ISSN:
1573-8868
Keywords:
canonical correlation
;
cluster analysis
;
correlation
;
discriminant analysis
;
factor analysis
;
multivariate analysis
;
numerical taxonomy
;
principal coordinates
;
regression analysis
;
statistics
;
allometry
;
eurypterids
;
integration and coordination
;
ontogeny
;
paleontology
;
relative growth
Source:
Springer Online Journal Archives 1860-2000
Topics:
Geosciences
,
Mathematics
Notes:
Abstract Multivariate analysis is used in the search for one or more types of structure. The statistical zap applies a single method to determine one preselected type of structure. Several zaps suffice to ascertain several types of structure. The statistical shotgun represents an alternative approach. Here, a series of methods is applied to the data with the intent of ascertaining all possible types of structure that may exist. If strong structure is present, an appropriate zap will probably reveal it, and a variety of techniques will determine the same general structure. If only the main structure is required, the zap is adequate. In this situation, the shotgun will display a basic consistency which is at least reassuring. However, zaps may fail to detect a more subtle secondary structure of geological interest which will be displayed by the shotgun. For weakly structured data, a zap will only determine one type of structure but the shotgun reveals all. Study of the ontogeny of Parastylonurus myops(Clarke), a Lower Silurian eurypterid from New York (USA) shows the virtues of the statistical shotgun.
Type of Medium:
Electronic Resource
URL:
http://dx.doi.org/10.1007/BF02082354
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