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Wetlands and meanders: Old problems that could be new solutions…

When the first settlers arrived in the Fox Valley, they found tallgrass prairies dotted with open groves of mixed hardwood trees. The prairie, however, was not a simple grass monoculture.

In their descriptions, the settlers divided prairie into wet prairie and dry prairie, with dry prairie the most desirable for farming, but not always the most prevalent. Drier, higher prairie was quickly claimed by the first settlers, and later arrivals were forced to settle land with fens, sloughs, and marshes. Bristol Township was notorious among early pioneers for having a lot more than its share of wetlands, and was derisively referred to as “Slough Grass,” “Pond Lilly,” and “Bull Rush” by the pioneers.

While wetlands may have been viewed with sarcasm, they were no laughing matter in those early days. Although rich in wildlife, wetlands tended to come with a dismaying number of sicknesses for early residents. Outbreaks of ague—malaria—and other diseases were blamed on “miasmas” that supposedly emanated from wetlands. Not until the germ theory of disease was discovered and gained acceptance many decades later did people realize insects that favored wet habitats spread sickness, not mysterious invisible swamp vapors.

Since there was no effective chemical insect control available, that knowledge probably wouldn’t have saved the wetlands, because draining them had the desired effect by eliminating mosquitoes. As the area’s extensive wetlands were drained, malaria was virtually eradicated. And just as importantly for those early farmers, formerly wet prairie became productive farmland.

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George L. Griffin and J.H. Carper of Dallas City, Illinois invented this improved mole ditcher in 1860. Their main improvement was to make the machine cut its drainage tunnel with less effort on the horses or oxen pulling it.

Drainage work on the thousands of acres of wetland really started as soon as the settlers arrived. Initial efforts were fairly simple and labor intensive as ditches were dug from wetlands to the nearest streams.

In 1854, the mole ditcher was invented, a sort of subterranean plow that created a small underground tunnel. It took a lot of oxen and muscle power, but a mole ditcher could drain about a half mile of wetland a day. But while the machine worked well in clay soils, drain tunnels pushed through more friable soils tended to quickly collapse, not only blocking the flow but also creating dangerous holes in fields into which men and animals frequently stepped.

The other major technique was to build underground drain pipes of wooden boards or stone, but that was expensive in both labor and capital.

Then in the 1860s, clay tile began to look like the best bet to drain wetlands. Tile plants in Joliet and Chicago began advertising in The Prairie Farmer magazine and drainage efforts accelerated and quickly expanded. Even more ambitious drainage projects became possible thanks to laws passed by the General Assembly in the 1870s allowing landowners to combine into drainage districts, financed by property taxes levied on affected landowners.

The move towards draining ever more land led to entrepreneurs starting to manufacture their own field tile using locally-available clays. In April 1879, Kendall County Record Editor John Marshall noted: “Samples of the [drainage] tile made at Millington can be seen at Willett & Welch’s implement room in Yorkville. Farmers should examine it.”

The new clay drainage tile technology allowed even the largest wetlands, such as the Great Wabasia Swamp, which covered 367 acres in northern Oswego and southern Aurora townships, to be drained by the 1890s.

By Jan. 1, 1884, according to the Illinois Department of Agriculture, farmers had laid the astonishing total of 800 miles of drainage tile throughout Kendall County alone.

Then in August that same year, the Record noted that tile making had come to Yorkville: “Joseph Tarbox is getting out a first quality of tile with his new machine, and has at his yard a general assortment of all sizes; and he will not be undersold by anyone. Address, Yorkville, Ill. Tile and brick yard on the north side, near the fairgrounds.”

On Nov. 17, 1897, the Kendall County Record’s Oswego correspondent could report that: “Mr. Job Wampah is hauling large size tile–12-inch–from Plainfield so as to close up an open ditch across part of his farm. Land is nearly all drained out in this part of the country. What a difference between now and 25 years ago when ponds and swales were on every farm. When politicians tell of the great change that came over the country in ‘73, they should not forget to state that farmers began tiling about that time.”

From 1905 to 1910, $60,000 (a small fortune in those days) was spent in Bristol Township alone to tile and drain a total of 3,200 acres of wetlands.

Channelizing Waubonsie CreekWater drained by the county’s vast tile systems had to have someplace to go, so creeks were modified for fast drainage by channelizing—straightening and deepening them—to speed run-off to either the Fox River or AuSable Creek. As a result, rainwater that was once stockpiled in the county’s numerous wetlands and allowed to run off slowly was encourage to quickly flow away. The increased velocity of stormwater and spring melt runoff is often destructive in the short term as raging waters create severe erosion and other damage.

Fast runoff from its watershed combined with destruction of wetland has also had a drastic long-term effect on the Fox River. By the early years of the 20th Century, according to C.W. Rolfe, writing in The Fishes of Illinois published in 1908, the volume of the Fox River’s flow at its low water rate in late summer was half of its estimated low water flow in the 1830s. Tiling, ditching, and draining did not stop, of course, something that continued to plague the river during the next century. A measurement taken by the U.S. Geological Survey on the Fox River in 1975 north of Aurora showed that its low water flow rate had further declined by about 15 percent from Rolfe’s time.

Another cause for concern reported in the mid-1970s was the discovery that between 1905 and 1971 two “indicator” species of small fish that require access to wetlands to spawn, the Blacknose Shiner and the Iowa Darter, had completely disappeared from the Fox River system, both casualties of wetland destruction.

The destruction of wetlands has caused the county’s streams to resemble aquatic yo-yos, their levels bouncing up and down during successive wet and dry periods, sometimes within a matter of days of each other. In addition, the descendants of the very farmers who drained the wetlands have been adversely affected as ground water levels, once maintained by extensive wetlands, declined over the decades.

1996 Flood CB&Q Bridge C

The devastating Flood of 1996 turned Waubonsie Creek into a raging torrent that nearly destroyed the railroad bridge crossing it near downtown Oswego. Wetlands and creek meanders eliminated more than a century before might have mitigated some of the flooding.

Most of the county’s wetlands did not totally and completely disappear, however, as unfortunate homeowners living in developments built on former marsh and swamp land often discover following rain storms or fast snow melt. Even with drainage patterns changed by the engineering of new subdivisions, commercial developments, and roads, the land tends to revert to its natural state during high water periods—and for a lot of county land, the natural state was that wet prairie noted above. In fact, old survey maps and historical accounts of the county’s early days suggest residents of more than one new development may have cause for continuing concern as many of them found out during the huge Flood of 1996 that resurrected a number of ancient marshes and sloughs following 17” of rain.

