3D model based on a structured light scan (Artec Space Spider) of a southern three-banded armadillo or Azara's domed armadillo (Tolypeutes matacus) rolled fully up into a ball. The specimen is part of the mammal collection of ...

3D scan of a bust of the Italian geologist and paleontologist Alberto Fucini (1864 – 1940). The bust is made of bronze, and was patinated in dark grey. The sculpture is mounted on a black marble base.

3D scan of a bust of the Austro-Czech clergy and biologist, Gregor Mendel (1822–1884). Mendel is considered one of the founders of the science of genetics. He is best known for his work on biological inheritance, which is today ...

3D scan of a vintage cast iron umbrella stand. It was produced around 1889 and was part of the original interior of the workrooms of the Natural History Museum Vienna.

3D scan of the first baby shoe of Austrian diving pioneer, zoologist and filmmaker Hans Hass (1919–2013). A few months before his death, Hans Hass donated a large number of personal objects and documents to the archive, which ...

3D scan of a bust of the Austrian geologist and first director of the Natural History Museum Vienna, Ferdinand von Hochstetter (1829–1884). The bust is made of plaster and is mounted on a dark turned wood base.

The original was ...

3D scan of a bust of the Austrian chemist and botanist Joseph Franz von Jacquin (1766 – 1839). Joseph Franz was the son of the famous Nikolaus Joseph von Jacquin and followed in his footsteps as botanist and chemist. The bust ...

3D scan of a bronzed bust of the Austrian taxidermist and collector Johann Baptist Natterer (1787–1843). The bust was made by sculptor Anton Rücker, the material is bronzed plaster.

3D scan of a bust of the Austro-Dutch chemist and botanist Nikolaus Joseph von Jacquin (1727 – 1817). The bust by the Austrian sculptor Elias Hütter (1774 – 1865) is made of plaster, which is painted with bronze paint. The ...

3D model of a bust of the Austrian physician and ethnographer Jakob Eduard Polak (1818–1891). The bust is made out of plaster (hollow casting).

3D scan of the bust of the Austrian botanist Richard von Wettstein, also known as Richard Wettstein von Westersheim (1863–1931). The bust is made out of bronzed plaster and mounted on a wooden base.

3D scan of a plaster bust of the Austrian taxidermist and collector Johann Baptist Natterer (1787–1843). The bust was made by sculptor Anton Rücker, the material is plaster.

3D scan of a bust of the Austrian Palaeontologist Melchior Neumayr (1845–1890) by Austrian sculptor Carl Kundmann (1838–1919). The bust is made out of plaster and was formerly on display at the Geological and Paleontological ...

3D scans of corn models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. They ...

3D scans of guava fruit models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. ...

3D scans of 6 orange models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. ...

3D scans of models of Araceae bulbs. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax ...

3D scan of a model of a jackfruit. The model was created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. ...

3D scans of 16 pumpkin models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. ...

3D scans of 8 bhindi or okra models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax ...

3D scans of 3 pea pod models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. ...

3D scans of beetroot models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. ...

3D scans of 9 cucumber models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. ...

3D scans of chachenda or snake gourd models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as ...

3D scan of a model of a passion fruit. The model was created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax ...

3D scans of 5 fig models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. They ...

3D scans of 5 models of ginger (Amomum zingiber). The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, ...

3D scans of models of a phut or snap melon. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax ...

3D scans of 6 cacao pod models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. ...

3D scans of models of 3 guaiacwood (Guaiacum officinale). The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum ...

3D scans of 3 carrot models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. ...

3D scans of 4 lime models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. They ...

3D scans of 6 apricot seed models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax ...

3D scans of chili pepper models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. ...

3D scan of a model of garlic. The model was created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. It ...

3D scan of a model of a shalgam (Brassica rapa). The model was created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as ...

3D scans of 4 eggplant models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. ...

3D scan of a model of a sugar apple or sweetsops (Annona squamosa). The model was created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History ...

3D scans of 3 pear models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. They ...

3D scans of 6 banana models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. ...

3D scans of 7 bamboo models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. ...

3D scans of citrus fruit models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. ...

3D scans of 3 boal or bengal quince (Aegle marmelos) models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum ...

