The History of the Paleo-Indian migration to North America and the Jesse Ready Site/Lincoln Hills Site in Jersey County, Illinois.

The first people in North America arrived at least 14,000 years ago. Archaeologists call this period of North American history Paleo-Indian, meaning ancient Indian. Paleo-Indian people left distinctive spear points and stone tools at Illinois campsites behind.

A Paleo-Indian spear point; many have been found in Fulton County, Illinois.

Archaeologists have yet to find charcoal from which they could get an absolute date for these campsites, but spear points have been found in other parts of North America in 10,000 to 12,000-year-old deposits.

The Paleo-Indians arrived near the end of the Pleistocene epoch (2,600,000 BC to 11,700 BC), which is also known as the Ice Age. Archaeologists believe the first people crossed into North America when it was connected to Asia by land.

Geologists estimate that ocean levels were at least 280 feet lower during the late Ice Age. When the sea level fell, sections of the ocean floor became dry land. For example, large parts of the continental shelf were exposed along the coasts of North America and land-linked Asia and North America.

The earth's climate was colder during the ice age than it is today. During the ice age, the snow made up much of the earth's precipitation. Thick layers of snow slowly accumulated at higher latitudes and higher elevations. As snow accumulated, the bottom layers were compressed and transformed into ice and eventually glaciers, slow-moving masses of ice. In North America, glaciers once stretched from the Arctic to southern Illinois. As more and more of the earth's water was transformed into snow and ice, ocean levels fell, exposing large sections of the ocean bottom.

Map of Asia and North America showing 'Bering Sea Land Bridge' called the 'Beringia' and the possible route of Paleo-Indian people.

Asian people walked across this Asia-America "land bridge," perhaps while hunting animals like the Woolly Mammoth. Archaeologists call the land bridge "Beringia." About 12,000 years ago, rising seawater submerged Beringia, which lies beneath the Bering Sea today. When the earth's climate became warmer, glacial ice melted, sea level rose and submerged land along the edges of continents.

For many years, anthropologists believed that Indians were from Siberia. New evidence suggests that people from other Asian groups also came to North America at different times. Scientists who study the shape and size of skeletal remains are known as osteologists. Osteologists study human remains to learn about health, disease, and ancestry. Based on a recent study of Asian and Indian skeletons, osteologists believe that Indian ancestry includes more than one Asian group. Archaeologists have not found skeletal remains of Paleo-Indian people in Illinois. At present, we do not know much about the appearance of these people, how tall they were, how long they lived, or anything about their overall health.

During the Ice Age, complicated interactions between the earth's atmosphere and its oceans caused extensive glaciation. Mile-thick masses of glacial ice extended into Illinois, moving colossal amounts of rock and earth. When the ice retreated, it left broad, flat plains, some rolling topography, and gently flowing streams. Ice's power, weight, and movement shaped much of the Illinois landscape.

By the time Paleo-Indian people arrived in Illinois, the midcontinental glaciers had retreated northward into the upper Great Lakes and Canada. The glacial ice had begun to melt due to a slight increase in temperature, but the climate in Illinois was still cooler than today. Compared to our weather, the growing season (Spring and Summer) in a typical Paleo-Indian year may have been up to one month shorter; the annual snowfall was greater, and the mean July temperature may have been as much as 5° cooler than it is today.

In a large part, climate determines the plants and animals found in Illinois. Even slight changes in climate can result in major differences in the abundance and distribution of species. As the Ice Age ended, Illinois' landscape was transformed from tundra to spruce (Picea) and black ash (Fraxinus nigra) woodlands mixed with meadows. The annual average temperature continued to rise, and, by 11,000 years ago, a thick deciduous (shedding its broad leaves annually) forest of oak (Quercus), elm (Ulmus), ash (Fraxinus), and hickory (Carya), like that found in Illinois today.

Ice Age animals in Illinois included species such as mastodon (Mammut americanum), mammoth (Mammuthus), flat-headed peccary (Platygonus compressus), giant beaver (Castoroides ohioensis), long-horned bison (Bison latifrons), and giant stag-moose (Cervalces scotti). Paleo-Indian people saw some, if not all, of these animals, all of which would soon become extinct because of climate change and/or human hunting. They also saw and may have hunted caribou (Rangifer tarandus) and muskox (Bootherium bombifrons), forms of which still exist, but now in more northerly latitudes such as Canada and Alaska. With a warmer climate came species that are now common in Illinois, such as white-tailed deer (Odocoileus virginianus), squirrel (Sciurus), and woodchuck (Marmota monax).

The Paleo-Indian economy was based on hunting and gathering resources whose availability was largely influenced by the season of the year and geographic distribution. The availability of plants and animals depends on the season, especially the growing season during which plants produce fruits, seeds, and nuts. The distribution of plants and animals is also affected by the availability of water and by topography. Resources such as stones suitable for tool making were also not available everywhere. The hunter-gatherer economy is a matter of being at the right place to take advantage of a desirable resource at the right time.