At least one solution for the intermittent flooding that plagues the area has gradually become apparent during the past few decades: Restore some of the area’s wetlands. Just as they did 160 years ago, wetlands can be used to slow flood waters to decrease the water’s damaging velocity and store the runoff for slower release, which reduces or even prevents flood damage. Side benefits—although naturalists would class them as major benefits—are that wetlands cleanse the streams they empty into by filtering polluted run-off from roads and parking lots. They also enrich the area’s wildlife diversity by attracting birds and other animals and creating spawning grounds for fish. And unlike the pioneers, we know how to deal with disease carrying insects that might be attracted to wetlands through sound ecological management.

When you get right down to it, there’s nothing like persuading Mother Nature to use her own tricks to help solve problems we’ve caused ourselves.

 

 

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Filed under Environment, Fox River, History, Illinois History, Kendall County, Local History, Oswego, Science stuff, Semi-Current Events

Believe it or not, dandelions not only taste good, they’re good for you, too.

They come with the spring. Kids pick them to make colorful chains and rub their blooms on each other to create satisfying yellow smudges. Adults, meanwhile, roll out the heavy artillery—the power sprayers, the lawn care services—to try to do their best to eradicate them.

Yes, it won’t be long before dandelion season is in full bloom once again.

The farm my Pennsylvania German ancestors settled along the Will-DuPage County line here in northern Illinois has disappeared under an up-scale businesses and streetscapes of posh new homes, but those bright yellow flowers starting to pop up along roadsides and in median strips are a visible reminder of pioneer settlement days on the flat prairies between the Fox and DuPage rivers.

A family tradition, possibly apocryphal but maybe not, tells the story of how the Pennsylvania German families carving farms out of the prairie between the DuPage and Fox Rivers were disappointed when they discovered in their first spring on the prairie the absence of one of their favorite all-purpose plants. As a result, my settler relatives wrote home and requested family back in Lancaster County send dandelion seeds, which they did.

The rest, as they always seem to say, is history.

Each spring, lawns throughout the Fox Valley are covered with a myriad of colorful, yellow flowerets as the descendants of those fluffy Pennsylvania seeds begin their hardy life cycles. While homeowners try, with varied success, to eradicate these hardy plants, others ease towards a live and let live policy.

Dandelion C

Dandelions are native to Europe where they’ve been used medicinally for centuries, thus their scientific name, Taraxacum officianale.

“There are really few sights as spectacular as a rich green, well-watered lawn, several acres in extent, perhaps under the spreading trees of a cloistered university campus, covered with a carpet of golden dandelions,” Dr. Harold Moldenke rhapsodized in American Wild Flowers. Clearly, Dr. Moldenke is not a lawn monoculture zealot.

While dandelions may be pretty to look at for some, especially when we remember those dandelion chain necklaces of our childhood, others see them as noxious weeds that do little more than choke out expensively sodded or seeded lawns. Such unkind thoughts towards dandelions are one reason platoons of tank trucks loaded with tons of herbicides invade Fox Valley neighborhoods on a daily basis to fight the spread of those golden flowers that resemble nothing so much as acres of innocent smiley faces.

Dandelions aren’t from around here. By that I mean not even from this continent. The plant is a native of Europe, probably Greece, although its name comes from the French, dent de lion, literally “lions tooth.” Most experts agree the name refers to the plant’s toothed leaves, although one herbalist devoted several paragraphs in a scholarly book to discussing whether the name refers to the plant’s leaves, its flowerets, or its root, which may illustrate how little some herbalists have to do with their time.

The ancients knew that the dandelion’s happy face masked its real potential as a medicinal herb. Its scientific name, Taraxacum officianale, is a living historical note on how well accepted the plant was by the ancient medical establishment.

In his 1763 book, The Natural History of Vegetables, English Dr. R. Brookes reported the dandelion was “accounted an aperient, and to open the obstructions of the viscera.” He observed that dandelions were eaten as a salad, but, he added with inborn English suspicion, only by the French.

dandelion BActually, more than the French liked the sharp taste of young dandelion leaves, for that is the main reason my relatives supposedly requested a packet of seeds from their German brethren in Pennsylvania. Not only can the leaves be eaten, but the plant’s colorful flowers can be harvested and used to make a delicious golden-hued wine.

But it is as an herb the dandelion has been most touted, both by 18th Century herbalists as well as by modern natural foods enthusiasts. One herbalist suggests that applications of the dandelion’s milky juice produced in late spring and summer can remove warts. Dandelion tea, made from the plant’s dried leaves, has been used for centuries as a treatment for rheumatism, and has a reputation for keeping the kidneys free from stones if used regularly.

Roasted dandelion roots can be dried, ground into powder, and used to make a coffee substitute that is high in vitamins and minerals, but which has zero caffeine. Nobody says much about the taste, however, and that might be one reason it hasn’t caught on at Starbucks just yet.

Dandelion greens

It’s important to pick only greens from dandelions that haven’t blossomed yet, otherwise bitterness will overtake the greens’ sharp, peppery taste.

Most area residents, however, will not make dandelion tea or coffee. But it is easy enough to harvest the tender young leaves of early spring dandelions and eat them mixed with other greens in salads or by themselves, wilted with vinegar and sugar. Make sure only young leaves are harvested before the plants flower, though, or the dandelion’s astringent qualities will dominate rather than its sharp good taste. Some dandelion lovers continue to eat the plants long after their tender young stage has gone by the boards by blanching the leaves before eating them to remove some of the bitterness.

My own family tradition calls for making a warm sweet and sour sauce which is poured over dandelion leaves to create a complementary dish for potatoes and meat, usually pork chops, pork steak, or a ham slice.

The recipe:

  • One egg, beaten
  • 1/4 cup vinegar
  • 1/2 cup half & half or cream
  • 1/2 cup milk
  • 2 or 3 slices of bacon, or use pan drippings from pork chops, ham, or pork steak
  • Salt and pepper to taste

Dice and cook the bacon crisp, or retain a small amount of pan drippings in a frying pan. Mix in the other ingredients and bring to a boil. Pour hot mixture over dandelion greens, leaf lettuce, or head lettuce to wilt. Serve as a side dish or (as we do) use the sauce as gravy over potatoes served as part of the meal.

The egg gives it a pleasant yellow color (thus our family name for it: yellow gravy) and the half and half (or better yet, cream) provides the sweetness that compliments the vinegar.