3D scan of a skeleton of the extinct Deinotherium (translates to “terrible beast”) or hoe tusker, that came to the Natural History Museum Vienna in 1885. The bones of this prehistoric elephant were found in Franzensbad, Czech ...

3D scans of two cacao pod models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax ...

3D scans of four carambola models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. ...

3D scans of four models of water caltrop fruits. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, ...

3D scans of watermelon models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. ...

3D scans of 7 jujube (Ziziphus jujuba) models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as ...

3D scans of lobiya models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. They ...

3D scan of a model of a weeping milk cap or bradley. The model was created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, ...

3D scans of Neoboletus mushroom models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax ...

3D scans of four models of a Basidiomycota mushroom. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum ...

3D scan of a model of a jack-o’-lantern mushroom (Omphalotus olearius). The model was created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural ...

3D scans of two models of a Suede Bolete mushroom (Xerocomus subtomentosus). The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the ...

3D scan of a model of a pumpkin. The model was created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. ...

3D scans of six parval models. The models were created around 1803 most likely by Franz Stoll or Johann Jaich, who were employed at the Naturalien-Cabinet, the predecessor of the Natural History Museum Vienna, as wax modellers. ...

3D scan of a round bottle shaped calabash. The inside of the vegetable is hollowed out and can therefore be used as a vessel.

3D scan of a coal cart. The heavy cart was in use at the museum until the late 1960’s, when the museum switched to district heating.

Heating a building like the Natural History Museum Vienna required large amount of coal. The ...

3D scan of a brick of the Natural History Museum produced between 1871 and 1885. The brick was manufactured by Wienerberger Ziegelwerke (Wienerberger Brickworks) sometimes referred to as Drasche-Werke, after the owner Heinrich ...

3D scan of a Hammond typewriter (No. 12) with and without cover, “Ideal visible Hammond”, formerly used in the Geological & Paleontological department of the Natural History Museum. The typewriter is named after its inventor ...

3D scan of the Taxiphote (stereoscope) from around 1900. The Taxiphote was produced by the French company Jules Richard. It was modified around the year 2000 to be used with electric light instead of daylight and to handle modern ...

3D scan of a fungus model, Amanita caesarea, commonly also known as Caesar’s mushroom. The model is part of the collection Leopold Trattinnick (1764–1849) and was acquired by the archive via donation in 2011.

3D scan of a fungus model, Merulius chantarellus. The model is part of the collection Leopold Trattinnick (1764–1849) and was acquired by the archive via donation in 2011.

3D scan of a fungus model, Agaricus (Pleuropus) ostreatus, commonly also known as oyster mushroom. The model is part of the collection Leopold Trattinnick (1764–1849) and was acquired by the archive via donation in 2011.

3D scan of a fungus model, Boletus subtomentosus, commonly also known as suede bolete. The model is part of the collection Leopold Trattinnick (1764–1849) and was acquired by the archive via donation in 2011.

3D scan of a fungus model, Boletus edulis, commonly also known as penny bun. The model is part of the collection Leopold Trattinnick (1764–1849) and was acquired by the archive via donation in 2011.

3D scan of an AEG Mignon Type 4 Index typewriter with and without lid produced by the German company AEG between 1924 and 1933. The typewriter was distinguished by two major features: the absence of a keyboard, which was replaced ...

3D scan of a tool for lifting the heavy glass doors/sides of the large historical display cases in the Natural History Museum Vienna. The tool was used during the late 19th century, later display cases had hinged doors and ...

3D scan of a metal jug with a lid, dating probably to the late 19th/first half of the 20th century. The jug has a broad standing rim and a curved foot. The body tapers towards the top, where a rectangular, rounded handle is ...

3D scan of a metal tea tin from the winter camp of the "Fram" expedition 1895/1896 on Franz Josef Land. The tea tin still contains black tea leaves. The expedition was led by the later Nobel Peace Prize laureate Fridtjof Nansen ...

3D scan of a wooden chess piece from the winter camp of the "Fram " expedition 1895/1896 on Franz Josef Land. The expedition was led by the later Nobel Peace Prize laureate Fridtjof Nansen (1861–1930).

