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In [[:file:applied-paleontology_fig17-17.png|Figure 1]], biofacies associations reflect different and distinctive populations living in different paleoenvironments. Biofacies are arranged from left to right in order of inferred increasing oxygen concentration. The stratigraphic distribution strongly suggests systematic shifts in oxygen concentration.
 
In [[:file:applied-paleontology_fig17-17.png|Figure 1]], biofacies associations reflect different and distinctive populations living in different paleoenvironments. Biofacies are arranged from left to right in order of inferred increasing oxygen concentration. The stratigraphic distribution strongly suggests systematic shifts in oxygen concentration.
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[[file:applied-paleontology_fig17-18.png|300px|thumb|{{figure number|2}}Species inhabiting high-oxygen environments (e.g., shelf depth) are small, prolate forms; those in low-oxygen environments (e.g., basin depths) are large, lanceolate forms. Copyright: Douglas, 1979; courtesy SEPM.]]
      
==Test shape and oxygen concentration==
 
==Test shape and oxygen concentration==

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