Geo Dynamics is India’s Pioneering Company committed to provide quality Dynamic Pile Load Testing, High Strain Dynamic Pile Testing, Low Strain Integrity Testing services using latest Pile Driving Analyzers, Pile Integrity Testers & NDT equipments.

Geo Dynamics is India’s Pioneering Company committed to provide quality Dynamic Pile Load Testing, High Strain Dynamic Pile Testing, Low Strain Integrity Testing services using latest Pile Driving Analyzers, Pile Integrity Testers & NDT equipments.

Geo Dynamics is India’s Pioneering Company committed to provide quality Dynamic Pile Load Testing, High Strain Dynamic Pile Testing, Low Strain Integrity Testing services using latest Pile Driving Analyzers, Pile Integrity Testers & NDT equipments.

Le petit vieux chauve à gauche, c'est Gerald Schubert, un des auteurs du Turcotte et Schubert (Geodynamics)! Mon idole!

Talk sur comment ils on interprété qu'il y avait une large fraction de l'asthenosphère de Io qui est fondue à partir de modèles MagnétoHydroDynamiques et les mesures de champ magnétique faite par Galileo. L'idée, c'est que plus t'as de melts, plus l'asthénosphère est conductive, plus t'as d'induction dûe à la magnétosphère de Jupiter, et ça se voit sur le champ magnétique mesuré par Galileo. Pretty neat!

Meet & greet with Dr. Jacob Bleacher (right) and Dr. Noah Petro (left).

Planetary Geodynamics Laboratory - PLANETARY GEOLOGY AND GEOPHYSICS

core2.gsfc.nasa.gov/Planetary/planetary.html

The tectonophysical structural-geodynamical map of a coal bed h11 of Suhodolskaya East mine (Donbass)

Созданная мной в 1985г #тектонофизическая #структурно_геодинамическая_модель доказывает верность всех моих публикаций, начиная с 1985г (2020-1985=35 лет), когда я впервые выявил связь #геополей (#электросопротивления, #радиоактивности, #трещиноватости, #мощности_пластов и #глубин_пластов) #угленосной_толщи #шахты_Суходольская_Восточная с #локальным_полем_напряжений #тектонических_разрывов

Множество таких же и более сложных изображений и моделей смотрите в моих Альбомах и публикациях.

P9080486

Photo IMG_7370 prise le 2 juin 2025.

L'île de Sifnos appartient à l'unité des schistes bleus des Cyclades (Cycladic Blueschist Unit). Celle-ci se décompose en deux sous unités : la Cheronissos Unit s'étend en gros du nord au centre et au sud de l'île jusqu'à Fikiadas, tandis que la Faros Unit affleure à l'est, de Platys Gialos à Apollonia par Chrysopigi, Faros et Kastro.

Voir Vincent Roche et al., "Anatomy of the Cycladic Blueschist Unit on Sifnos Island (Cyclades, Greece)", Journal of Geodynamics, 97, 2016, p. 62-87 : www.sciencedirect.com/science/article/pii/S0264370715300557

Participantes en el Workshop sobre Medio Ambiente Geodynamics in fragile landscape systems of the Mediterranean: A multidisciplinary approach, en la Sede Antonio Machado de la UNIA en Baeza. 14 de octubre de 2009.

Diamond samples with IGSN labels, from the Deep Carbon Observatory’s Diamonds and Mantle Geodynamics of Carbon initiative. Credit: Kerstin Lehnert

Geo Dynamics is India’s Pioneering Company committed to provide quality testing services to the pile foundation and construction industry using latest Pile Driving Analyzers, Pile Integrity Testers & NDT equipments.

Photo IMG_7343 prise le 2 juin 2025.

L'île de Sifnos appartient à l'unité des schistes bleus des Cyclades (Cycladic Blueschist Unit). Celle-ci se décompose en deux sous unités : la Cheronissos Unit s'étend en gros du nord au centre et au sud de l'île jusqu'à Fikiadas, tandis que la Faros Unit affleure à l'est, de Platys Gialos à Apollonia par Chrysopigi, Faros et Kastro.