The chess piece is very likely ...

3D scan of a wooden chess piece from the winter camp of the "Fram " expedition 1895/1896 on Franz Josef Land. The expedition was led by the later Nobel Peace Prize laureate Fridtjof Nansen (1861–1930).

The chess piece is very ...

3D scan of beam scales on a wooden base, that were used on a table top. The name of the producer/seller is hardly legible, the location is recognizable as Vienna.

The instrument was used by the former Speleological Institute and ...

3D scan of a hydrometric current meter. The instrument was used for flow velocity measurements in rivers and streams by the Karst and Cave Department (Geology and Palaeontology).

3D scan of a small theodolite. The instrument was used for horizontal and vertical angle calculations by the former Speleological Institute and later by the Karst and Caves Department (Geology and Palaeontology) of the Natural ...

3D scan of a spyglass sold by the Viennese optician Otto Schleiffelder, who had his showroom on Graben in the 1st district (inner city Vienna). It was made around 1900 and gifted by Miss E. Kerner von Marilaun to the Geological ...

3D scan of a fungus model, Agaricus/Lactarius deliciosus, commonly also known as delicious milk cap.

Former inventory number: 9529

3D scan of a fungus model, Hydnum imbricatum, commonly also known as “scaly hedgehog”.

Former inventory number: 9543

3D scan of a fungus model, Boletus edulis, commonly known as penny bun.

Former inventory number: 9519

3D scan of seal stamp of the directorate of the Court Cabinet of Natural Objects (k. k. Naturalienkabinett). It was in use during the first half of the 19th century. In 1876 the Imperial Museum of Natural History (k. k. ...

3D scan of a seal stamp of the Anthropological-Ethnographical Department (Imperial Museum of Natural History) that consists of a wooden handle and a brass base. It was in use during 1876 and 1915. With the founding of the ...

3D scan of seal stamp of the Zoological Cabinet. It was in use during 1851 until 1876, when the Imperial Museum of Natural History (k. k. Naturhistorisches Hofmuseum) was founded and the former cabinets became different museum ...

3D scan of a seal stamp of the Physical Court Cabinet and Court Cabinet of Natural Objects (k. k. Physikalisches und Naturalien Kabinett). It was in use during 1806 and 1835. In 1876 the Imperial Museum of Natural History (k. k. ...

3D scan of a seal stamp of the Court Cabinet of Natural Objects (k. k. Naturalienkabinett). It was in use during the first half of the 19th century. In 1876 the Imperial Museum of Natural History (k. k. Naturhistorisches ...

3D scan of a stamp of the Imperial Museum of Natural History (k. k. Naturhistorisches Hofmuseum). It was most likely in use in the museum’s library during the second half of the 19th century. In 1876 the Hofmuseum was founded ...

3D scan of a seal stamp of the library, Court Cabinet of Natural Objects (k. k. Naturalienkabinett). It was in use at the library of the Cabinet during the first half of the 19th century. In 1876 the Hofmuseum was founded and the ...

3D scans of a late 19th century historical field camera and its bag. In Austria and Germany this style of field camera was referred to as so called “english travel camera” (“englische Reisekamera”). There was in addition ...

3D scans of a wooden plate holder for stereo micro photography (open and closed), produced around 1890. The holder was used on a camera that was mounted to a microscope via an adapter, not unlike today. The plate was placed in a ...

3D scan of a seal stamp that consists of a wooden handle and a brass base. It was in use during 1876 and 1915. In 1876 the Imperial Museum of Natural History (k. k. Naturhistorisches Hofmuseum) was founded and the former ...

3D scans of parts from a stove used in the exhibition halls of the Natural History Museum. The exhibition halls and most of the rooms (except for the staircases and anterooms) were heated by a low-pressure hot water heating ...

3D scan of a butterfly net used in the 19th century. Unlike the name suggests a butterfly net is not only used to catch butterflies, but also all other flying insects. The opening of the net is made of two spring plates and can ...

3D scans of collecting boxes for caterpillars, millipedes and insect larvae. The boxes were made in various materials ranging from simple cardboard, to wood and metal. Despite being made of different materials, they share some ...