Abstract Both body mass and surface area are factors determining the essence of any living organism. This should also hold true for an extinct organism such as a dinosaur. The present report discusses the use of a new 3D laser scanner method to establish body masses and surface areas of an Asian elephant (Zoological Museum of Copenhagen, Denmark) and of Plateosaurus engelhardti, a prosauropod from the Upper Triassic, exhibited at th
<div><p>We demonstrate a fast and cost-effective technique to perform three dimensional (3D) scannin...
In the present paper we provide a new estimate of the body mass (BM) of the dwarf elephant Palaeolox...
This report describes how paleontologists infer what dinosaurs looked like and how they behaved usin...
To derive physiological data of dinosaurs, it is necessary to determine the volume and the surface a...
Body mass reconstructions of extinct vertebrates are most robust when complete to near-complete skel...
Abstract: The paper gives a detailed report on investigations of dinosaur skeletons being conducted ...
Body mass reconstructions of extinct vertebrates are most robust when complete to near-complete skel...
Conventional methods for extracting fossilised bones from calcified clastic sediments, using air dri...
A terrestrial LiDAR (Light Detection and Ranging) unit was used to scan an in situ death assemblage ...
Body mass reconstructions of extinct vertebrates are most robust when complete to near-complete skel...
To better understand the biology of extinct animals, experimentation with extant animals and innovat...
MOR693, nicknamed ‘Big Al, ’ is the most complete skeleton of the non-avian theropod Allosaurus and ...
International audienceSince the late 20th century, new technologies have provided powerful ways to d...
To better understand the biology of extinct animals, experimentation with extant animals and innovat...
ada Three-dimensional (3D) modeling has always been an important part of paleonto-logical research a...
<div><p>We demonstrate a fast and cost-effective technique to perform three dimensional (3D) scannin...
In the present paper we provide a new estimate of the body mass (BM) of the dwarf elephant Palaeolox...
This report describes how paleontologists infer what dinosaurs looked like and how they behaved usin...
To derive physiological data of dinosaurs, it is necessary to determine the volume and the surface a...
Body mass reconstructions of extinct vertebrates are most robust when complete to near-complete skel...
Abstract: The paper gives a detailed report on investigations of dinosaur skeletons being conducted ...
Body mass reconstructions of extinct vertebrates are most robust when complete to near-complete skel...
Conventional methods for extracting fossilised bones from calcified clastic sediments, using air dri...
A terrestrial LiDAR (Light Detection and Ranging) unit was used to scan an in situ death assemblage ...
Body mass reconstructions of extinct vertebrates are most robust when complete to near-complete skel...
To better understand the biology of extinct animals, experimentation with extant animals and innovat...
MOR693, nicknamed ‘Big Al, ’ is the most complete skeleton of the non-avian theropod Allosaurus and ...
International audienceSince the late 20th century, new technologies have provided powerful ways to d...
To better understand the biology of extinct animals, experimentation with extant animals and innovat...
ada Three-dimensional (3D) modeling has always been an important part of paleonto-logical research a...
<div><p>We demonstrate a fast and cost-effective technique to perform three dimensional (3D) scannin...
In the present paper we provide a new estimate of the body mass (BM) of the dwarf elephant Palaeolox...
This report describes how paleontologists infer what dinosaurs looked like and how they behaved usin...