Metadata 452
Supervisor:
Mgr. Lucie KouckáPhotogrammetric 3D model shows part of the Jizerka stream in the Jizerka village. This area is famous for historical and current illegal sapphire mining. This area has been historically famous for precious stones (sapphire and izerine) which makes it still attractive for individual searchers. Currently any mining activities are strictly forbidden. 3D model enabled to study past systematic mining in this area, including estimation of number of stones obtained.
Supervisor:
Ing. Radek SvítilWeb visualization of the 3D photogrammetric model of a part of the Jizerka stream watershed.
Supervisor:
Mgr. Ondřej ŠvageraPhotogrammetric 3D model of the northern bank of the Nechranice dam in the Czech Republic, composed of uncemented sandstone, intercalated with clay, caustobiolites and volcanic or volcanoclastic material. The model captures the normal fault structure separating the sandstone part (left side of the model) and the sandstone with clay and caustobiolite inserts (right side of the model), including a recent landslide. The imaging of the area took place in the summer of 2018, when during the dry season the water...
Supervisor:
Ing. Radek SvítilWeb visualization of the 3D photogrammetric model of a part of the Nechranice dam northen bank.
Supervisor:
RNDr. Martina Nohejlová, Ph.D.Web visualization of the photogrammetric 3D model of fossil fragments of a skeleton of a marine reptile of the family Elasmosauridae from the Upper Cretaceous (Snow Hill Island Formation) of Cap Lamb on Vega Island in Antarctica. Detailed view of a plesiosaurid caudal vertebra. This marine reptile from Antarctica was up to 6 metres long.
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RNDr. Martina Nohejlová, Ph.D.Web visualization of the photogrammetric 3D model of Jurassic ammonite Lytoceras originated from the locality Štramberk.
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RNDr. Martina Nohejlová, Ph.D.Web visualization of the photogrammetric 3D model of Ordovician echinoderm Pyrocystites comes from the locality Osek. In the incomplete theca (an individual) of this echinoderm, several trilobites of genus Placoparia were found thanks to micro-CT visualization.
Supervisor:
RNDr. Martina Nohejlová, Ph.D.Web visualization of the photogrammetric 3D model of fossil fragments of a skeleton of a marine reptile of the family Elasmosauridae from the Upper Cretaceous (Snow Hill Island Formation) of Cap Lamb on Vega Island in Antarctica. Detailed view of plesiosaurid finger bone. Plesiosaurids have hyperphalangia, an increase in the number of finger bones compared to their ancestors. This is an evolutionary adaptation that led to an increase in fin surface area in marine reptiles
Supervisor:
RNDr. Martina Nohejlová, Ph.D.Web visualization of the photogrammetric 3D model of fossil fragments of a skeleton of a marine reptile of the family Elasmosauridae from the Upper Cretaceous (Snow Hill Island Formation) of Cap Lamb on Vega Island in Antarctica. These are parts of the pelvic girdle - the ischium (os ischii) and femur (os femoris).
Supervisor:
RNDr. Martina Nohejlová, Ph.D.Web visualization of the photogrammetric 3D model of fossil fragments of a skeleton of a marine reptile of the family Elasmosauridae from the Upper Cretaceous (Snow Hill Island Formation) of Cap Lamb on Vega Island in Antarctica. Fragment of pubic bone (os pubis) and parts of ribs belonging to a plesiosaurid.