Voir Vincent Roche et al., "Anatomy of the Cycladic Blueschist Unit on Sifnos Island (Cyclades, Greece)", Journal of Geodynamics, 97, 2016, p. 62-87 : www.sciencedirect.com/science/article/pii/S0264370715300557

The Space Shuttle Columbia is launched from Pad 39B on a ten-day mission with a crew of five NASA Astronauts and a Canadian Payload Specialist. The Photograph was taken by astronaut Steven R. Nagel from a Shuttle Training Aircraft. Mission STS-52 payloads onboard include the Laser Geodynamic Satellite II..

October 22, 1992

Institut Central pour Météorologie et Géodynamique, Instituto Central para Meteorología y Geodinámica, Istituto Centrale per Meteorologia e Geodinamica

Institut Central pour Météorologie et Géodynamique, Instituto Central para Meteorología y Geodinámica, Istituto Centrale per Meteorologia e Geodinamica

The Greek island of Nisyros is a volcano located at the easternmost end of the Aegean Volcanic Arc, within the Dodecanese archipelago, situated south of Kos. It has a circular form with a diameter of about 10 kilometers.

The island is a remnant of a prehistoric volcanic field from which 160,000 years ago the largest eruption in the eastern Mediterranean (Kos plateau tuff) devastated the entire Dodecanese islands. The explosion of the Kos volcano was many times stonger than the one that happened at Santorini in Minoan times. The south-western part of Kos was blown in the air by a huge eruption and even today you can find thick layers of pumice and pyroclastic rocks on the island.

Actually, Nisyros is one big strato-volcano and may have risen as high as 1000 metres 24,000 years ago. The main central cone of the volcano then collapsed during an eruption to leave the 3.8 km-wide caldera we see today, around 400 metres high. The eruption covered the sides of the island with a layer of pumice stones and pyroclastic deposits 100 meters thick.

Violent earthquakes and steam blasts accompanied the most recent hydrothermal eruptions in 1871-1873 and 1887 and left large crater holes behind.

In 1996 and 1997 seismic activity started again with earthquakes of magnitudes up to 5.5 and with hypocenters down to 10 km depth. The present geodynamic activity encompasses high seismic unrest and widespread fumarolic activity.

Institut Central pour Météorologie et Géodynamique, Instituto Central para Meteorología y Geodinámica, Istituto Centrale per Meteorologia e Geodinamica

Institut Central pour Météorologie et Géodynamique, Instituto Central para Meteorología y Geodinámica, Istituto Centrale per Meteorologia e Geodinamica

Institut Central pour Météorologie et Géodynamique, Instituto Central para Meteorología y Geodinámica, Istituto Centrale per Meteorologia e Geodinamica

Institut Central pour Météorologie et Géodynamique, Instituto Central para Meteorología y Geodinámica, Istituto Centrale per Meteorologia e Geodinamica

In the aftermath of the powerful 8.8-magnitude earthquake that struck Kamchatka, Russia, on July 30, American scientist Dr. Egon Cholakian has released an urgent analysis connecting the disaster to escalating global geodynamic risks and prior ALLATRA forecasts.

Dr. Cholakian showed the facts about the Siberian mantle plume as a primary factor, calling the Kamchatka event a clear signal marking the onset of a new acute geodynamic phase. He explains that this phase is accompanied by the activation of the Siberian mantle plume in Russia.

He notes a forecast by his colleague, Mr. Danilov, in early June 2025, who forecasted a mega-quake with a probable occurrence window extending into early August north of the Japanese archipelago, which the Kamchatka event confirmed, validating Mr. Danilov’s seismic forecasting method.

Dr. Cholakian comments on the Russian Academy of Sciences' approaches to explaining the nature of earthquakes relying on accumulated tectonic stress or solar activity. Seismic activity has risen exponentially in recent decades, uncorrelated with solar cycles' 11-year rhythm. No anomalous solar activity preceded the Kamchatka earthquake, undermining those claims.

He notes that ALLATRA IPM's interdisciplinary climate model issued early warnings, leading to its designation as an extremist organization in Russia in June 2025 and laws prohibiting searching on the internet related materials, aimed at concealing the causes of intensifying catastrophes.

Egon Cholakian warns that without science-based solutions like controlled degassing, earthquakes of this scale could happen weekly in five years.

In the final part of the address, Egon Cholakian calls on the global community to adopt a more conscious and science-based approach to evaluating geodynamic risks.

