Computer-generated images of microscopic soil organisms for documentary films

Authors

  • Martina Fröschl University of Applied Arts Vienna; Industrial Motion Art Filmproduktion GmbH
  • Stephan Handschuh University of Veterinary Medicine
  • Rudolf Erlach University of Applied Arts Vienna
  • Thomas Schwaha University of Vienna
  • Helmuth Goldammer University of Vienna
  • Reinhold Fragner University of Applied Arts Vienna; Industrial Motion Art Filmproduktion GmbH
  • Manfred G. Walzl University of Vienna

Keywords:

Acari, Tardigrada, Computer Animation, Micro-Computed Tomography, Workflow

Abstract

The depiction of microscopic soil animals in film is complicated. In principle it is possible to capture real film footage of such organisms using microscopes and special camera equipment, but this entails severe limitations in terms of resolution and depth of field. This makes nano-scale close-up details with color and motion impossible. In addition, microscopic soil animals hardly Show their natural behavior under the conditions required for filming. Here we describe an alternative approach – based on computergenerated imagery – to portraying the microscopic world in documentary film. In the workflow presented here, we first created high-detail models of various microscopic soil animals by using complementary imaging methods at multiple levels of resolution. These models were then animated based on live observations of motion and behavior. This approach enables photo-realistic digital motion pictures of various soil animals. A broad range of potential applications, the aesthetics, as well as creative Advantages justify the efforts to generate such scientific visualizations.

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Published

2014-08-01

Issue

Section

ARTICLES

How to Cite

Fröschl, M., Handschuh, S., Erlach, R., Schwaha, T., Goldammer, H., Fragner, R., & Walzl, M. G. (2014). Computer-generated images of microscopic soil organisms for documentary films. Soil Organisms, 86(2), 95–102. https://soil-organisms.org/index.php/SO/article/view/395

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