Changes

Traverse<ref name=ch17r87>Traverse, A., 1988, Palaeopalynology: London, Unwin Hyman, 600 p.</ref> provides a general review of the methods of palynological paleoenvironmental analysis. He discusses the use of palynomorphs as paleoclimate indicators and the methods by which sedimentation of palynomorph assemblages help infer depositional environments in both marine and nonmarine settings. Additionally, Lipps<ref name=ch17r57>Lipps, J., H., ed., 1993, Fossil Prokaryotes and Protists: London, Blackwell Scientific, 342 p.</ref> provides a similar general review of paleoenvironmental approaches for micro[[paleontology]]. Following are three examples of paleoenvironmental information deduced from micropaleontology.

Traverse<ref name=ch17r87>Traverse, A., 1988, Palaeopalynology: London, Unwin Hyman, 600 p.</ref> provides a general review of the methods of palynological paleoenvironmental analysis. He discusses the use of palynomorphs as paleoclimate indicators and the methods by which sedimentation of palynomorph assemblages help infer depositional environments in both marine and nonmarine settings. Additionally, Lipps<ref name=ch17r57>Lipps, J., H., ed., 1993, Fossil Prokaryotes and Protists: London, Blackwell Scientific, 342 p.</ref> provides a similar general review of paleoenvironmental approaches for micro[[paleontology]]. Following are three examples of paleoenvironmental information deduced from micropaleontology.

[[file:applied-paleontology_fig17-17.png|left|300px|thumb|{{figure number|1}}Biofacies associations reflect different and distinctive populations liv- ing in different paleoenvironments. Copyright: Lagoe, 1989; courtesy Palaios.]]

[[file:applied-paleontology_fig17-17.png|left|300px|thumb|{{figure number|1}}Biofacies associations reflect different and distinctive populations liv- ing in different paleoenvironments. Copyright: Lagoe;<ref name=ch17r54 /> courtesy Palaios.]]

==Species distribution and oxygen concentration==

==Species distribution and oxygen concentration==