Read the full news here: allatra.org/press-release/kamchatka-earthquake-validates-...

Featured on: Yahoo! Finance, Benzinga, DC NEWS NOW, FOX 4, FOX 40, International Business Times, Boston Herald, Miami Mirror, Chicago Chronicle, ABC 27, ABC 4, CBS 42, CBS 17, Morning Star, NBC 4, AP

#Earthquake

#Kamchatka

#Geodynamics

#ClimateScience

#ALLATRA

#ScientificForecasting

#EgonCholakian

#Danilov

Institut Central pour Météorologie et Géodynamique, Instituto Central para Meteorología y Geodinámica, Istituto Centrale per Meteorologia e Geodinamica

Institut Central pour Météorologie et Géodynamique, Instituto Central para Meteorología y Geodinámica, Istituto Centrale per Meteorologia e Geodinamica

Figure 11 de l'article de Vincent Roche et al., "Anatomy of the Cycladic Blueschist Unit on Sifnos Island (Cyclades, Greece)", Journal of Geodynamics, 97, 2016, p. 62-87 : www.sciencedirect.com/science/article/pii/S0264370715300557

Institut Central pour Météorologie et Géodynamique, Instituto Central para Meteorología y Geodinámica, Istituto Centrale per Meteorologia e Geodinamica

Institut Central pour Météorologie et Géodynamique, Instituto Central para Meteorología y Geodinámica, Istituto Centrale per Meteorologia e Geodinamica

In the aftermath of the powerful 8.8-magnitude earthquake that struck Kamchatka, Russia, on July 30, American scientist Dr. Egon Cholakian has released an urgent analysis connecting the disaster to escalating global geodynamic risks and prior ALLATRA forecasts.

Dr. Cholakian showed the facts about the Siberian mantle plume as a primary factor, calling the Kamchatka event a clear signal marking the onset of a new acute geodynamic phase. He explains that this phase is accompanied by the activation of the Siberian mantle plume in Russia.

He notes a forecast by his colleague, Mr. Danilov, in early June 2025, who forecasted a mega-quake with a probable occurrence window extending into early August north of the Japanese archipelago, which the Kamchatka event confirmed, validating Mr. Danilov’s seismic forecasting method.

Dr. Cholakian comments on the Russian Academy of Sciences' approaches to explaining the nature of earthquakes relying on accumulated tectonic stress or solar activity. Seismic activity has risen exponentially in recent decades, uncorrelated with solar cycles' 11-year rhythm. No anomalous solar activity preceded the Kamchatka earthquake, undermining those claims.

He notes that ALLATRA IPM's interdisciplinary climate model issued early warnings, leading to its designation as an extremist organization in Russia in June 2025 and laws prohibiting searching on the internet related materials, aimed at concealing the causes of intensifying catastrophes.

Egon Cholakian warns that without science-based solutions like controlled degassing, earthquakes of this scale could happen weekly in five years.

In the final part of the address, Egon Cholakian calls on the global community to adopt a more conscious and science-based approach to evaluating geodynamic risks.

Read the full news here: allatra.org/press-release/kamchatka-earthquake-validates-...

Featured on: Yahoo! Finance, Benzinga, DC NEWS NOW, FOX 4, FOX 40, International Business Times, Boston Herald, Miami Mirror, Chicago Chronicle, ABC 27, ABC 4, CBS 42, CBS 17, Morning Star, NBC 4, AP

#Earthquake

#Kamchatka

#Geodynamics

#ClimateScience

#ALLATRA

#ScientificForecasting

#EgonCholakian

#Danilov

Institut Central pour Météorologie et Géodynamique, Instituto Central para Meteorología y Geodinámica, Istituto Centrale per Meteorologia e Geodinamica

Institut Central pour Météorologie et Géodynamique, Instituto Central para Meteorología y Geodinámica, Istituto Centrale per Meteorologia e Geodinamica

Athens, Jul 16 – Greece’s Institute of Geodynamics says that a magnitude 5.3 earthquake has rattled the island of Crete, reports AP/UNB.

The earthquake occurred at 11:30 p.m. local time (2030 GMT) off the southern coast of Crete, at a depth of 10 kilometers (6.2 miles). The Institute...

thebangladeshtoday.com/2017/07/strong-earthquake-rattles-...