Paleo-Indian people depended on foods available seasonally but may have supplemented their winter diet with dried foods. Research says they did not cultivate plants yet. Archaeologists have yet to find a Paleo-Indian site in Illinois with evidence of their food choices, but they did make an important discovery in eastern Missouri just south of St. Louis in 1979. While unearthing the pelvis of a mastodon at the Mastodon State Park - Kimmswick Site, a team of archaeologists and paleontologists discovered a Paleo-Indian spear point. The position of the point suggests that it was lodged in the mastodon's leg muscle. The discovery of the spear point with the leg bone is evidence that Paleo-Indian people hunted this mastodon. There is also evidence that they hunted white-tailed deer and smaller animals. They also may have fished, and they probably gathered a variety of seasonally available foods such as fruits, seeds, and nuts, but we have yet to find evidence for these foods in Illinois or at the Kimmswick Site in Missouri.

Paleo-Indian tools have been found that are made of stone found elsewhere, sometimes hundreds of miles away. At present, archaeologists believe the Paleo-Indian people obtained the stone by traveling to its source rather than trading for it. It may be that trade requires at least some permanent settlements, and Paleo-Indian groups moved from place to place too frequently.

Paleo-Indian technology was based on stone, bone, wood, and other natural materials. Many tools were fashioned by shaping stone using techniques like percussion--removing the unwanted stone by striking it with a hammerstone or hard bone baton--and pressure--applying pressure with a bone tool to carefully shape the edge of a knife. Most, if not all, Paleo-Indian technology was portable--personal possessions were often moved from camp to camp depending on the season and the availability of essential resources. And most, if not all, Paleo-Indian technology was flexible--with a limited number of tools, each tool was designed to be used for different tasks. A study of technology includes making a tool and construction that required tools to build, such as shelter.

Archaeologists find few artifacts at most Paleo- Indian sites. The artifacts generally consist of hunting tools such as stone spear points, scrapers, and flakes of stone produced in the production or repair of spear points and other tools. It is also likely that Paleo-Indian people made a variety of wooden and bone tools that have not survived for archaeologists to discover.

We have no evidence of Paleo-Indian containers like jars, pots, and bowls. They could have used animal skins, plant fiber, and wood to construct containers for carrying and storing material, but these materials are not readily preserved like bone and wood.

Stone spear points have been found at most Paleo-Indian sites in Illinois. Large spear points fastened to wooden shafts were effective hunting weapons and were also used as knives. They may have used antler, bone or wooden weapons, but archaeologists have yet to find them preserved. Paleo-Indian spear points have a distinctive flute or groove made by removing one or more flakes from the base of the point to improve their attachment to a wooden or bone foreshaft or handle.

Clovis point was found in St. Clair County, Illinois.

Like the native people living in the tundra today, Paleo-Indians may have lived in skin tents, which they could easily transport. When they arrived at a suitable location, they probably supported the skins with wood poles and branches collected from trees.

Paleo-Indians probably traveled by foot and transported most of their belongings in packs, which they carried, not having animals to do so. They may have left certain tools and containers at locations they repeatedly visited. Based on the small size of these camps and the small number of artifacts, archaeologists believe Paleo-Indian groups consisted of an extended family, parents, children, grandchildren, and perhaps aunts and uncles.

Archaeologists have yet to discover objects that can be attributed to Paleo-Indian beliefs. We can make educated inferences about their beliefs. Throughout the world, most hunters and gatherers believe in a spirit-filled world. Their lives include a variety of rituals to give respect to spirits and to learn from them.

Jesse Ready Site / Lincoln Hills Site, Jersey County, Illinois.

Most Paleo-Indian sites in Illinois represent small, temporary, and rarely revisited camps, based on the small number of artifacts found at these sites.

In contrast, the Ready/Lincoln Hills Site, located along the Mississippi River in Jersey County, Illinois, covers a large area and appears to have been visited many times and, perhaps, occupied for longer periods of time. Called the Ready Site because Jesse Ready discovered the site and surface collected there for many years, the site is best known locally as the Ready site.

Jesse Ready Site - Lincoln Hills Site location.

This location was attractive because stones used to make tools were readily available nearby. The surface of the site is littered with flakes of stone left from making spear points, scrapers, and other tools. Occasionally broken and used tools are found at the site. These were replaced with newly made tools. After a group repaired or replaced their tools, they moved on to another location that provided different resources. When they needed stone for tool making, they would return to Lincoln Hills or another location where the stone was available.

Compiled by Dr. Neil Gale, Ph.D.

America's First Automobile Race Occured in Chicago, Illinois, in 1895.

Henry Ford receives most of the credit for developing the car in the U.S. However, he did not produce the first American motorcar. This distinction goes to the Duryea brothers—Charles and Frank—who created their first gasoline-powered "horseless carriage" in 1893. Like the Wright brothers, the Duryeas were bicycle mechanics passionate about speed and innovation.

Founded by Charles Duryea, born in Canton, Illinois in 1861, and his brother James "Frank" Duryea,  born in Washburn, Illinois in 1869, the Duryea Motor Wagon Company built their first Motor Wagon, a one-cylinder four horsepower car, first demonstrated on September 21, 1893, in Springfield, Massachusetts. It is considered the first successful gas-engine vehicle built in America.

