF and MT activity level was moderate to high during the past 24 hours. The inferred mean average unclamping level was largely increased. The ULF mean average was decreased (negative). The MT peak reading measured 11.4 units of regional lithospheric stress. The MT mean average was measured at 8.3 units.

All daily charts were updated to reflect the latest analysis.

General Discussion:
Upper level Infrasonic resonant harmonic activity (5 Hz) was extremely active again during the past 24 hours. The strong infrasonic resonant harmonic frequency appears to be associated with deep crustal stress in Baja California, Mexico, and California. I observed a sharp strong MT pulsation which was associated with a micro quake epicentered near Cloverdale, in Northern California. So, that appears to be an indication where crustal stress has nucleated since the recent earthquakes epicentered near the Geysers and further north to Ferndale and Petrolia, CA. There was a period with detected strong unclamping from along the plate boundary in Southern California.

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.

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

02-JUL-2005 12:00 - 15:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

02-JUL-2005 18:00 - 21:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

02-JUL-2005 21:00 - 24:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

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

MT ULF UPDATE: July 3, 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 1.78 Hz (-71.85 dBv). The spectral line at 0.94 Hz was measured at (-72.56 dBv). The ULF and MT activity level was moderate to high during the past 24 hours. The inferred mean average unclamping level was decreased. The ULF mean average was increased (positive). The MT peak reading measured 9.9 units of regional lithospheric stress. The MT mean average was measured at 8.4 units. There were no detected ULF suppression incidents. There was a period with moderate unclamping (dilatancy).

M3.2 2005/07/03 13:16:32 32.365 -115.096 27.9 8 km ( 5 mi) N of Guadalupe Victoria, Mexico

All daily charts were updated to reflect the latest analysis.

General Discussion:
Upper level Infrasonic resonant harmonic activity (5 Hz) was active again during the past 24 hours. The strong infrasonic resonant harmonic frequency appears to be associated with deep crustal stress along the Pacific & North American Plate Boundary in Baja California, Mexico, and California. There was increased MT and ULF activity associated with the San Jacinto Fault zone near Anza, and Idyllwild, CA. There was a period with detected moderate unclamping from along the plate boundary in Southern California.

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.

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

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

03-JUL-2005 09:00 - 12:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

03-JUL-2005 12:00 - 15:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

03-JUL-2005 18:00 - 21:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

03-JUL-2005 21:00 - 24:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

04-JUL-2005 00:00 - 03:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram
hr>

MT ULF UPDATE: July 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 Monday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 0.78 Hz (-66.73 dBv). An earlier peak was observed at 0.91 Hz (-67.96 dBv). The ULF and MT activity level was moderate during the past 24 hours. The inferred mean average unclamping level was greatly increased. The ULF mean average was slightly decreased (negative). The MT peak reading measured 9.6 units of regional lithospheric stress. The MT mean average measured 8.3 units. There were no detected ULF suppression incidents. There was a period with severe unclamping (dilatancy).

All daily charts were updated to reflect the latest analysis.

General Discussion:
Upper level Infrasonic resonant harmonic activity (5 Hz) seems to have finally ended. Strong infrasonic resonant harmonic activity which was observed during late afternoon into early evening hours, is inferred to be associated with a period of observed unclamping along the San Andreas fault zone and the Pacific & North American Plate Boundary, at the Cajon Pass, in Southern California. The decompression is inferred to be associated with a significant amount of slip that gets transfered to the San Jacinto fault zone which acts as a pore pressure relief valve for the plate boundary. High pore pressure fluids act like a shock absorber, and easily flow from regions of high pressure(compression) to regions of low pressure(dilatancy). Since early July 2004, the transmission characteristics of distant seismic waves detected by the lab's seismograph have reflected the shock absorber theory, and were the first sign that trouble was on the horizon. Simultaneously some municipal water aquifers rapidly dropped in level, and Phelan and Wrightwood were forced to truck in water from an outside source. The record winter rains and spring snow melt were then able to replenish what was initially absorbed by the plate boundary. When you have normal fault stress approaching that of hydrostatic, the asperities (future epicenters) become nearly frictionless, and stress will nucleate onto any adjacent secondary faults, which include the San Jacinto, Helendale, Pipes Canyon, and Pinto Mountain faults. The San Gorgonio knot, is coming untied near Yucaipa, CA. That's the main reason why the San Jacinto fault at the Anza Seismic Gap is now under high crustal stress, and rapidly approaching its next rupture. So, the main areas to monitor are Morongo Valley, Cabazon, Banning, Yucaipa, Idyllwild, Anza, Beaumont, Loma Linda, San Bernardino, Colton, Rialto, Fontana, Lytle Creek, Devore, and Wrightwood, CA with an emphasis on the Cajon Pass. Alternatively, At the west end of the big bend is located another asperity near Frazier Park, which is the point where crustal stress out of the ECSZ moving along the Western Garlock fault zone on its way towards the Central California coast near San Simeon ends up nucleating to. The major secondary fault in that region is the Big Pine fault, which is inferred to be the Pacific Plate side of the Garlock Fault. The recently detected periods with strong upper level infrasonic resonant harmonics at close to 5 Hz is inferred to be the main signal for the ECSZ where the new plate boundary is in formation, which will some day extend north across the Garlock fault from east of Barstow, CA and into the Owens Valley, where it will eventually merge with the Walker Lane and meet with the Mendocino-Triple-Junction.

