Diorite Porphyry Mt St Hilaire Quebec Canada 4674.JPG - Flickr
Diorite Porphyry is an intrusive igneous rock, characterized by its distinct, large crystals (phenocrysts) embedded in a finer-grained groundmass.
Based on the search results, the file "4674.jpg" is a high-resolution image of a geological sample taken from Mt St Hilaire, Quebec, Canada. Here is content based on this image: 🔬 Geological Spotlight: Diorite Porphyry Source: Captured near Mt St Hilaire, Quebec, Canada.
This rock forms through the cooling and solidification of magma, often indicating a two-stage cooling process deep within the earth's crust. 📸 Image Technical Details (EXIF Data) Camera: Nikon D700 Photographer: Shutterstone.com; Dave Dyet Date Taken: 2010:05:24 13:11:28 Settings: Aperture , Focal Length 105.0 mm, ISO 200 Lighting: Flash off 💡 Potential Uses
This image is suitable for educational materials, geology blog posts, or digital archives focused on igneous rocks and Canadian petrology.
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4674.jpg -
Diorite Porphyry Mt St Hilaire Quebec Canada 4674.JPG - Flickr
Diorite Porphyry is an intrusive igneous rock, characterized by its distinct, large crystals (phenocrysts) embedded in a finer-grained groundmass. 4674.jpg
Based on the search results, the file "4674.jpg" is a high-resolution image of a geological sample taken from Mt St Hilaire, Quebec, Canada. Here is content based on this image: 🔬 Geological Spotlight: Diorite Porphyry Source: Captured near Mt St Hilaire, Quebec, Canada. Diorite Porphyry Mt St Hilaire Quebec Canada 4674
This rock forms through the cooling and solidification of magma, often indicating a two-stage cooling process deep within the earth's crust. 📸 Image Technical Details (EXIF Data) Camera: Nikon D700 Photographer: Shutterstone.com; Dave Dyet Date Taken: 2010:05:24 13:11:28 Settings: Aperture , Focal Length 105.0 mm, ISO 200 Lighting: Flash off 💡 Potential Uses This rock forms through the cooling and solidification
This image is suitable for educational materials, geology blog posts, or digital archives focused on igneous rocks and Canadian petrology.