Image result for digging dandelion greens In my mind’s eye, I can still see my grandmother in coat and sunbonnet digging dandelion greens in her farmyard before lunch on sunny windy spring days in preparation for a dinner of boiled potatoes, canned green beans, pan-fried ham slice, and yellow gravy. Which always makes me appreciate why those Pennsylvania German ancestors wrote home and begged for dandelion seeds.

But I strongly suspect those lawn fanatics who see anything except an unbroken carpet of hybrid bluegrass as an affront to their family honor would just as soon my pioneer ancestors had left well enough alone.

On the other hand, lawncare firms and garden departments in big box and hardware stores that annually rake in millions from dandelion haters may want to consider a monument to those heroic Pennsylvania German dandelion lovers of yesteryear.

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Winter travel in Illinois was always a challenge, but at least it was bug-free

Let’s say you’re a French colonial fur trader, and a resident of the Illinois Country in the late 1600s. In order to get here, you had to paddle a birch bark canoe loaded with several hundred pounds of trade goods all the way from Montreal.

Now it’s winter, and the snow has drifted deep outside your snug cabin at your fur trade post. The temperatures have dropped well below zero, much colder than it ever got in your native Provence. So what do you do now, during the short January days?

Road trip!

It turns out the winter months, not known as the most temperate or comfortable time of year in the Illinois and the rest of the Midwest, was a favored traveling time for the Europeans who began arriving in these parts more than 300 years ago.

Given that Gor-Tex and down parkas from L.L. Bean wouldn’t be invented for another three centuries, why was January and February the prime colonial travel season in Illinois?

The answer is a simple four-letter word: bugs. Illinois during most of the year was afflicted with a dismayingly large collection of biting insects including flies, mosquitoes, wasps and hornets, and a huge collections of others that made life on the Illinois prairie miserable between the last frost of spring and the first frost of late autumn. About the only way to make sure the critters wouldn’t suck every last drop of blood out of man or beast was to wait until everything froze solid.

Even given the primitive state of cold weather gear of the era, it was far preferable to deal with frostbite rather than hordes of biting insects.

1680 LaSalle on snowshoes

During the late winter of 1680, Robert Cavelier de La Salle and a couple companions hiked from Peoria to Canada, as imagined by artist George Catlin in this painting. While LaSalle was prompted to take his winter walk due to financial problems, it was also easier to travel thanks to the lack of biting flies and mosquitoes.

The early settlers divided Illinois prairies into two classes, dry and wet. Wet prairies were your basic marshes—a marsh being a swamp without trees—which were prime breeding grounds for not only mosquitoes but also the biting flies that made such an impression on so many early travelers.

According to John Madson in Where the Sky Began, there can be up to ten million insects to each acre of the kind of tallgrass prairie that covered Kendall County 300 years ago, and continued to cover it until the first pioneer farmers began planting fields of corn in the late 1820s.

A dismayingly large number of insect species are native to Illinois, but the ones that most tormented early travelers and settlers were the biting and stinging flies that swarmed over and around the area’s wet prairies and the various species of mosquitoes. A fairly large percentage of Kendall County was considered wet prairie, especially in Bristol Township and in the marshy areas along Morgan, Rob Roy, and AuxSable creeks.

Madson again: “I’ve suffered sorely enough from mosquitoes in the Everglades and Louisiana swamps, but never so sorely as on the wet prairies of southern Minnesota.”

Madison’s southern Minnesota prairies are almost identical to the kind that predominated here in the Fox Valley until the last half of the 19th Century. Starting soon after settlement and extending into the first quarter of the 20th Century, virtually all of them were drained.

In 1722, Jean Francois Nicolas Becquet, newly arrived at Fort de Chartres in modern southern Illinois, sent a letter to his mother back in France relating the hardships of the his journey up river from New Orleans, including being afflicted with biting insects: “The trip up the Mississippi was the worse journey I have ever known. I am convinced that the rain, the waters of the Mississippi, and the endless biting and stinging insects that abound there, could provide a more accurate image of hell than any fire.”

Almost a century later, things hadn’t improved much at all. One Illinois settler who sent greetings back to his family in Vermont in 1821 reported: “I became acquainted this year with the prairie flies about which I had heard so much in Vermont. The smallest kind are a beautiful green about twice the size of a common housefly. Another kind is about twice as large as these, of a slate color. These, this season, in riding on the prairies, would entirely cover a horse and when fastened they remain until killed by smoke or by being skinned off by a knife, and then the horse will be covered with blood. The only way of riding a horse by day is by covering a horse completely.”

The flies were so vicious they even had major impacts on Illinois’ native wildlife. According to M.J. Morgan in Land of Big Rivers: French and Indian Illinois, 1699-1778, the flies, during their most prolific season, forced even buffalo to leave their normal stomping grounds and seek relief elsewhere. “On account of the green-headed flies,” Morgan said one observer reported, buffalo left the Wabash valley to range west and north of the Illinois River during the summer months.

In the summer of 1683, while on the way from Canada to the Illinois Country, Louis-Henri de Baugy, a political and business rival of LaSalle’s, wrote a letter to his brother in France in which he noted, rather matter-of-factly, that it was likely the Iroquois would attack the French post at La Rocher—Starved Rock—the next year and he might well be killed. That, he wrote, did not trouble him so much, however. What did trouble him was looking forward to further travel by canoe, during which the flies “tormented a person so cruelly that one did not know what to do.”

Thomas Hulme, an Englishman who traveled through east central Illinois in 1818, noted the biting flies were a danger to travelers’ horses. “Our horses were very much tormented with flies, some as large as the English horse-fly and some as large as the wasp; these flies infest the prairies that are unimproved about three months oin the year, but go away altogether as soon as cultivation begins.

Illinois historian William Pooley observed in 1905 that the dense swarms of biting flies also had an impact on the pace of settlement of Illinois. “Excessively warm weather and numerous flies sometimes so worried immigrants that they resorted to night traveling, being unable to make progress during the day.”

Horses with fly nets

Biting flies remained a problem right through the era of horse-drawn farm equipment. One strategy to fight flies was to use fly netting that provided some protection.

As Clarence W. Alford, speaking of the state’s early settlers, put it in The Centennial History of Illinois, “His livestock was viciously attacked by several kinds of horse-flies, black flies, or buffalo gnats, and cattle flies, while his own peace of mind and his health were endangered by mosquitoes, three varieties being carriers of the malaria germ.

