Cellular Texture

This was a metamorphic rock that had been cross-cut by a network of quartz veins. Quartz is more resistant than the metamorphic rock, which contained minerals formed at high temperature and pressure. Consequently, the quartz veins have resisted weathering and stand proud. Hot Springs, Arkansas, USA.

This was a metamorphic rock that had been cross-cut by a network of quartz veins. Quartz is more resistant than the metamorphic rock, which contained minerals formed at high temperature and pressure. Consequently, the quartz veins have resisted weathering and stand proud. Hot Springs, Arkansas, USA.
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Trevascus mine, Gwinear, Cornwall Red and yellow concentric rings; polished. New South Wales, Australia This was a metamorphic rock that had been cross-cut by a network of quartz veins. Quartz is more resistant than the metamorphic rock, which contained minerals formed at high temperature and pressure. Consequently, the quartz veins have resisted weathering and stand proud. Hot Springs, Arkansas, USA. Coralloidal Mass. Eisenerz, Styria, Austria. A large martian meteorite seen falling to earth in Egypt, 1911.
Image Name: london_2014-04-18_10-34-28
Index Page:
File Name:london_2014-04-18_10-34-28
Index PageMuseums..Natural History Museum
Date2014-04-18 10:34:28
DescriptionThis was a metamorphic rock that had been cross-cut by a network of quartz veins. Quartz is more resistant than the metamorphic rock, which contained minerals formed at high temperature and pressure. Consequently, the quartz veins have resisted weathering and stand proud. Hot Springs, Arkansas, USA.
CountyLondon
CountryUnited Kingdom
CopyrightCopyright 2014 Kenvyn & Debbie Davies
Tags 2014 Capital City City England Fujifilm Fujifilm X-T1 Fujinon Fujinon XF18-55mmF2.8-4.0 Geology Indoors Kensington London Museum Exhibit Natural History Museum
CameraFuji X-T1
LensXF18-55mmF2.8-4 R LM OIS 
Focal Length18mm
Focal Length (35mm)27mm
Shutter Speed1/80
Aperturef/2.8
ISO Speed200

Image location