ABSTRACT—A fossil plant of Eocene age from Antarctica was studied using X-ray and neutron tomography to reveal the three-dimensional plant structures encased within carbonate nodules. The fossil was identified as a branch and leaves of an araucarian conifer, which grew on the volcanic highlands of the Antarctic Peninsula region approximately 50 million yr ago. Both X-ray and neutron imaging techniques successfully exposed the full three-dimensional structure of the fossil without destroying the original specimen, revealing that most of the fossil was present as voids in the concretion and little organic matter was present. However, neutron tomography was found to produce images with superior quality and detail
Early Tertiary sediments of the Antarctic Peninsula region continue to yield a rich assemblage of we...
X-ray computed tomography (CT) is a relatively new technology which has been used as a powerful rese...
International audiencePalaeontology relies on the description of fossil morphologies to understand t...
A fossil plant of Eocene age from Antarctica was studied using X-ray and neutron tomography to revea...
Computed tomography is an increasingly popular technique for the non-destructivestudy of fossils. Wh...
Computed tomography is an increasingly popular technique for the non-destructive study of fossils. W...
Neutron tomographic reconstructions, macrophotography, transmitted light microscopy and fluorescence...
An extensive collection of compressed altered remains, including leafy shoots and ovules similar to ...
Late Cretaceous angiosperm leaf floras from the Antarctic Peninsula have been studied and described ...
Fossil plants are commonly found preserved as impression/compression fossils; rarer but more informa...
The evolution of Antarctic climate from a Cretaceous greenhouse into the Neogene icehouse is capture...
Isolated conifer female reproductive structures are common fossil elements from Cenomanian (ca 99–94...
Fossil woods from Paleocene sediments of the Cross Valley Formation (Seymour Island, Antarctic Penin...
Paleontological exploration has a long history in Argentina. The rich and diverse Argentinian fossil...
We have found fossil angiosperm leaves more than 1,000 km further south than any other previously re...
Early Tertiary sediments of the Antarctic Peninsula region continue to yield a rich assemblage of we...
X-ray computed tomography (CT) is a relatively new technology which has been used as a powerful rese...
International audiencePalaeontology relies on the description of fossil morphologies to understand t...
A fossil plant of Eocene age from Antarctica was studied using X-ray and neutron tomography to revea...
Computed tomography is an increasingly popular technique for the non-destructivestudy of fossils. Wh...
Computed tomography is an increasingly popular technique for the non-destructive study of fossils. W...
Neutron tomographic reconstructions, macrophotography, transmitted light microscopy and fluorescence...
An extensive collection of compressed altered remains, including leafy shoots and ovules similar to ...
Late Cretaceous angiosperm leaf floras from the Antarctic Peninsula have been studied and described ...
Fossil plants are commonly found preserved as impression/compression fossils; rarer but more informa...
The evolution of Antarctic climate from a Cretaceous greenhouse into the Neogene icehouse is capture...
Isolated conifer female reproductive structures are common fossil elements from Cenomanian (ca 99–94...
Fossil woods from Paleocene sediments of the Cross Valley Formation (Seymour Island, Antarctic Penin...
Paleontological exploration has a long history in Argentina. The rich and diverse Argentinian fossil...
We have found fossil angiosperm leaves more than 1,000 km further south than any other previously re...
Early Tertiary sediments of the Antarctic Peninsula region continue to yield a rich assemblage of we...
X-ray computed tomography (CT) is a relatively new technology which has been used as a powerful rese...
International audiencePalaeontology relies on the description of fossil morphologies to understand t...