Illinois’ mosquitoes and flies—the green-headed fly (probably today’s green-eyed horsefly) was remarked on by most travelers who left accounts—were not only vicious in their own right, but to add to the torment also carried diseases. In particular, mosquitoes transmitted malaria, which the pioneers called the ague (pronounced A’gue). The ague was so common that the settlers divided it into several varieties: Dumb ague, shaking ague, chill fever, and others. Common symptoms began with yawning, followed by a feeling of lassitude, fingernails turning blue, and then feeling cold until the victim’s teeth chattered noisily. After an hour or so, body warmth returned, increasing until fever raged with terrible head and back aches. The spells came to an end with an extremely heavy sweat.

The disease returned on a regular basis although it became less and less strong throughout a person’s life and wasn’t usually fatal, although it could be. Juliette Kinzie who wrote such a charming memoir of pioneer Illinois, died in 1870 when her New York druggist accidentally gave her morphine instead of quinine, probably for an ague attack, at the age of 64.

Tales of explorers, missionaries, and settlers traveling the Illinois prairies during the area’s fierce winters are rife. They didn’t do it because they wanted to, but it was either that or look forward to scraping the flies off your horse—and probably yourself, too—with a sharp knife.

Today, we still travel a lot during our Illinois winters, but it’s not because the insects are making us do it. And travel nowadays is usually by comfortable automobile or high-flying airplane with our destinations being somewhere in the sunny southland.

But sometimes, like when we’re stopped in traffic or hustling to make a connecting flight, it’s worthwhile to reflect on where and how far we’ve come—and why—as we look forward to where we’re headed.

 

 

 

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Trying to stay one step ahead of destruction in the Machine Age

When Czech science fiction writer and playwright Karel Čapek used the word robot (its root goes back to a term for “serf labor”), invented by his brother, Josef, he had human-shaped machines in mind that would do man’s bidding, for good or ill.

Image result for tobor captain video

65 years later, Tobot doesn’t look nearly as frightening as he did to my 7 year-old self.

Today, millions of robots are quietly and industriously going about their business but, alas, few of them look like the classic robot of SF literature or the robots we grew up watching on TV and in the movies. I recall being scared to death of the Tobot character (“robot” spelled backwards) when I watched “Captain Video and his Video Rangers” as a little kid. Robbie the robot in “Forbidden Planet” was a good-natured mechanical man, as was Robot, the combination nanny and straight man on “Lost in Space.”

But instead of humanoid machines mingling in modern society, these days robotic carts deliver parts from storage to machine in factories all over the world; robotic arms help build most kinds of trucks and autos these days; and deep space robots land on distant planets, tool around for years over the surface or dig around a bit and then return their finds to Earth. Robots even mow our lawns and vacuum our living rooms.

In short, robots are replacing people in jobs that are either too dangerous or too costly or too repetitive for humans to perform if industry, government, or ourselves are to be freed up to do other things—or make even bigger profits without all those pesky union contracts to deal with.

On the plus side, machines have made humanity’s physical burden lighter from the time the first cave man found a long enough lever could move a giant boulder. At the same time, those same machines have sometimes caused huge workforce dislocations.

No one knows what the first machine really was. It could have been that rock-moving lever noted above. Or it could have been the inclined plane used to help a group of Paleolithic hunters move the carcass of a large animal up to their cave.

The simple machine that probably had the most impact on the earliest civilizations right up through the present was the wheel, which allowed all manner of things to happen, the consequences of which we are still dealing with today. Even as the first crude wagon led to the automobile, the first war chariot led to today’s tanks, effects I am sure the inventor of the wheel could not imagine.

Image result for Ben Hur chariot race

No wheels, no Ben-Hur chariot race. Bummer.

But far from being simply a troublemaker, the wheel has also, over the course of history, been the greatest labor saving device ever invented, and may well have led to the invention of civilization. Wheels allowed larger cargoes to be carried from the countryside to the cities that grew into the Urs, Babylons, Romes, and other great capitals of the ancient world. And something as simple as a wheelbarrow lighten the workload on generation after generation of workers.

When put to work properly and with some innovation, wheels made manufacturing possible on large scales for the first time.

The water wheel was probably invented in the Far East, but it eventually became the foundation on which the West’s Industrial Revolution was built. Once the power of water was harnessed and put to productive work, all manner of things became not only possible but practical.

Gears and pulleys—also wheels—allowed the power of falling or flowing water to turn millstones to grind grain into flour, and to make saw blades first travel up and down and then round and round to saw trees into lumber.

At some time or other, an inventive person invented the trip hammer, a particularly useful machine. A trip hammer is lifted by a cam—basically a bulge—attached to a shaft turned by waterpower. As the bulge of the cam passes, the hammer falls. Of what use is an endlessly rising and falling hammer? Let us count the ways.

Image result for water powered trip hammer

Water-powered trip hammers made work from blacksmithing to dye making much easier.

In olden times, dye was made from vegetable substances that had to be pulverized, and that pulverization was all done by hand. With a water-powered trip hammer, dye stocks could be made much more cheaply because machines did not get tired and cranky. They just went on pounding and pounding all day every day without complaint. As a result, dye prices fell, and even common folks were able to afford colorful clothing.

Water powered hammers were also useful to folks who wanted to make a lot of metal items. Blacksmithing was an art, and a hard one at that. But trip hammers could be used to automate the tiresome process of hammering larger pieces of steel or iron to flatten or weld or shape them, making workers more productive.

In addition, falling or flowing water could also power all manner of other complicated machine assemblages from textile mills and elaborate looms to irrigation pumps to those sawmill blades mentioned above.

Indeed, when the first settlers began arriving here in Kendall County, pioneer millwrights were among the first wave of settlement in the 1830s. Ebenezer Morgan, John Schneider, Merritt Clark, Levi Gorton and the others found likely sites along the county’s creeks and rivers and built their dams and mills.

1900 (abt) Parker Mills

Levi Gorton built the gristmill on the riverbank just north of Oswego at left, and Nathaniel Rising added the sawmill in the right foreground, while George Parker added a furniture factory wing to the sawmill.

Gristmills were usually the first mills to be built to allow farmers to grind their com, barley, oats, and wheat into flour. But sawmills were almost as quickly built, and lumber for homes for the county’s growing population was soon available.

All manner of water-powered factories followed, and even the water behind the numerous mill dams itself was soon sold in the form of ice, harvested during the winter and stored for sale later in the warm months of the year.

