|  | 
  AMOR – A NEW SYSTEM FOR AUTOMATED IMAGING OF MICROFOSSILS FOR MORPHOMETRIC ANALYSES 
 ABSTRACTA new robot for automated microfossil orientation and digital imaging called AMOR is presented. AMOR (from Automated Measurement system for shell mORphology) was built in collaboration between the Natural History Museum in Basel (NMB), the University of Applied Sciences Northwestern Switzerland (FHNW), and the Geological-Paleontological Institute (GPI) of the University of Basel. AMOR is capable of automatically positioning, orienting, focussing, zooming, and imaging isolated microfossils that are mounted in standard multicellular micropaleontological slides. This device is useful for the efficient collection of morphometric data for evolutionary studies from digital microfossil images. It is superior to manual data collection because of higher speed and improved level of precision and reproducibility. 
				Michael W. Knappertsbusch. 
                Natural History Museum Basel,
Geology Department,
Augustinergasse 2, 4001-Basel, SwitzerlandDaniel Binggeli.
University of Applied Sciences Northwestern Switzerland (FHNW),
School of engineering, Institute for Automation,
Steinackerstrasse 5, 5210-Windisch, Switzerland
 Andreas Herzig.
Swisslog AG, 5033 Buchs, Switzerland
 Lukas Schmutz.
Siemens Schweiz AG, Global Services Industries, GSI CIS1,
Freilagerstrasse 40
 8047-Zürich, Switzerland
 Sebastian Stapfer.
University of Applied Sciences Northwestern Switzerland (FHNW),
School of Engineering,
Mecatronics trinational,
Gründenstrasse 40, 4132-Muttenz, Switzerland
 Claude 
Schneider.
Institute of Geology and Paleontology,
Department of Geosciences,
University of Basel,
Bernoullistrasse 32, 4056-Basel, Switzerland
 Jean Eisenecker.
University of Applied Sciences Northwestern Switzerland (FHNW),
School of Engineering,
Institute for Automation,
Steinackerstrasse 5, 5210-Windisch, Switzerland
 Lukas Widmer.
Rossbergstrasse 10,
5222 Umiken, Switzerland
 KEY WORDS: orientation control, morphometrics, automation, digital imaging, planktonic foraminifera, morphological evolution 
PE Article Number: 12.2.2TCopyright: Paleontological Society August 2009
 Submission: 15 July 2008. Acceptance: 14 February 2009
 
 |