Foram

Associated Smithsonian Expert: Brian T. Huber, Ph.D.

Paleontologist Brian Huber works with samples of marine sediments from a "core" of the Earth drilled in Tanzania.

Photo by Dr. Brian Huber, Department of Paleobiology, Smithsonian Institution

Dr. Brian Huber is a paleontologist who joined the Smithsonian National Museum of Natural History in 1988 as Curator of Foraminifera, single-celled organisms that secrete a shell. Dr. Huber studies the long history of the ocean, and his research focuses on changes in global climate between 115 to 35 million years ago and the evolutionary dynamics and extinction of Cretaceous and Paleogene planktonic foraminifera during that time interval. Dr. Huber is also a curator of the museum’s acclaimed Sant Ocean Hall. He was a shipboard paleontologist on several Ocean Drilling Program cruises, he has done field work in Antarctica, southern South America, and Spain, and, during the past seven years, he has been leading a Cretaceous marine sediment coring program in southeast coastal Tanzania. He is currently Chairman of the Department of Paleobiology. Dr. Huber's fascination with human history, geology, and paleontology developed from childhood discoveries of Indian arrowheads and fossil tree trunks on family property in northern Ohio. He studied geology at the University of Akron and earned a master’s degree and doctorate in geological sciences from The Ohio State University.

Meet our associated expert

This image was obtained from the Smithsonian Institution. The image or its contents may be protected by international copyright laws.
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Benthic foram with shell made of agglutinated (stuck together) sediment
Courtesy of Dr. Sam Bowser

About Paleo Forams (Foraminifera): Paleobiology

The shells of tiny foraminifera (nickname forams) have left a fossil record dating to the beginning of the Cambrian, about 550 million years ago. The earliest forams, the benthic forams, lived in ocean bottom sediments. Later, during the Jurassic, floating forams evolved (planktic forams). Both benthic and planktic forams underwent many periods of diversification and extinction that show up as changes in the distribution of fossil foram shells in sediments of different ages. Species of forams have tended to persist on Earth for about 0.5-20 million years, a short period relative to geologic time. Scientists can, therefore, determine the age of sediments based on the fossil foram shells found in them. Because some forams are very sensitive to environmental conditions such as temperature, oxygen concentration, salinity, and food availability, their fossils offer evidence of what conditions were like in the ancient past. Changes in foram distributions over time track environmental changes, including global climate change.