Beginning in the late 1890s, a small, poorly maintained natural history collection lived on the fourth floor of CU Boulder’s Hale Science Building. In November 1937, natural history professor Hugo G. Rodeck (BioChem’28; MA’29) helped open a larger museum in what is today the Henderson Building, located off Broadway and west of the University Memorial Center. Rodeck served as director of the museum — growing its campus presence and prestige — until his retirement in 1971. 

Rodeck used this typewriter, a 1903 Oliver Model No. 3, on campus. Perhaps it served as a tool to help him develop and teach the university’s first museology graduate classes, or aided him as he became a consultant for museums around the world. 

One thing is certain: Rodeck’s words and influence helped shape the trajectory of the CU Museum of Natural History to what it is today — more than 4 million objects and the largest natural history collection in the Rocky Mountains. 

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Photo by Mona Lambrecht, CU Heritage Center 

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Name: Hale Science Building

Year Built: 1893

Architect: Varian & Sterner; east and west wings built in 1910 by Gove & Walsh

Formerly Housed: Hale was the first science building on campus and at one point housed all the sciences, a small museum and the School of Law. The building was named after the second university president, Horace Hale.

Today: The Department of Anthropology

Once Upon a Time: When the building was being designed, the university’s regents wished to make Hale the most thoroughly equipped scientific building in the country. Rather than the typical construction with iron nails, brackets and hinges, all the metal in the building consisted of brass so that magnetic interference would not distort radio signals or transmission experiments.

Did You Know: The university’s first Natural History Museum was originally housed on the third floor of the Hale Building until it moved into its current home in the Henderson Building in 1937.

Have a Memory to Share? Email editor@colorado.edu. 

Check out our other building posts here.


Information and historic photos courtesy of CU Heritage Center; Colored photos by Glenn Asakawa/University of Colorado and Julia Tortoisehugger

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When the University of Colorado Boulder first opened in 1876, campus was nearly treeless. Today, it's home to approximately 5,000 trees and nearly 60 different species. On May 22, Vince Aquino and Alan Nelson hosted their bi-yearly tree walk through campus to discuss the unique characteristics and attributes of trees, and why they are so important to the university's history. See them for yourself with the CU’s Museum of Natural History’s self guided tree tour. Below are a few of the trees you may spot on campus. 

Norway Maple

This maple is widely used in the U.S. as a shade tree. Classified as one of the hard maples, it grows moderately fast, is dust and pollution tolerant and disease and insect resistant. Its leaves are similar to those of the sugar maple but darker and thicker and have a milky juice. They appear earlier and last longer than those of our native maples.

Tartarian Maple

This small maple is native to Southeast Europe and Western Asia. It is close in form and overall appearance to the more common ginnala maple, but does not have ginnala’s consistent fall color.

Buckthorn

Buckthorn, one of the many names of this tree, is usually found in the Pacific Northwest growing from sea level to moderately high elevations. Buckthorn was first documented by the Lewis and Clark Expedition. Its bark was used by Native Americans to heal wounds and ailments. Its leaves are alternate and its black fruit is eaten by birds.

Redbud

The redbud is most commonly used as an ornamental tree because of its vivid lavender to pink blossoms that bloom in early spring before its leaves appear.

Red Maple

This maple, often planted for shade and its moderately rapid growth, is said to be the most prevalent tree in eastern North America. In the fall, this tree’s leaves will turn a beautiful scarlet or orange color. Its wood is used for furniture, crates or paper.

Baldcypress

A member of the redwood family, the baldcypress grows mainly in swampland, but can survive in other wet environments. It’s one of the very few deciduous conifers that drop all its needles in the fall.

Little Leaf Linden

This variety of Linden is a European native. Its heart-shaped leaves have unequal bases (the two sides of the leaf meet the stem at different places). This tree was moved with a tree spade about ten years ago, and it hasn’t grown very much since then.

Hemlock

Two different species of hemlock can be found in the western United States. The western hemlock (Tsuga heterophylla) is one of the four tree species that contribute the most timber. The mountain hemlock (Tsuga mertensiana) is one of the largest trees in alpine regions growing at elevations up to 11,000 feet. Hemlock groves in these areas are good shelter for bird nests and the tree’s seeds are a source of food for birds.

American Elm 

American elm was once very abundant in the United States. Due to the devastating effects of Dutch Elm Disease (a bark beetle borne fungus), this inverted vase-shaped tree has been significantly reduced in number. The CU campus used to contain about 1,000 American elm trees until Dutch Elm Disease ravaged the Boulder area. The campus now has fewer than 40 American elms remaining.

Hackberry

The Colorado native tree varies in size from short and shrubby to more than 100 feet tall. It has serrate (toothed) leaves and small, dark purple pitted fruit eaten by birds. Hackberry trees are susceptible to a mite parasite called a psyllid, which causes the formation of galls on its leaves.

Learn more about trees on campus here.

Information courtesy of CU's Museum of Natural History and Facilities Management; Top photo by Glenn Asakawa; Additional photos by Moe Clark

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