@claudeauto36: #creatorsearchinsights 🚗 PEUGEOT 308 GT 225 CH – 2018 | FULL OPTIONS 💰 Prix : 2500 € 🔹 Motorisation : 1.6 essence – 225 ch 🔹 Boîte automatique EAT8 🔹 Véhicule de seconde main avec suivi d’entretien 🔹 Entretien exclusivement chez Peugeot 🔹 Contrôle technique OK ✨ Équipements et options : * Sièges cuir/Alcantara avec surpiqûres rouges * Toit panoramique * Caméra de recul * Apple CarPlay et Android Auto * Bluetooth, USB et AUX * Radars de détection d’obstacles à 360° * Modes de conduite Sport et Eco * Volant sport méplat GT * Éclairage d’ambiance * Aide au maintien dans la voie * Régulateur de vitesse adaptatif * 4 vitres électriques * Climatisation automatique bi-zone * Feux LED automatiques * Jantes alliage GT * Diffuseur arrière GT * Prise 230 V à l’arrière * Accoudoir central arrière avec porte-gobelets 🔧 À prévoir : une révision. 📌 Vente privilégiée aux professionnels de l’automobile. 📩 Merci de contacter uniquement pour des demandes sérieuses. L’annonce étant en ligne, le véhicule est disponible. Merci d’éviter les messages du type « Toujours disponible ? ». #Peugeot308GT #PeugeotGT #VoitureOccasion #VenteAutomobile

Claude auto
Claude auto
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Monday 26 October 2026 15:43:32 GMT
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yayo.banks7
Yayo Banks :
toujours disponible
2026-10-27 02:08:59
1
aigledumali
aigle du 🇲🇱 :
Je suis intéressé
2026-10-26 16:21:29
0
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🌎 Along the western coast of Canada and southeastern Alaska lies one of North America’s most active tectonic systems — the Queen Charlotte–Fairweather Fault. This video explores the complex interaction between the Pacific and North American plates and the connection between this fault system and the Cascadia Subduction Zone. 🌊 🔬 The video explains: • how the Queen Charlotte Fault works and why its motion is primarily horizontal; • why the magnitude 7.8 Haida Gwaii earthquake of 2012 became an important subject of scientific research; • how oblique plate motion can combine strike-slip and thrust components; • why the region between British Columbia and Alaska remains seismically active; • how faults, seafloor structures and plate movement create a complex tectonic system. 🛰️ 🌊 The video also examines the Cascadia Subduction Zone, where an oceanic plate is being pushed beneath the North American Plate. The last great Cascadia earthquake occurred on January 26, 1700. Geological evidence and historical Japanese records of a tsunami provide evidence for this event. Research shows that similar earthquakes have occurred repeatedly over thousands of years, but the intervals between them are not an exact timer for the next earthquake. (USGS) 📡 Modern research on the Queen Charlotte–Fairweather system focuses on fault segmentation, slip rates, ancient earthquakes and possible tsunami scenarios. USGS research confirms that the system is capable of producing large earthquakes, while the 2012 and 2013 events provided important information about its structure. (USGS) 🏙️ For coastal communities and ports, key concerns include earthquake-resistant construction, soil liquefaction, tsunami hazards and the resilience of transportation and energy infrastructure. 🌐 Important: the proximity of several major faults does not mean that an earthquake on one fault will automatically trigger a large chain reaction on another. Seismic systems have complex geometries, and any interaction depends on specific geological conditions. ⚠️ This video is intended for educational and informational purposes and is based on publicly available sources. #canada #earthquake #geology #tectonics #cascadia
🌎 Along the western coast of Canada and southeastern Alaska lies one of North America’s most active tectonic systems — the Queen Charlotte–Fairweather Fault. This video explores the complex interaction between the Pacific and North American plates and the connection between this fault system and the Cascadia Subduction Zone. 🌊 🔬 The video explains: • how the Queen Charlotte Fault works and why its motion is primarily horizontal; • why the magnitude 7.8 Haida Gwaii earthquake of 2012 became an important subject of scientific research; • how oblique plate motion can combine strike-slip and thrust components; • why the region between British Columbia and Alaska remains seismically active; • how faults, seafloor structures and plate movement create a complex tectonic system. 🛰️ 🌊 The video also examines the Cascadia Subduction Zone, where an oceanic plate is being pushed beneath the North American Plate. The last great Cascadia earthquake occurred on January 26, 1700. Geological evidence and historical Japanese records of a tsunami provide evidence for this event. Research shows that similar earthquakes have occurred repeatedly over thousands of years, but the intervals between them are not an exact timer for the next earthquake. (USGS) 📡 Modern research on the Queen Charlotte–Fairweather system focuses on fault segmentation, slip rates, ancient earthquakes and possible tsunami scenarios. USGS research confirms that the system is capable of producing large earthquakes, while the 2012 and 2013 events provided important information about its structure. (USGS) 🏙️ For coastal communities and ports, key concerns include earthquake-resistant construction, soil liquefaction, tsunami hazards and the resilience of transportation and energy infrastructure. 🌐 Important: the proximity of several major faults does not mean that an earthquake on one fault will automatically trigger a large chain reaction on another. Seismic systems have complex geometries, and any interaction depends on specific geological conditions. ⚠️ This video is intended for educational and informational purposes and is based on publicly available sources. #canada #earthquake #geology #tectonics #cascadia

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