The steam engine—which also relies on wheels to operate—gradually put the county’s water-powered mills out of business, since steam engines require no expensive, maintenance-intensive dams, they aren’t affected by low or high water levels, and they don’t freeze up in the winter.

Besides revolutionizing milling, steam engines installed aboard boats opened the Midwest’s extensive river system to trade, while other steam engines equipped with wheels and pulling cars over a network of rails changed the nation forever by revolutionizing transportation.

Today, we are facing another revolution almost as great as the one occasioned by the invention of the wheel. The combination of powerful computers and a worldwide communications network is bringing people together as nothing else ever has. The old totalitarian nations were unable to stand against the communications revolution as fax machines and computer networks spread the truths they had been suppressing for generations.

Now, however, the social media that toppled dictators is being used more and more to promote new dictatorial and hateful propaganda to a credulous citizenry. As we face the same messy ethnic and territorial problems the world has been dealing with since civilizations arose, our immediate challenge is trying to figure out how to use all this new technology in the service of rights and freedom of civilization before it destroys both.

 

 

 

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Spring planting a tradition around these parts for millennia

Spring planting is about ready to begin once again on the Illinois prairie, continuing a tradition that began thousands of years ago.

The first American pioneer farmers arrived here in the Fox River Valley area in the late 1820s. But the region’s Native People had already been farming for thousands of years by the time those first settlers arrived.

Most experts previously believed that agriculture in what is now the continental U.S. was imported from Mexico, along with the trinity of subtropical crops: maize (corn), beans, and squash. What is now accepted, after decades of archaeological work, is that the eastern United States is one of about ten regions in the world to become independent centers of agricultural origin.

The initial four plants known to have been domesticated by those earliest, pre-maize prehistoric farmers were goosefoot, sunflowers, marsh elder, and squash. Several other species of plants were subsequently added to the list of domesticated wild plants.

After 200 BCE when maize—corn—from Mexico was introduced into what is now the eastern United States, the Native People of the present-day United States and Canada soon stopped growing domesticated varieties of native plants, switching to an agricultural economy based on growing fields of maize complimented by beans and squash. As that evolution took place, the cultivation of domesticated native plants declined until it was almost wholly abandoned, and the domesticated native plants quickly reverted to their wild forms.

Cultivating Crops

Native People began cultivating and modifying native plants thousands of years ago.

Horticulture intensified in the Woodland period, and most Native American populations began living in villages near their fields. In about AD 800, corn and beans reached the Mississippi Valley, and by about AD 1000, the Mississippian culture that relied on corn, beans, and squash was established in Alabama.

Squash of the Cucurbita pepo var. ozarkana variety is considered to be one of the first domesticated native plants in the Eastern Woodland region, having been found in use here some 7,000 years ago. However, it doesn’t appear to have been thoroughly domesticated until around 3,000 years ago.

That earliest variety of squash was originally raised for its edible seeds, and used for small containers (gourds) when dried. Squash with edible flesh came quite a bit later.

Other edible native plants domesticated by the region’s Native People included little barley, goosefoot or lamb’s quarters, erect knotweed, maygrass, sumpweed or marsh elder, and sunflowers.

These edible plants are often divided by those studying the subject into “oily” and “starchy” categories. Oily edible seeds are produced by sunflowers and sumpweeds, while erect knotweed (not to be confused with its invasive Japanese cousin) and goosefoot, a leafy vegetable, are starchy. Maygrass and little barley, both of which are grasses that produce grains that may be ground to make flour, are also starches.

So how have we discovered all this new information? According to the most recent findings by archaeologists, humans were already collecting native edible plants by 6,000. Then Native People discovered by could modify them by selective breeding and cultivation. Archaeologists confirmed that process in the 1970s when they began noticing significant differences in seeds, burned and otherwise, collected in Native Peoples’ village sites, especially when those seeds were compared to their counterparts still growing in the wild. When carefully studied, the seeds collected in village sites were not only larger, but they were also easier to separate from their shells, husks, or chaff. It was those comparisons that led archaeologists to conclude ancient farmers had begun manipulating the genetics of wild plants by selective breeding much longer ago than previously thought.

One of the major regions where these successful efforts at ancient agriculture flourished is right here in the middle Mississippi River Valley, stretching from Memphis in the south to St. Louis in the north in a belt roughly 300 miles on either side of the river in the current states of Illinois, Missouri, Kentucky, and Tennessee.

So far, the oldest-known archaeological site in the United States where ancient people have been found to be purposefully growing—rather than gathering—food is the Phillips Spring site in Missouri. At Phillips Spring, dating from 3,000 BCE, Archaeologists have found large numbers of walnuts, hickory nuts, acorns, grapes, elderberries, ragweed, bottle gourd, and the seeds of a gourd that produces edible seeds that is the ancestor of pumpkins and most squashes. The gourd seeds found at the site were significantly larger than the wild variety, leading archaeologists to determine the plants’ genetics had been purposefully manipulated by native farmers who selected, planted, and then carefully tended the seeds that produced ever larger and more nutritious seeds. And eventually, continual genetic manipulation led to the gourds producing edible flesh as well.

Marsh elder is one of the many native plants ancient Native People domesticated for use as food before the introduction of maize–corn–an import from Mexico.

By 1800 BCE, Native People considered part of the Late Archaic cultural tradition in our region of the United States were cultivating a number of different plants. At the Riverton Site near downstate Palestine, IL in Crawford County, archaeologists have excavated one of best-known sites that illustrate the ancient people’s cultivation and domestication of native plants. At the Riverton Site, 10 dwelling houses have been excavated and studied, suggesting a village with a population of between 50 and 100 people. The fire hearths and storage pits excavated turned out to include a large number of plant remains. Among those remains were large numbers of seeds goosefoot, also called lamb’s quarters that the scientists determined came from cultivated and domesticated plants. They reached this conclusion because some of the seeds had husks only a third as thick as the plants’ wild varieties, making them much easier to process into food after harvesting.

As the years passed into the Middle Woodland cultural tradition, gardeners continued to cultivate and improve squash and gourds as Archaic Indians had done, but they also domesticated several other native plants that are considered to be weeds today. Building on their knowledge of Illinois’ native plants, Middle Woodland people began to establish gardens of goosefoot, marsh elder, little barley, maygrass, and other varieties of squash. Each autumn, they saved seeds from the best of the plants growing in their fields and then planted them when spring rolled around again. Eventually, these Native People became increasingly committed to particular plots of land and created a way of life organized around both wild and domesticated plants.