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.

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

04-JUL-2005 12:00 - 15:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

04-JUL-2005 18:00 - 21:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

04-JUL-2005 21:00 - 24:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

05-JUL-2005 00:00 - 03:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram
hr>

MT ULF UPDATE: July 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 Tuesday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.39 Hz (-70.23 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was greatly increased. The ULF mean average was slightly decreased (negative). The MT peak reading measured 9.9 units of regional lithospheric stress. The MT mean average measured 8.6 units. There were no detected ULF suppression incidents. There was a period with severe unclamping (dilatancy).

M3.3 2005/07/06 19:46:33 32.003 -115.754 9.9 66 km ( 41 mi) N of Lázaro Cárdenas, Mexico

All daily charts were updated to reflect the latest analysis.

General Discussion:
There was no strong infrasonic resonant harmonic activity observed today. Severe unclamping was observed beginning at 0900 UTC which lasted until 15:00 UTC. This brings up the average level of unclamping to about 40 units on the chart, and 32 is the average during the past 6 months. That's a good indication that the region adjacent to the plate boundary at the Cajon Pass can expect to soon see increased seismic activity, similar to what happened during the last severe period of unclamping incidents During December 2004, and early January 2005. If you all remember, there was a swarm of magnitude 4 range earthquakes all within a few minutes of each other, epicentered in northern Fontana, CA, during the first week of the year. That is definitely something which will need your immediate attention if the unclamping continues, as it did in the past.

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.

05-JUL-2005 09:00 - 12:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

05-JUL-2005 12:00 - 15:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

MT ULF UPDATE: July 6, 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 1.76 Hz (-72.40 dBv). The ULF and MT activity level was moderate during the past 24 hours. The inferred mean average unclamping level was greatly increased. The ULF mean average was basically unchanged. The MT peak reading measured 9.4 units of regional lithospheric stress. The MT mean average measured 8.5 units. There were no detected ULF suppression incidents. There was a period with severe unclamping (dilatancy). There was strong upper level infrasonic resonant harmonic activity at 5 Hz observed today, on the electronic tracking filter.

All daily charts were updated to reflect the latest analysis.

General Discussion:
Severe unclamping was observed again beginning at around 07:40 UTC which lasted until just after 15:00 UTC. This brings up the average level of unclamping to about 48 units on the chart, and 32 is the average during the past 6 months. That's a good indication that the region adjacent to the plate boundary at the Cajon Pass can expect to soon see increased seismic activity, similar to what happened during the last severe period of unclamping incidents During December 2004, and early January 2005. If you all remember, there was a swarm of magnitude 4 range earthquakes all within a few minutes of each other, epicentered in northern Fontana, CA, during the first week of the year. That is definitely something which will need your immediate attention if the unclamping continues, as it did in the past. THe strong upper level infrasonic harmonic at 5 Hz is associated with deep crustal stress nucleation out of the ECSZ, and north into the Southern Owens Valley, and west along the Garlock Fault Zone and the Big Pine fault through the Grapevine at Frazier Park, and into Central California near San Simeon. Severe unclamping appears to be related to the same region as the third strong scalar pulsation, which was inferred to be associated with the Rialto-Colton Fault and the Northern San Jacinto fault zone.

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.