Extrait de la figure 11 de l'article de Vincent Roche et al., "Anatomy of the Cycladic Blueschist Unit on Sifnos Island (Cyclades, Greece)", Journal of Geodynamics, 97, 2016, p. 62-87 : www.sciencedirect.com/science/article/pii/S0264370715300557

Melba Roy Mouton (1929-1990) was a mathematician and computer programmer in NASA’s Trajectory and Geodynamics Division. via NASA ift.tt/Erx2kjA

Institut Central pour Météorologie et Géodynamique, Instituto Central para Meteorología y Geodinámica, Istituto Centrale per Meteorologia e Geodinamica

In the aftermath of the powerful 8.8-magnitude earthquake that struck Kamchatka, Russia, on July 30, American scientist Dr. Egon Cholakian has released an urgent analysis connecting the disaster to escalating global geodynamic risks and prior ALLATRA forecasts.

Dr. Cholakian showed the facts about the Siberian mantle plume as a primary factor, calling the Kamchatka event a clear signal marking the onset of a new acute geodynamic phase. He explains that this phase is accompanied by the activation of the Siberian mantle plume in Russia.

He notes a forecast by his colleague, Mr. Danilov, in early June 2025, who forecasted a mega-quake with a probable occurrence window extending into early August north of the Japanese archipelago, which the Kamchatka event confirmed, validating Mr. Danilov’s seismic forecasting method.

Dr. Cholakian comments on the Russian Academy of Sciences' approaches to explaining the nature of earthquakes relying on accumulated tectonic stress or solar activity. Seismic activity has risen exponentially in recent decades, uncorrelated with solar cycles' 11-year rhythm. No anomalous solar activity preceded the Kamchatka earthquake, undermining those claims.

He notes that ALLATRA IPM's interdisciplinary climate model issued early warnings, leading to its designation as an extremist organization in Russia in June 2025 and laws prohibiting searching on the internet related materials, aimed at concealing the causes of intensifying catastrophes.

Egon Cholakian warns that without science-based solutions like controlled degassing, earthquakes of this scale could happen weekly in five years.

In the final part of the address, Egon Cholakian calls on the global community to adopt a more conscious and science-based approach to evaluating geodynamic risks.

Read the full news here: allatra.org/press-release/kamchatka-earthquake-validates-...

Featured on: Yahoo! Finance, Benzinga, DC NEWS NOW, FOX 4, FOX 40, International Business Times, Boston Herald, Miami Mirror, Chicago Chronicle, ABC 27, ABC 4, CBS 42, CBS 17, Morning Star, NBC 4, AP

#Earthquake

#Kamchatka

#Geodynamics

#ClimateScience

#ALLATRA

#ScientificForecasting

#EgonCholakian

#Danilov

In the aftermath of the powerful 8.8-magnitude earthquake that struck Kamchatka, Russia, on July 30, American scientist Dr. Egon Cholakian has released an urgent analysis connecting the disaster to escalating global geodynamic risks and prior ALLATRA forecasts.

Dr. Cholakian showed the facts about the Siberian mantle plume as a primary factor, calling the Kamchatka event a clear signal marking the onset of a new acute geodynamic phase. He explains that this phase is accompanied by the activation of the Siberian mantle plume in Russia.

He notes a forecast by his colleague, Mr. Danilov, in early June 2025, who forecasted a mega-quake with a probable occurrence window extending into early August north of the Japanese archipelago, which the Kamchatka event confirmed, validating Mr. Danilov’s seismic forecasting method.

Dr. Cholakian comments on the Russian Academy of Sciences' approaches to explaining the nature of earthquakes relying on accumulated tectonic stress or solar activity. Seismic activity has risen exponentially in recent decades, uncorrelated with solar cycles' 11-year rhythm. No anomalous solar activity preceded the Kamchatka earthquake, undermining those claims.

He notes that ALLATRA IPM's interdisciplinary climate model issued early warnings, leading to its designation as an extremist organization in Russia in June 2025 and laws prohibiting searching on the internet related materials, aimed at concealing the causes of intensifying catastrophes.

Egon Cholakian warns that without science-based solutions like controlled degassing, earthquakes of this scale could happen weekly in five years.

In the final part of the address, Egon Cholakian calls on the global community to adopt a more conscious and science-based approach to evaluating geodynamic risks.

