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Robert T. Bakker - Paleontologist
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Robert T. Bakker

description Robert T. Bakker Overview

Robert T. Bakker is a prominent American paleontologist specializing in paleobiology. His research, particularly detailed in *The Dinosaur Heresies*, challenged conventional views about dinosaur physiology. Bakker’s work demonstrated compelling evidence suggesting many dinosaurs possessed active lifestyles and were warm-blooded, significantly impacting the field's understanding of these extinct reptiles.

He is primarily studied by researchers and students interested in evolutionary biology, dinosaur behavior, and biomechanics.

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Robert T. Bakker ranks #19 of 182 in the Paleontologist ranking, behind Barnum Brown, ahead of Rinchen Barsbold.

help Robert T. Bakker FAQ

What is Robert T. Bakker's most famous theory about dinosaurs?

Robert T. Bakker is most famous for championing the theory that dinosaurs were warm-blooded, highly active creatures rather than sluggish, cold-blooded reptiles. He argued that their physiology was much closer to that of modern mammals and birds.

What book did Robert T. Bakker write that popularized his theories?

Bakker published his groundbreaking and highly influential book, *The Dinosaur Heresies*, in 1986. This work brought the "dinosaur renaissance" to the general public, outlining his compelling evidence for warm-blooded dinosaurs.

Was Robert T. Bakker an advisor for the movie Jurassic Park?

Yes, Bakker was one of the primary paleontological consultants for Steven Spielberg's 1993 film *Jurassic Park*, alongside his rival Jack Horner. The film's portrayal of the agile, pack-hunting Velociraptors heavily reflected Bakker's views on active, warm-blooded dinosaurs.

What did Robert Bakker contribute to the understanding of dinosaur extinction?

Bakker has controversially argued against the traditional theory that a single asteroid impact solely caused the Cretaceous-Paleogene extinction event. Instead, he has hypothesized that disease, climate change, and changing plant life played major roles in the gradual decline of dinosaurs.

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