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

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

06-JUL-2005 09:00 - 12:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

06-JUL-2005 12:00 - 15:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

06-JUL-2005 15:00 - 18:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

06-JUL-2005 18:00 - 21:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

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

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

MT ULF UPDATE: July 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 Thursday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.44 Hz (-70.45 dBv). The ULF and MT activity level was low to moderate during the past 24 hours. The inferred mean average unclamping level was significantly decreased. The ULF mean average was basically unchanged. The MT peak reading measured 9.5 units of regional lithospheric stress. The MT mean average measured 8.4 units. There were no detected ULF suppression incidents. There was a period with severe unclamping (dilatancy). There was notably strong upper level infrasonic resonant harmonic activity at 5 Hz observed on the electronic tracking filter.

3.0 2005/07/07 14:23:01 36.650 -121.265 3.8 16 km ( 10 mi) SSE of Tres Pinos, CA

All daily charts were updated to reflect the latest analysis.

General Discussion:
Severe unclamping was observed again beginning at around 10:30 UTC which lasted until just after 15:00 UTC. This brought the average level of unclamping to approximately 39 units on the chart, and 32 was the average during the past 6 months. It's a good indication that the region adjacent to the plate boundary in the Cajon Pass can expect to soon see increased seismicity, similar to what happened during the last long period with severe unclamping incidents during December 2004, and early January 2005, when there was a swarm of magnitude 4 range earthquakes all within a few minutes of each other, epicentered in northern Fontana, CA. The strong upper level infrasonic harmonic activity at 5 Hz is associated with deep crustal stress nucleation out of the ECSZ, and north into the Southern Owens Valley, and west along the Garlock Fault Zone and the Big Pine fault through the Grapevine at Frazier Park, and into Central California near San Simeon. Severe unclamping appears to be related to the same region as the third strong scalar pulsation, which was inferred to be associated with the Rialto-Colton Fault and the Northern San Jacinto fault zone. Other seismic activity was associated with a strong piezomagnetic signal burst which occurred three months ago, near Tres Pinos, CA.

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.

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

07-JUL-2005 09:00 - 12:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

07-JUL-2005 12:00 - 15:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

07-JUL-2005 15:00 - 18:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

07-JUL-2005 18:00 - 21:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

07-JUL-2005 21:00 - 24:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

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

MT ULF UPDATE: July 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 Friday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.58 Hz (-72.27 dBv). The ULF and MT activity level was low during the past 24 hours. The inferred mean average unclamping level was decreased. The ULF mean average was basically unchanged. The MT peak reading measured 9.3 units of regional lithospheric stress. The MT mean average measured 8.4 units. There were no detected ULF suppression incidents. There was a period with severe unclamping (dilatancy). There was notably strong upper level infrasonic resonant harmonic activity at 5 Hz observed on the electronic tracking filter.

All daily charts were updated to reflect the latest analysis.

General Discussion:
Severe unclamping was observed beginning at around 09:00 UTC which lasted for a short period of time and returned stronger just after 12:00 UTC until 15:00 UTC. This brought the average level of unclamping to approximately 38 units on the chart, and 32 was the previous average during the past 6 months. Once again, it appears that the Fontana Trend activity rises with the level of unclamping along the plate boundary, and the region between Lytle Creek and Colton, CA should be watched very carefully to see if the unclamping level to rises above it's current moderately elevated range, just as it did last December 2004, and in early January 2005.

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.

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

08-JUL-2005 09:00 - 12:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

08-JUL-2005 12:00 - 15:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

07-JUL-2005 21:00 - 24:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

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

MT ULF UPDATE: July 9, 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 Saturday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 0.94 Hz (-72.94 dBv). The ULF and MT activity level was low during the past 24 hours. The inferred mean average unclamping level was decreased. The ULF mean average was basically unchanged. The MT peak reading measured 9.6 units of regional lithospheric stress. The MT mean average measured 8.3 units. There were no detected ULF suppression incidents. There was a period with severe unclamping (dilatancy). There was a period with strong upper level infrasonic resonant harmonic activity at 5 Hz observed on the electronic tracking filter. There were four infrasonic scalar pulsations observed late in the period.

All daily charts were updated to reflect the latest analysis.