But change, in the form of maize, was just over the horizon. Strangely enough, though, as well as we know maize—we’ve been cultivating it around these parts for many hundreds of years now—we know very little about its origin. Many of those trying to figure out where it came from have fingered a grass named teosinte as the ancestor of modern corn. But there’s a fairly serious problem: Teosinte does not have a cob. This has led some of those looking into the mystery to suggest corn’s ancestor was some other wild grass that has now disappeared entirely.

Researchers Margaret Bunson and Stephen Bunson, suggest in the Encyclopedia of Ancient Mesoamerica that: “The wild maize plants altered by mutation were collected by early inhabitants of Mesoamerica and slowly domesticated. The wild form appears to have become extinct, possibly through backcrossing with domesticated forms.”

One problem is, however, that this “wild form” of corn has never been found in either the historical or archaeological record.

Another significant problems is there is no evidence that the early peoples of the Americas ever used or harvested teosinte. Finally, it has been theorized for a long time now that the Maya of Central and South America had cultivated and crossbred teosinte into maize. But no evidence has ever been discovered of this, either.

About all archaeologists and plant scientists have been able to nail down is that maize quickly became the most important staple grain in ancient Mexico. Ziz maize suddenly appeared about 4800 BCE on the Gulf Coast of Tabasco, Mexico, for instance. But there are no known wild specie of it in that area, suggesting it was imported, even at that early date, from somewhere else. After its abrupt appearance, the cultivation and genetic enhancement of maize became the focus of ancient American farmers.

But while maize quickly became the most important food grain for ancient peoples beans weren’t far behind. According to most current evidence, beans were originally domesticated in Mexico and Guatemala—the same areas where Zia maize was developed. The really neat thing about the beans those ancient farmers crossbred and improved so long ago is that beans’ proteins naturally complement the proteins in maize. Beans, it turns out, produce the acids lysine and tryptophan that nicely complement the amino acid zein from maize.

So with the invention of corn and beans, two of the legs of the Native Peoples’ Three Sisters—corn, beans, and squash—were in place where they joined the third leg that had already been undergoing genetic breeding for thousands of years.

2017 planting corn in Illinois

In another month and a half, area farmers will once again be looking to start planting corn and beans–just as they’ve been doing for thousands of years. Although it’s pretty obvious the methods they’ll be using this year have undergone some changes.

It took a while, but gradually maize and its complimentary beans spread north into the Mississippi River Valley, where its cultivation quickly displaced growing the region’s domesticated crops. Corn, beans, and native squash and other gourds caused the abandonment of the old, locally developed, strains of little barley, lambsquarters, erect knotweed, maygrass, sumpweed or marsh elder, and sunflowers, and the reversion of the cultivated strains of those plants to their native states.

Now, many centuries after corn and beans made their way north of their native Mexico and Central America, they still make up the bulk of the fields farmers in the Fox Valley plant. Granted, today’s soybeans are a strain developed in Asia, where they were being grown as long ago as 7000 BCE. It has always seemed ironic to me that our modern soybeans were developed by the descendants of some of the same people who crossed the land bridge to North America tens of thousands of years ago to become the people who also invented corn. All of which is nice historic and prehistoric symmetry, don’t you think?

 

 

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Getting enough milk for all those cookies…

We’ve all heard the old joke about the teacher asking her students where milk comes from, with one pupil answering “From the grocery store.”

Time was, even town kids knew milk comes from cows because—especially if they lived in a small town—their family quite likely had their own cow. And sometimes in not-quite-so-small towns. Remember, one story about how the Chicago fire started was because Mrs. O’Leary’s cow kicked over a lantern in the family’s barn.

If a family had their own cow, they had access to fresh milk and cream, and could fairly easily make their own butter and cheese if they wanted.

Otherwise, early in the nation’s history, they could buy milk directly from local farmers who brought their milk to town to sell door-to-door. After bottling technology was developed, wasn’t long before dairies got started, buying milk from nearby dairy farms and selling it to customers.

Larger towns and cities could support more than one dairy, while smaller towns and villages were generally served by only one dairy.

While we’re at it, we should make a distinction between dairies and creameries. Dairies sold fresh milk as well as other products such as cheese and butter to their customers. Creameries processed farmers’ milk into the cheese and butter available in general stores, hotels, aboard railroad dining cars, and from in-town dairies.

By the late 1800s, creameries had popped up all over Kendall County, often, but not always, operated as farmer cooperatives. Along with their larger cousins, tiny crossroads communities like Plattville in eastern Kendall County supported creameries, as did purely rural areas like NaAuSay Township.

Oswego, on the other hand, even though a small rural village, supported two creameries for a while, one a commercial operation owned by the McConnell family and later on, a cooperative creamery established by farmers dissatisfied with the prices they were getting for their milk.

Schickler house

In 1924, John Schickler and his son, Clarence, ran a sizeable distilling operation out of the basement of the Schickler House, located on the west side of Ill. Route 31 just north of Oswego. Later, the Schickler Dairy operated out of the same space. (Little White School Museum photo)

Oswego could even, in the 1920s and 1930s, boast their own dairy, the Schickler Dairy, operated by local businessman John Schickler. Schickler, one of Oswego’s several German entrepreneurs, operated both a grocery and general merchandise store and a saloon. In 1900, he built the Schickler Block at the southwest corner of Main and Washington streets to house his grocery and saloon businesses. Gradually, he got out of those retail businesses, especially when the saloon business was eliminated thanks to the nation’s 13-year experiment with prohibition, starting with the ratification of the 18th Amendment in 1920.

At first, Schickler decided to try opposing prohibition by building a substantial, illegal, distilling operation in the walk-out basement at his Oswego farmhouse, located just north of Oswego on the west side of Ill. Route 31. In the effort, he was assisted by his son, a college grad who taught in the West Aurora Schools. But word got out and his operation came to the attention of local and federal law enforcement officials. As the Kendall County Record reported on March 28, 1923:

The big haul was made on the farm of John P. Schickler, known as the Paul Hawley farm, north of Oswego on the west side of the river. Here, on Monday morning, the officers found a modern still working at full tilt turning out alcohol. The still was of 23 gallon capacity a day, connected to a pump operated by electricity for cooling and assisted by a special gas arrangement. Schickler is a former Oswego saloon keeper, going into the farming business when Oswego went dry. In his new business he bought a medical preparation of alcohol rub by the case and distilled the poisonous ingredients out, leaving the pure grain alcohol. This was housed in tins of a gallon each. When the raid was made the officials found 39 gallon cans and three 10-gallon cans of alcohol, 60 cases of the rubbing alcohol, and 75 pints of whisky. The plant, in the basement of the home, was one of the most modern the law enforcers had seen and it was bubbling merrily away at 6 o’clock in the morning, turning out its intoxicating product. Schickler was brought to Yorkville where he gave bond on the sum of $5,000 being released till Tuesday morning when he asked a continuance until Monday morning at 9:30 before Police Magistrate Frank R. Skinner.