Charles E. Duryea (left) and J. Frank Duryea, 1895.

The race, a 54-mile course from downtown Chicago to Evanston and back, was scheduled to start on November 2, 1895.

The original field featured 83 entries in the race, but 76 never made it to the race. The high dropout rate seemed primarily due to most cars needing to be finished in time for the contest, and organizers postponed the event for a week.

If the new technology wasn't already tricky enough, dealing with the local authorities was worse. Before pre-race favorite Elwood Haynes and the Benz driver could even get into town, they were stopped by the cops. Their infraction? The police said they had no right to drive their vehicles on the city streets, and the competitors had to requisition horses to pull the cars. Haynes had to drop out when his vehicle was damaged en route and was unable to compete.

Naturally, the editors of the Times-Herald flipped out. They postponed the event again until they could convince the city leaders to pass an ordinance allowing the newfangled vehicles to travel on the streets of Chicago. By this time, the race day had slipped to November 28, Thanksgiving Day.

Frank Duryea described his experience in his autobiography: 

"I started with draftsmen on plans for a new motor wagon (the second Duryea vehicle, a two-cylinder vehicle built in 1894) of which I had, from time to time, been making rough sketches during the past summer. But my work was interrupted by the necessity of preparing a motor wagon for the race promoted by H.H. Kohlsaat of the Chicago Times-Herald.

 

This race was set for November 2nd, and as driver, the Company sent me out to Chicago with the motor wagon on that date. Only the Mueller Benz and the Duryea cars were present and ready to start, so the race was postponed until the 28th. Thanksgiving Day, when it arrived, found me again in Chicago with my motor wagon."

Heavy snow had fallen during the night (and 30° at the start of the race), and we experienced hard going as we drove out to Jackson Park from our quarters on Sixteenth Street.

Only six contestants lined up to the start line of nearly a hundred entries. Of these six, two were electric vehicles entered by Morris and Salom of Philadelphia and Sturgis of Chicago. Each came from the four gasoline-engined cars, H. Mueller & Go. of Decatur, Illinois, R.H. Macy & Co. of New York, and The De la Vergne Refrigerating Machine Co. of New York, to the start with an imported German Benz. The Duryea Motor Wagon Company's entry was the only American-made gasoline vehicle to start.

The word 'GO' was given at 8:55 AM, and the Duryea was the first vehicle (№ 5) away.

With me as umpire was Mr. Arthur W. White. The machine made good going of the soft unpacked snow in Jackson Park, but when we came to the busier part of the city, the street surface consisted of ruts and ice hummocks (a hump or ridge in an ice field), in which the car slewed badly from side to side.

While still in the lead, the left front wheel struck a bad rut at such an angle that the steering arm was broken off. This arm had been threaded and screwed firmly to a shoulder, and it was a problem to extract the broken-off threaded part of the arm. When this was finally accomplished, we, fortunately, located a blacksmith shop where we forged down, threaded and replaced the arm. While thus delayed, the Macy Benz passed us and held the lead as far as Evanston, where we regained it.

Having made the turn at Evanston, elated at being in the lead again, we started on the home trip.

We had not yet come to Humboldt Park when one of the two cylinders ceased firing.

This repair was completed in fifty-five minutes and we got going, feeling that the Macy Benz must surely be ahead of us, but learned later that the Macy did not get that far. Breaking the way through the snow in Humboldt and Garfield Parks proved to be heavy work for the motor, but also indicated that all competitors were behind us.

After a stop for gasoline, and a four-minute wait for a passing train at a railroad crossing, we continued on to the finish in Jackson Park, arriving at 7:18 PM.

The motor had at all times shown ample power, and at no time were we compelled to get out and push.

After receiving congratulations from the small group still remaining at the finish line, among whom were the Duryea Motor Wagon Company party, I turned the motor wagon and drove it back to its quarters on Sixteenth Street.

The Mueller Benz, the only other machine to finish, was driven across the line at 8:53 PM by the umpire, Mr. Charles B. King, Mr. Mueller having collapsed from fatigue and the frigid cold."

Shortly after the start, depending on whom you believe, either two of the vehicles argued over the same section of road, or a Benz ran into a horsecart or was forced off the road by the horse cart. Whatever caused it, one Benz was in a ditch and out of the race, and another Benz dropped out.

Frank Duryea traveled 54 miles at an average of 7.5 mph in 10 hours and 23 minutes (including repair time), marking the first U.S. auto race where any entrants finished. 

The winner earned $2,000 ($61,000 today), the enthusiast from the crowd. The person who gave the horseless vehicles the new name of "motorcycles" won $500. The Chicago Times-Herald Newspaper that sponsored the race wrote, "Persons inclined to decry the development of the horseless carriage will be forced to recognize it as an admitted mechanical achievement, highly adapted to some of the most urgent needs of our civilization."

That same year, the brothers began commercial production in 1895, with thirteen cars sold by the end of 1896. Their first ten production vehicles were the first automobiles sold in the United States.

Compiled by Dr. Neil Gale, Ph.D.