General Discussion:
Severe unclamping was observed beginning at around 13:00 UTC which lasted until 15:00 UTC. This brought the average level of unclamping to approximately 34 units on the chart, and 32 was the previous average during the past 6 months. There were a series of four infrasonic scalar pulsations, which appear to be associated with the Cajon Pass region NNE of Wrightwood, CA. I issued a warning for the Inland Empire after observing these strong crustal energy bursts that have preceeded many recent earthquakes, including those near both Yucaipa and Anza, CA. This was preliminarily inferred to be associated with the Cajon Valley fault; an inactive ancient strand of the San Andreas fault's Mojave Segment.

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.

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

09-JUL-2005 12:00 - 15:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

09-JUL-2005 21:00 - 24:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

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

10-JUL-2005 03:00 - 06:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

MT ULF UPDATE: July 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 Sunday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.49 Hz (-70.68 dBv). The ULF and MT activity level was moderate during the past 24 hours. The inferred mean average unclamping level was decreased. The ULF mean average was increased (positive). The MT peak reading measured 9.6 units of regional lithospheric stress. The MT mean average measured 8.4 units. There were no detected ULF suppression incidents. There was a limited period with severe unclamping (dilatancy). There was upper level infrasonic resonant harmonic activity at 5 Hz observed on the electronic tracking filter. There were two observed high frequnecy ULF signal bursts late in the period.

All daily charts were updated to reflect the latest analysis.

General Discussion:
Severe unclamping was observed beginning at around 13:00 UTC which lasted for a short period of time until 13:30 UTC. This brought the average level of unclamping to approximately 38 units on the chart, and 32 was the previous average during the past 6 months. There were a series of four infrasonic scalar pulsations, which appear to be associated with the Coachella Valley NE of Indio, CA. I issued another warning for that immediate region surrounding after observing these four extremely strong crustal scalar energy bursts that have preceeded many recent earthquakes, including those in offshore Northern California west of Crescent City, Yucaipa, and Anza, CA. This was preliminarily inferred to be associated with the Southern San Andreas Fault Coachella Valley Segment. More details about this incident should be ready by the next report. Simultaneous with these pulsations was also observed two high frequency ULF signal bursts, which are inferred to indicate that stress is nucleating into a more shallow depth of the crust.

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.

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

10-JUL-2005 06:00 - 09:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

10-JUL-2005 12:00 - 15:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

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

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

11-JUL-2005 03:00 - 06:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

MT ULF UPDATE: July 11, 2005

Note: The San Jacinto Fault Alert along with Inland Empire advisory continues to stay in effect. There was no moderate infrasonic harmonic resonant activity below 2 Hz on Monday. The ULF and MT activity level was moderate during the past 24 hours. The inferred mean average unclamping level was increased. The ULF mean average was increased (positive). The MT peak reading measured 9.7 units of regional lithospheric stress. The MT mean average measured 8.1 units. There were no detected ULF suppression incidents. There were no detected severe unclamping (dilatancy). There was upper level infrasonic resonant harmonic activity at 5 Hz observed on the electronic tracking filter.

All daily charts were updated to reflect the latest analysis.

General Discussion:
There was a nine hour long period with detected upper level infrasonic harmonic activity from 18:00 UTC until 03:00 UTC on July 12, 2005. It's inferred that the 5 Hz infrasonic harmonics are related to increased deep crustal stress in the ECSZ/Mojave Desert Block, which now needs to be watched very carefully.

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.

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

11-JUL-2005 18:00 - 21:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

11-JUL-2005 21:00 - 24:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

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

MT ULF UPDATE: July 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 Tuesday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 0.14 Hz (-71.46 dBv). The ULF and MT activity level was moderate during the past 24 hours. The inferred mean average unclamping level was increased. The ULF mean average was decreased (negative). The MT peak reading measured 9.0 units of regional lithospheric stress. The MT mean average measured 7.7 units. There were no detected ULF suppression incidents. There was a limited period with severe unclamping (dilatancy). There was upper level infrasonic resonant harmonic activity at 5 Hz observed on the electronic tracking filter. There were two observed high frequnecy ULF signal bursts late in the period.

All daily charts were updated to reflect the latest analysis.

General Discussion:
Severe unclamping was observed beginning at around 13:00 UTC which lasted for a short period of time until 13:30 UTC. This brought the average level of unclamping to approximately 38 units on the chart, and 32 was the previous average during the past 6 months. There were a series of four infrasonic scalar pulsations, which appear to be associated with the Coachella Valley NE of Indio, CA. I issued another warning for that immediate region surrounding after observing these four extremely strong crustal scalar energy bursts that have preceeded many recent earthquakes, including those in offshore Northern California west of Crescent City, Yucaipa, and Anza, CA. This was preliminarily inferred to be associated with the Southern San Andreas Fault Coachella Valley Segment. More details about this incident should be ready by the next report. Simultaneous with these pulsations was also observed two high frequency ULF signal bursts, which are inferred to indicate that stress is nucleating into a more shallow depth of the crust.

