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UCLA paleontologists engage in research covering the complete fossil timeline, from life's earliest beginnings to modern speciation processes. Researchers and students examine remarkably gradual evolutionary changes in cyanobacteria, define and refine the classification, taxonomy, and biostratigraphy of Neogene foraminifera, determine the expected position of the iridium layer in K-T boundary sections, analyze evolutionary patterns and species cluster formation in African freshwater gastropods, generate three-dimensional digital models of blastoid hydrospires, apply molecular methods to clarify chordate relationships and their closest relatives, explore connections between oceanic level shifts and mass extinction events, piece together protein characteristics and the development of biological complexity, gather and analyze morphological data on North American predators to understand their ecological roles, research the paleobiology and ancient ecosystems of late Cambrian mollusks in the western United States, record worldwide stratigraphic and fossil preservation patterns of Ediacaran organisms, probe the beginnings of mollusks and related species, and create statistical approaches for evaluating fossil record preservation quality.