On April 4, the Record reported the Schicklers had appeared before the local judiciary:

John P. Schickler and Clarence Schickler of Oswego were arraigned before Police Magistrate Frank R. Skinner on Monday morning and bound over to the Kendall county grand jury under bonds of $5,000 each. There are several counts against each of the defendants including the sale, possession, transporting for illegal sale and illegal manufacture of intoxicating liquor and the illegal possession of a still. This is one of the biggest “booze” cases that has come up in this part of the country and is being watched with interest. The tales of the extent of the operations are fabulous–the amount of alcohol which is said to have been turned out at this place being beyond belief.

It was after his arrest for bootlegging that Schickler decided to go into the dairy business, and until larger dairies in Aurora absorbed the local business, he provided milk and other dairy products to Oswego residents.

Lantz Dairy receipt

A receipt from the Lantz Dairy, located near Plainfield. Note the phone number.

Small dairies like Schickler’s popped up all over the place. For instance, my great uncle and his wife, the Lantzes, had a dairy they ran out of their farm over on what’s now Route 59 between Plainfield and Naperville.

As the 20th Century wore on technology and the consolidation mentioned above had big impacts on the dairy industry. Gradually, smaller dairy operations were either bought up by the big companies or were driven out of business as a result of improved transportation that benefited large, centralized operations.

Advances in animal husbandry also had a big effect, as cows were bred to give more milk, which meant fewer cows were needed to produce the same volume of milk. When the Great Depression hit in the late 1920s, dairy farmers were hard-hit. They fought back by forming cooperative organizations like the Pure Milk Association that were labor unions in all but name. The struggle for higher dairy prices resulted in some violence, not to mention a lot of milk intercepted and dumped on its way to dairies that refused to deal with organized farmers.

The height of Kendall County’s dairying was in 1890, when the U.S. Farm Census counted 9,500 milk cows in the county that fed milk into small creameries located in the villages of Oswego, Yorkville, Montgomery, Millington, Plattville, and Lisbon and in rural NaAuSay and Wheatland townships.

From that high point, the numbers steadily declined. The decline accelerated during the 1950s due to a number of factors, including the amount of labor required to run a dairy herd and the mechanization of the milking process. Not every dairy farmer could afford the new equipment or wanted to take the trouble to comply with increasingly strict heath regulations. By 1954, the county’s dairy cow population was down to 4,000 and five years later it had dropped by nearly half to just 2,300. In the 2012 farm census, there were so few dairy cows in Kendall County that they weren’t even counted.

And that’s despite the huge increases in the amount of milk, butter, and cheese the nation consumed. For instance, after World War II, someone decided it was vital that all us school kids drink lots of milk, so we had milk breaks at school. You could get either plain or chocolate, and at first it came in little glass bottles. But then it started coming in half-pint waxed cardboard containers, each of which cost, as near as I can remember, three cents, thanks to a generous government subsidy.

Guernsey cow

Our family cow was a Guernsey named Daisy who looked a lot like this classic example.

That only accounted for a portion of the nation’s increasing love affair with milk, which was also spurred by an innovative dairyman right here in Illinois. Joseph Kraft invented processed cheese, cleverly naming it American Cheese, and packing it in tin cans for shipment to Europe during World War I. After the war, Kraft began selling his processed cheese in two and five pound boxes, and also directed his team of dairy experts to find more ways to use the stuff. Those efforts resulted in discovering that American Cheese melts really smoothly without getting tough or separating. And that led to the invention of the cheeseburger, which is generally credited to Kraft’s Chicago labs. And then, in 1936, Kraft introduced his boxed Kraft’s Macaroni and Cheese Dinner, the staple of kids (and many parents) the nation over to this day.

Out on the farm, we had our own cow when I was really little, but then my dad got tired of milking Daisy twice a day, every day, all year round, and we started buying our milk in town. My dad favored Guernsey cows because of the high butterfat content of the milk they produced. After he milked Daisy (squirting some of as a treat it at the barn cats who gathered around as he worked), he took the bucket of milk in the house and down the basemen where the separator was. The raw milk went in the top, and cream and mostly de-creamed milk came out the bottom. The cream was either saved to take into Yorkville to the cream station to sell or sent to my grandmother to be made into butter. We drank the milk, but every once in a while, my folks would take a few gallons over to my Aunt Bess McMicken to be made into cottage cheese.

Fruit Juice House bottle

Aurora’s Fruit Juice House, Inc. had several locations in the city where they sold fruit juice by the gallon, along with milk in their wide-mouth gallon jugs, and great ice cream.

After getting rid of Daisy, we bought milk in town. Since we went into Montgomery every week for my sisters’ piano lessons, we stopped on the way home at the Fruit Juice House on Hill Avenue and got our milk in gallon glass jugs—along with their great-tasting orange juice. And, every once in a great while, an ice cream cone or chocolate malt. A great place, the Fruit Juice House was.

After we moved to town, we got milk delivered by Oatman’s Dairy. My Uncle George worked for Pike’s Dairy in Aurora where he delivered milk in Pike’s familiar brown bottles, but they didn’t deliver to Oswego so Oatman’s it was.

Les Weis was the Oatman milkman who brought half-gallon glass jugs to our door. I can’t remember the exact schedule, but I do remember my mother would put the empty, washed jugs out for him to pick up when the brought a fresh supply a couple times a week.

Back when we owned our own cow, we knew exactly where the milk we drank came from. These days, food production is far less transparent—it’s almost impossible to figure out which farm the milk you buy at the supermarket came from. But on the other hand, thanks to modern dairy technology and government health regulations, we don’t have to worry about contracting one disease or another from the groceries we buy. This modern life of ours is certainly different, which doesn’t mean it’s necessarily bad.

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It’s open water year round these days on the Fox River

Drive south on Ill. Route 25 along the Fox River from the Kane County line during the coldest winter months and you won’t help but notice that the farther you travel into Kendall County the more the amount of ice on the river increases.