Read the full news here: allatra.org/press-release/kamchatka-earthquake-validates-...

Featured on: Yahoo! Finance, Benzinga, DC NEWS NOW, FOX 4, FOX 40, International Business Times, Boston Herald, Miami Mirror, Chicago Chronicle, ABC 27, ABC 4, CBS 42, CBS 17, Morning Star, NBC 4, AP

#Earthquake

#Kamchatka

#Geodynamics

#ClimateScience

#ALLATRA

#ScientificForecasting

#EgonCholakian

#Danilov

Once lying flat on the Pacific Ocean floor, millions of years of geodynamics (plate tectonics) has pushed this bedrock against North America and turned it vertical. In a few million years the flat bedrock (lower right) will also go vertical

The Greek island of Nisyros is a volcano located at the easternmost end of the Aegean Volcanic Arc, within the Dodecanese archipelago, situated south of Kos. It has a circular form with a diameter of about 10 kilometers.

The island is a remnant of a prehistoric volcanic field from which 160,000 years ago the largest eruption in the eastern Mediterranean (Kos plateau tuff) devastated the entire Dodecanese islands. The explosion of the Kos volcano was many times stonger than the one that happened at Santorini in Minoan times. The south-western part of Kos was blown in the air by a huge eruption and even today you can find thick layers of pumice and pyroclastic rocks on the island.

Actually, Nisyros is one big strato-volcano and may have risen as high as 1000 metres 24,000 years ago. The main central cone of the volcano then collapsed during an eruption to leave the 3.8 km-wide caldera we see today, around 400 metres high. The eruption covered the sides of the island with a layer of pumice stones and pyroclastic deposits 100 meters thick.

Violent earthquakes and steam blasts accompanied the most recent hydrothermal eruptions in 1871-1873 and 1887 and left large crater holes behind.

In 1996 and 1997 seismic activity started again with earthquakes of magnitudes up to 5.5 and with hypocenters down to 10 km depth. The present geodynamic activity encompasses high seismic unrest and widespread fumarolic activity.

Institut Central pour Météorologie et Géodynamique, Instituto Central para Meteorología y Geodinámica, Istituto Centrale per Meteorologia e Geodinamica

Figure 2 de l'article de Vincent Roche et al., "Anatomy of the Cycladic Blueschist Unit on Sifnos Island (Cyclades, Greece)", Journal of Geodynamics, 97, 2016, p. 62-87 : www.sciencedirect.com/science/article/pii/S0264370715300557

Figure 4A de l'article de Vincent Roche et al., "Anatomy of the Cycladic Blueschist Unit on Sifnos Island (Cyclades, Greece)", Journal of Geodynamics, 97, 2016, p. 62-87 : www.sciencedirect.com/science/article/pii/S0264370715300557

Noter l'intensité de la déformation affectant tout le secteur de Faros à Chrysopigi.

Figure 4B de l'article de Vincent Roche et al., "Anatomy of the Cycladic Blueschist Unit on Sifnos Island (Cyclades, Greece)", Journal of Geodynamics, 97, 2016, p. 62-87 : www.sciencedirect.com/science/article/pii/S0264370715300557

La ligne A-A'-A'' correspond au tracé de la coupe subméridienne sur laquelle les schistes verts de l'unité de Faros affleurent en fenêtre sous les terrains de l'unité de Cheronissos. Dans le secteur de Faros, noter les lentilles de marbres (en bleu clair) emballées dans les schistes verts à épidote (en vert olive).

Photo IMG_7369 prise le 2 juin 2025.

L'île de Sifnos appartient à l'unité des schistes bleus des Cyclades (Cycladic Blueschist Unit). Celle-ci se décompose en deux sous unités : la Cheronissos Unit s'étend en gros du nord au centre et au sud de l'île jusqu'à Fikiadas, tandis que la Faros Unit affleure à l'est, de Platys Gialos à Apollonia par Chrysopigi, Faros et Kastro.

Voir Vincent Roche et al., "Anatomy of the Cycladic Blueschist Unit on Sifnos Island (Cyclades, Greece)", Journal of Geodynamics, 97, 2016, p. 62-87 : www.sciencedirect.com/science/article/pii/S0264370715300557