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Fifth IEEE International Conference on Data Mining (ICDM'05)
A Computational Framework for Taxonomic Research: Diagnosing Body Shape within Fish Species Complexes
Houston, Texas
November 27-November 30
ISBN: 0-7695-2278-5
Yixin Chen, University of New Orleans
Henry L. Bart, Jr., Tulane University
Shuqing Huang, Tulane University
Huimin Chen, Tulane University
It is estimated that ninety percent of the world?s species have yet to be discovered and described. The main reason for the slow pace of new species description is that the science of taxonomy, as traditionally practiced, can be very laborious. To formally describe a new species, taxonomists have to manually gather and analyze data from large numbers of specimens, often from broad geographic areas, and identify the smallest subset of external body characters that uniquely diagnoses the new species as distinct from all its known relatives. In this paper, we use an automated feature selection and classification approach to address the taxonomic impediment in new species discovery. The experiments on a taxonomic problem involving species of suckers in the genus Carpiodes demonstrate promising results.
Citation:
Yixin Chen, Henry L. Bart, Jr., Shuqing Huang, Huimin Chen, "A Computational Framework for Taxonomic Research: Diagnosing Body Shape within Fish Species Complexes," icdm, pp.593-596, Fifth IEEE International Conference on Data Mining (ICDM'05), 2005
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