Menu

From Railroad Tracks to Racetracks, 1870s

How a robber baron and an eccentric inventor solved a millennia-old question about horses.

Aug 1, 2018
Jim Daley

ABOVE: Photographer Eadweard Muybridge and tycoon Leland Stanford teamed up to find evidence for how horses run.
WIKIMEDIA, LIBRARY OF CONGRESS PRINTS AND PHOTOGRAPHS DIVISION

Leland Stanford, founder of the university that bears his son's name, became obsessed with horses even as he helped make them obsolete. Stanford moved from Wisconsin to California in 1852, and made a fortune as a merchant in Sacramento during the California Gold Rush. In 1861, he was elected governor of California. One of the four cofounders of the Central Pacific Railroad, he used his political clout to secure land and funds for the railroad, and after his term ended he became its president. 

On May 10, 1869, Stanford personally completed the transcontinental railroad with a golden spike.

Less than a year later, Stanford began buying racehorses. He developed a harness racing training method with Charles Marvin, called the Palo Alto System, which emphasized beginning speed work with colts earlier in their development than previous techniques and led to success on the racetrack. And he became preoccupied with learning how horses run. In 1874, according to Edward Ball’s book The Inventor and the Tycoon, Stanford likely saw an article in Popular Science on the gait of horses. It described experiments by the natural historian Étienne-Jules Marey indicating that all four of a horse’s hooves leave the ground during its stride in the gallop. Stanford wanted to determine the positions of the legs during the trot so he could use the information to improve the Palo Alto System. He had a hunch that all four feet also leave the ground in a full trot.

To find out, he hired Eadweard Muybridge, an ascetic, wiry photographer who was well known in California for his pictures of the Yosemite Valley (later the National Park) and for having been narrowly acquitted of murdering his wife’s lover.

Stanford initially had Muybridge take single photographs of horses pulling sulkies, or racing buggies, before they hit upon the idea, in 1878, of creating a series of images. Muybridge stretched tripwires across the track, each connected to a single camera, so that as a horse trotted past and its legs hit the wires, it triggered the shutters. The resulting series of 12 and later 24 pictures showed clearly that the horse’s hooves indeed left the ground as it trotted full speed. The images were reprinted in Scientific American and the French journal La Nature, making Stanford’s and Muybridge’s work internationally famous. In 1880, Muybridge publicly debuted a “zoopraxiscope” he had invented that projected the series of images to create an early motion picture.

“I have for a long time entertained the opinion that the accepted theory of the relative positions of the feet of horses in rapid motion was erroneous,” Stanford writes in the preface to The Horse in Motion, published in 1882 by Jacob Stillman, Stanford’s physician and close friend. “I also believed that the camera could . . . by instantaneous pictures show the actual position of the limbs at each instant of the stride.”

The book is a comprehensive review of everything that was then known about equine locomotion, complete with 107 illustrated plates that include horse anatomy; drawings of horses walking, running, trotting, and leaping over fences; and Muybridge’s famous series of pictures. Muybridge’s name is mentioned only in the book’s preface, as “a very skilled photographer” whom Stanford hired, and in a technical appendix. Muybridge unsuccessfully sued Stanford to receive credit, and the two never reconciled. “There was contention as to who owns the copyright” on the images, says Stanford University archivist Daniel Hartwig

Muybridge moved to the University of Pennsylvania, where he continued making films of animals and human subjects in motion. He went on to a career in show business, showing his collection of moving pictures around the country and in Europe. At Chicago’s Columbian Exposition in 1893, he had a theater built just for his movies. Muybridge gave it the clunky title of the “Zoopraxographical Hall,” which along with high ticket prices may have contributed to its being a flop.

September 2018

The Muscle Issue

The dynamic tissue reveals its secrets

Marketplace

Sponsored Product Updates

StemExpress LeukopakâNow Available in Frozen Format

StemExpress LeukopakâNow Available in Frozen Format

StemExpress, a Folsom, California based leading supplier of human biospecimens, announces the release of frozen Peripheral Blood Leukopaks. Leukopaks provide an enriched source of peripheral blood mononuclear cells (PBMCs) with low granulocyte and red blood cells that can be used in a variety of downstream cell-based applications.

New Antifade Mounting Media from Vector Laboratories Enhances Immunofluorescence Applications

New Antifade Mounting Media from Vector Laboratories Enhances Immunofluorescence Applications

Vector Laboratories, a leader in the development and manufacture of labeling and detection reagents for biomedical research, introduces VECTASHIELD® Vibrance™ – antifade mounting media that delivers significant improvements to the immunofluorescence workflow.

Best Practices for Sample Preparation and Lipid Extraction from Various Samples

Best Practices for Sample Preparation and Lipid Extraction from Various Samples

Download this white paper from Bertin Technologies to learn how to extract and analyze lipid samples from various models!

Bio-Rad Launches CHT Ceramic Hydroxyapatite XT Media and Nuvia HP-Q Resin for Process Protein Purification

Bio-Rad Launches CHT Ceramic Hydroxyapatite XT Media and Nuvia HP-Q Resin for Process Protein Purification

Bio-Rad Laboratories, Inc. (NYSE: BIO and BIOb), a global leader of life science research and clinical diagnostic products, today announced the launch of two new chromatography media for process protein purification: CHT Ceramic Hydroxyapatite XT Media and Nuvia HP-Q Resin.