Fossil microtomography scanning. Researcher positioning a Baculites fossil on a beamline (green) for a microtomography scan. This scanning technique u


Fossil microtomography scanning. Researcher positioning a Baculites fossil on a beamline (green) for a microtomography scan. This scanning technique uses high-resolution X-ray scanning (computed tomography) to record microscopic internal structure. An advanced version is synchrotron X-ray tomographic microscopy (SRXTM). This is the ID19 beamline at the European Synchrotron Radiation Facility (ESRF), in Grenoble, France. Baculites is a straight-shelled form of ammonite. The specimen is from the French National Museum of Natural History (MNHN), Paris, France. Photographed in 2011.


Size: 5173px × 3449px
Photo credit: © PASCAL GOETGHELUCK/SCIENCE PHOTO LIBRARY / Alamy / Afripics
License: Licensed
Model Released: No

Keywords: -invasive, 2011, 21st, adult, amber, ammonite, animal, baculites, beamline, biological, biologist, biology, caucasian, century, cephalopod, dhistoire, engineering, equipment, esrf, europe, european, facility, fauna, fossil, fossilisation, fossilised, fossilization, fossilized, fossils, france, french, grenoble, high-resolution, historical, history, holder, human, id19, invertebrate, lab, laboratory, laser, machine, male, man, mnhn, modeling, modelling, mollusc, museum, national, natural, naturelle, palaeontological, palaeontologist, palaeontology, palaeozoology, paleontological, paleontologist, paleontology, paul, people, person, prehistoric, prehistory, radiation, research, researcher, researching, resin, sample, scanned, scanner, scanning, scientist, shelled, specimen, srxtm, straight, synchrotron, tafforeau, technique, technological, technology, white, wildlife, zoological, zoologist, zoology