Granted, the river from the Montgomery dam south to Oswego is generally swift moving and dotted with small rapids, but swift-flowing water isn’t the reason the Fox doesn’t freeze over, because it used to just a few decades ago.

So what’s the reason for the open water until you nearly reach Yorkville?

The main answer seems to be that the largest tributaries of the Fox River these days are not those creeks, springs, and wetlands created by the last Ice Age. Instead, we are the river’s largest tributaries—the men, women, and children who live in the Fox Valley.

When the 18th Century ended, it was less than three decades until the first permanent white settlers arrived in the Fox Valley. As 1799 turned into 1800, the river’s largest tributaries were the creeks that drained thousands of acres of wetlands that dotted the river valley from Wisconsin to the mouth of the Fox on the Illinois River. In Kendall County, the largest of these subsidiary streams were, from north to south, Waubonsie Creek, Morgan Creek, Blackberry Creek, and Big Rock Creek.

Most of these creeks were the main outlets for large wetlands. Waubonsie Creek, for instance, drained the Wabausia Swamp on the Kane-Kendall County border, a wetland that covered nearly a square mile. Morgan Creek, too, drained extensive wetlands that were the remains of a former glacial lake.

Both north and south, other smaller and larger streams and springs added their flows to the river.

During the winter months, the water that seeped and flowed into the river from its bordering wetlands and tributary creeks was cold, having been pre-cooled as it slowly made its way to the river.

1915 abt Drainage

One of the many rural drainage projects was this 24″ tile draining wetlands along Wolf’s Crossing Road into Waubonsie Creek about 1911. This particular project was dug by hand. (Little White School Museum collection)

As soon as the settlers arrived, they began to wage war on the Fox Valley’s expansive wetlands. Over a 50-year period, they aggressively drained marshland and channelized streams, the former to create more farmland and the latter to drain stormwater into the river as quickly as possible to stop nearby farmland from flooding. Their efforts were extremely effective, even given that all the earliest drainage work was completed by animal power and hand labor. By the start of the 20th Century, drainage efforts continued, now assisted by steam-powered dredges.

The result was the addition of additional tillable land, and the elimination of wetlands that were homes to hordes of disease-carrying insects. Drying up the county’s numerous marshes and sloughs led to a precipitous decline in the occurrence of malaria—called “the ague” by the settlers.

But a major unintended consequence of all those drainage efforts was that they not only sharply decreased the summer and winter flows of the river, but they also led to more frequent flooding. That’s because the stormwater “banks” created by the county’s wetlands and meandering streams were eliminated. Instead of runoff trapped in sloughs and marshes slowly soaking in to recharge ground water supplies and be slowly discharged over a period of weeks following rainstorms or snow melt, the runoff was rapidly channeled into the Fox River where it flowed downstream to the Illinois River. When dry months arrived, there was no water “bank” to add to the river’s flows, and it nearly dried up during some dry periods.

In addition, the velocity of the water from the Fox’s tributaries greatly increased due to the elimination of meanders in the streams—channelization—and the disappearance of the wetlands that once slowed the speed of stormwater runoff. That resulted in farmland drying out much more quickly after precipitation fell, but it also resulted in more erosion, with the area’s incredibly rich topsoil washing into the fast-flowing channelized streams. The fast-flowing muddy water caused major flooding far more frequently.

Fox Metro plant

The Fox Metro Water Reclamation District’s sprawling wastewater treatment plant between Montgomery and Oswego is today a major Fox River tributary.

And then, as the 19th Century ended, a new sort of tributary started adding to the river’s flows, this one far from the crystal clear water that was once generated by wetlands and meandering creeks. In the early decades of the 20th Century, it finally became apparent, that simply dumping raw sewage, from human waste to industrial products, didn’t get rid of the problem; it just moved it downstream. The human, animal, and industrial waste pumped directly into the river began to be treated to greater or lesser degrees as recognition of the dangers of pollution became clearer, and as wastewater treatment technology advanced.

With the Fox Valley’s population growth, the increasing volume of body temperature sewage began raising the river’s temperature, but at first there wasn’t enough inflow volume to noticeably affect it. As late as the late 1960s, the river regularly froze over all the way from Aurora south to Yorkville. When I was in high school in the early 1960s, we regularly ice skated on the river from Oswego north to Boulder Hill, a distance of three or so miles.

Ice skating on Fox

In about 1920, when this photo was snapped on the frozen Fox River immediately upstream from the Oswego bridge, the river regularly froze over and offered a fine site for community ice skating. (Little White School Museum collection)

But shortly after that, as my friend, Dr. Paul Baumann, pointed out in his 1976 monograph, A Bicentennial History of the Fox River, by the time we celebrated the United States’ 200th birthday, about one-third of the water in the Fox River had already been used at least once by humans or businesses by the time it reached Kendall County.

And then came the Fox Valley’s explosive growth from the 1970s into the first decade of the 21st Century. With that growth, it’s likely the river’s single largest tributary has become the sanitary sewage treatment plants linking the river’s banks. And the relative warmth of that water (it’s slightly warmer, but no less pure than water already in the river thanks to modern wastewater treatment technology) means that nowadays the river seldom freezes between the Fox Valley Water Reclamation District’s huge wastewater treatment plant, located across the river from Boulder Hill, and the pool created behind the Yorkville dam.

Ice Houses

This view of Esch Brothers & Rabe’s ice houses north of Oswego, taken about 1890, gives an idea of the size of the company’s ice harvesting operation. (Little White School Museum collection)

As shallow as it is now and historically has been, the Fox River was never a main transportation route, but its dams did provide power for mills, its waters were rich in clams harvested for freshwater pearls and shells for buttons, and in winter its ice was harvested for use in both the home and industry. In fact, huge ice harvesting operations were conducted at each of the dams across the river, including at Yorkville and Oswego. How huge? In 1880, the Esch Brothers & Rabe ice company shipped 581 railcars of ice from Oswego. Of that number, they shipped 124 railcars full of ice from Oswego in August alone. By 1884, the ice company was shipping nearly 1,100 railcars of ice annually.

It’s fortunate cooling technology advanced so far that we don’t require that ice today, because through the impact on the environment of our mere presence here in the Fox Valley, we’ve managed to raise the river’s average temperature so much that it seldom freezes along much of its length in northern Kendall and southern Kane counties.

 

 

 

 

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