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.

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

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

MT ULF UPDATE: July 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 Wednesday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 0.94 Hz (-72.26 dBv). The ULF and MT activity level was moderate during the past 24 hours. The inferred mean average unclamping level was increased. The ULF mean average was decreased (negative). The MT peak reading measured 8.7 units of regional lithospheric stress. The MT mean average measured 7.8 units. There were no detected ULF suppression incidents. There were no periods with severe unclamping (dilatancy). There was upper level infrasonic resonant harmonic activity at 5 Hz observed on the electronic tracking filter. There was one observed high frequency ULF signal burst late in the period.

M3.1 2005/07/14 02:32:01 34.706 -116.061 4.2 9 km ( 6 mi) E of Ludlow, CA
M3.1 2005/07/14 02:15:23 34.703 -116.061 3.6 9 km ( 6 mi) ESE of Ludlow, CA
M3.1 2005/07/14 00:09:42 40.413 -125.014 1.3 62 km ( 39 mi) W of Petrolia, CA

All daily charts were updated to reflect the latest analysis.

General Discussion:
There were a series of two infrasonic scalar pulsations, which appear to be associated with the Ludlow region of the Mojave Desert Block, and evidentally the offshore region west of Petrolia, in Northern Cslifornia. I issued warning after observing these two strong scalar pulses. extremely strong crustal scalar energy bursts that have preceeded many recent earthquakes, including those in offshore Northern California west of Crescent City, Yucaipa, and Anza, CA. This was preliminarily inferred to be associated with the ECSZ. Simultaneous with these pulsations I observed one high frequency ULF signal burst, which is inferred to indicate that stress is nucleating into a more shallow depth of the crust, and is what happened within a couple of hours in the Ludlow, CA region with at least two small earthquakes being detected prior to 03:00 UTC. In Northern California, Immediately following the two strong ionospheric sheet current induced earth coupled scalar energy pulses there was an offshore seismic event west of Petrolia, CA. The upper level infrasonic harmonic at 5 Hz was kind of erratic in the hours leading up to these latest detected incidents. However, it's soon going to affect the Garlock fault zone and the Grapevine near Tejon Pass as it nucleates west towards the Central California coast at San Simeon, CA and north into the Southern Owens Valley near Olancha, CA. HOwever, as the number of nucleation events rises it begins to also affect faults directly north in the Argus Range, Panamint, and Death Valley region east of the Coso Volcanic Center.

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.

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

13-JUL-2005 18:00 - 21:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

13-JUL-2005 21:00 - 24:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

MT ULF UPDATE: July 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 Thursday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 1.58 Hz (-70.69 dBv). The ULF and MT activity level was moderate to high during the past 24 hours. The inferred mean average unclamping level was decreased. The ULF mean average was decreased (negative). The MT peak reading measured 9.4 units of regional lithospheric stress. The MT mean average measured 7.4 units. There were no detected ULF suppression incidents. There were no periods with severe unclamping (dilatancy). There was upper level infrasonic resonant harmonic activity at 5 Hz observed on the electronic tracking filter.

All daily charts were updated to reflect the latest analysis.

General Discussion:
As a result of the latest in depth analysis, I believe that the ECSZ/Mojave Desert Block is close to having another strong earthquake. With the evidence now pointing towards an earthquake along the West Calico/Pisgah Fault. However, it's also going to affect the Garlock fault zone and the Grapevine near Tejon Pass as crustal stress nucleates west towards the Central California coast at San Simeon, CA and north into the Southern Owens Valley near Olancha, CA. As the number of inferred nucleation events rises, it begins to also affect faults directly north in the Argus Range, Panamint, and Death Valley region east of the Coso Volcanic Center. We are currently undergoing some of the strongest MT and ULF activity to be observed in many years. You are so advised to be prepared for the next strong seismic event, which could be as soon as the next solar induced geomagnetic field changes. The area is extremely unstable at the moment, and subject to rupture beyond that of its recent history. Solar Flare Induced Magnetospheric Influences on the Sub-Ionosphere

-------------------------------------------------------
Joint USAF/NOAA Solar and Geophysical Activity Summary
SGAS Number 196 Issued at 0245Z on 15 Jul 2005
This report is compiled from data received at SWO on 14 Jul
A.  Energetic Events
Begin  Max  End  Rgn   Loc   Xray  Op 245MHz 10cm   Sweep
 0137 0137 0138                       150                           
 0221 0221 0221                       120                           
 0557 0725 0743  0786        M9.1     59     81                     
 0723 0724 0732  0786 N11W73       1n 130    220                    
 1016 1055 1129  0786        X1.2     5400   3400      IV           
 1716 1725 1728  0786        M1.3     820                           
 1732 1733 1733                       110                           
 2250 2257 2302  0786        M1.1     94     100                    
B.  Proton Events:  A slow, gradual rise in the greater than 10 MeV
protons began soon after yesterday's M5 event. The 10 pfu alert
threshold was finally reached at 14/0245Z. A second, larger influx
of high energy protons followed today's X1 flare. The greater than
10 MeV proton flux were still slowly increasing at issue time, and
the peak flux so far is 102 pfu at 14/2355Z.
C.  Geomagnetic Activity Summary:  The geomagnetic field was quiet to
active. Solar wind speed remains elevated near 500 km/s, but is
declining. The most disturbed geomagnetic periods occurred between
14/0100 - 1300Z when the IMF Bz was predominantly southward.
D.  Stratwarm:  Not Available
E.  Daily Indices: (real-time preliminary/estimated values)
10 cm 090  SSN 061  Afr/Ap 010/011   X-ray Background C1.0
Daily Proton Fluence (flux accumulation over 24 hrs)
GT 1 MeV 1.4e+07   GT 10 MeV 2.0e+06 p/(cm2-ster-day)
(GOES-11 satellite synchronous orbit W115 degrees)
Daily Electron Fluence
GT 2 MeV 2.40e+08 e/(cm2-ster-day)
(GOES-12 satellite synchronous orbit W75 degrees)
3 Hour K-indices:
Boulder 2 4 3 2 2 2 2 1 Planetary 2 4 3 3 2 2 1 1 
F.  Comments:  None

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

14-JUL-2005 15:00 - 18:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

14-JUL-2005 18:00 - 21:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

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

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

15-JUL-2005 03:00 - 06:00 UTC
ECSZ Mojave Desert Block: Infrasonic Spectrogram

MT ULF UPDATE: July 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 Friday. The Peak (Crustal) Infrasonic Harmonic Resonant Frequency was measured at 0.94 Hz (-70.49 dBv). The ULF and MT activity level was moderate to high during the past 24 hours. The inferred mean average unclamping level was increased. The ULF mean average was decreased (negative). The MT peak reading measured 8.7 units of regional lithospheric stress. The MT mean average measured 7.1 units. There were no detected ULF suppression incidents. There were no periods with severe unclamping (dilatancy). There was upper level infrasonic resonant harmonic activity at 5 Hz observed on the electronic tracking filter. Twin strong scalar energy pulses were observed late in the period.

M3.8 2005/07/16 04:58:31 34.844 -116.324 1.9 20 km ( 13 mi) NW of Ludlow, CA
M3.5 2005/07/16 06:46:09 34.844 -116.323 0.4 20 km ( 13 mi) NW of Ludlow, CA

All daily charts were updated to reflect the latest analysis.

General Discussion:
There were two strong infrasonic scalar pulses detected approximately four hours prior to a M3.8 earthquake epicentered 13 miles NW of Ludlow, CA which was added to the short term WARNING list 24 hours ago. This is an example of the kind of accuracy that can be achieved using this excellent method of earthquake prediction. Both timing and location were extremely close to the previously forecasted in depth analysis. Many were expecting an earthquake to the east where the two M3.1's were epicentered. However, the previous days analysis as confirmed in my daily forecast inferred that it was the Pisgah fault which was undergoing high lithospheric stress prior to these two earthquakes, and was the closest to rupture within 24 hours. I'm completely satisified with the results of the short term analysis, which is going to become much more frequent in the near term. Solar Flare Induced Magnetospheric Influences on the Sub-Ionosphere

Joint USAF/NOAA Solar and Geophysical Activity Summary
SGAS Number 197 Issued at 0245Z on 16 Jul 2005
This report is compiled from data received at SWO on 15 Jul
A.  Energetic Events
Begin  Ma