Changes in England 1700-1850: The Industrial and Farming Revolutions, Plus a System for Classifying Cloud Types was Invented

We have been learning about the changes in England brought about by the Industrial Revolution. Using instructions from here, we laid out two large sheets of paper (15 x 20 inches each)  and built towns in England as they progressed from 100 to 1850. 
I gave the older students the task of building a town of their own design, knowing in advance how many buildings they would need to build and of what type. 

World History - Design a Village, c. 1850
Using what you have learned about the evolution of a town, from a site along a fast flowing river to a bustling economic center, design a town “from scratch”.
Your town must include the following structures and spaces. Use the other side of the paper on which you created the Urban Game town.
1 river 
 3 bridges
80 modest houses 
 1 city hall
15 splendid houses 
 1 museum
10 stores 
 2 secondary school (public)
3 primary schools 
 20 tenements
1 bank 
 1 hospital
5 pubs 
 1 theater
5 restaurants 
 3 churches
1 courthouse/jail 
 2 cemeteries
10 factories (various sizes) 
 2 parks
2 railroad line
2 stations 1 library
8 streets with one intersection 
 1 feed mill (where farmers buy grain)
3 coalmines
Upon completion, some groups will be called upon to explain the rationale of their designs.

The younger students, on the other hand, were given instructions on what to add according to the growth patterns of how the towns actually grew.

1700
This is a rural village. Three out of every four Englishmen lived in small villages like this one and were poor farmers. Home life and work life was closely integrated as most work was done in nearby fields, in the home or adjoining workshop. Villages were connected by a system of dirt roads Firewood and coal were the primary fuel. Nearly every English village had a coal mining operation.

(Draw a river across your paper connecting east to west; the river should be about 1 inch wide; draw a simple wooden bridge crossing the river; draw 2 roads one running north to south and crossing the river at the bridge and one running from east to west.  Neither road need be a straight line. Draw 10 houses; 1 church; 1 cemetery; 1 store; 1 pub; 1 coalmine; & at least 50 trees) 

Life here in our rural English village is similar to other villages throughout Europe in the 18th century.  Change traditionally comes very slowly.  People moved at a much slower pace and had access to very little information about the world outside their village.  London, England’s largest city and one of the two real cities in Europe had a population of about 750,000 in 1750.  Three out of every four Englishmen were rural and lived in small villages like this one.  The average village was inhabited by about 200-400 people.  The tallest structure in the village was the church.  The religion of England is Anglican (Church of England).  Home life & work life were closely integrated as most work was done in nearby fields or in the home or perhaps adjoining workshop.  The family was an economical unit as well as a social unit.  Every member of the family worked very hard from sun-up to sun-down.  Even small children had chores.  The homes of villagers were very small with earthen floors and inadequate lighting and ventilation.  All members of the family slept in the same room and sometimes shared living quarters with the livestock.  Sons worked with their fathers farming and tending livestock while daughters worked with their mothers cleaning, cooking, sewing and at other domestic chores.  Life expectancy was slightly over 40 years of age.  Most people married in their teens and had babies before they were 20.  It was common for women to die during childbirth so the average marriage lasted about 15 years.  Step mothers and step fathers were common.  One baby out of three died before their first birthday, only one child in two saw their 21st birthday.

Unlike France, the English were not rigidly divided into social/legal Estates.  However, there was a distinct social class system.  Most English were poor farmers.  A few were middle class like the bourgeoisie of France.  They lived, for the most part in London.  Still a small few were aristocrats and usually owned large tracts of land in the English countryside.  For both peasant & aristocrats, the soil was the key to the economy.  Land was the source of livelihood and well-being.  Having enough land to produce adequate food, or to produce enough to sell, or even to rent was the key to economic survival.

Traditions concerning land guided daily living.  These traditions were designed to ensure the stability and welfare of the greater community.  Hence marriages and inheritance were geared to maintaining family property intact.  Marriages were always arranged by parents to maintain or better the economic status of their sons or daughters.  Not all could get married however.  A man had to generally own land on which to support a family before he dared to marry.  It was not uncommon for men to wait until their 30s’ when they inherited property from their parents which enabled them to marry.  If a woman did not bring land into marriage, she had to have some kind of dowry.  Daughters who inherited property from their parents had to pass it on to their husbands.  All land was given to the eldest son (primogeniture) while younger sons might receive cash payments or wait for their older brother to die.


The main occupation of England was farming.  Private and public lands were not separated by fences as they are today.  Every village had a public area called the commons.  This was land which was available to anyone for pasturing, hunting, the gathering of fire wood, growing of crops, etc...  So poor farmers who did not own their own land, or rented, could eke out a marginal living by depending on the commons.  Unlike France, most English peasants or farmers did own their own land, however small.


Villages were connected by a system of dirt roads that became almost impassable during the wet season.  As a result, transportation was often slow and trade beyond the village was not easy.  Most English farmers never visited any place further than 25 miles from their birthplace, ever!  People made their own food, clothes, furniture, tools, and homes.  A few items which could not be produced could be obtained from wandering peddlers who also brought with them news.

Finally for fuel, there were two sources: Firewood & coal.  Nearly every English village had a coal mining operation.  These mines employed a small number of village dwellers, especially in the winter.  Coal pits from which coal was extracted belonged to the owner of the property where the coal mine was situated.


Over the next 100 years, a revolution as significant as the Neolithic Revolution (when early man turned from hunting and gathering to agriculture) will completely change life in your village.  Some historians believe this revolution (the industrial) is the most fundamental change in human history.  We will experience some of these changes in the next few hours.



1745
A couple of enterprising young capitalists, (use students names), decided to invest money in the construction of a canal. This reduced the cost of transportation -coal could now be transported from the mines to towns for half the price of horse and wagon transportation. Making a tidy profit, (the students) were able to buy nice homes.

England’s geography is unique in that no section of the country is more than 90 miles from the sea and there are many navigable rivers that crisscross the countryside. This is not a public venture but rather a private one.  The profits from your canal are astonishing!  For example, one canal built in 1745; the Oxford Canal yielded a 300% annual return for its investors for a period of more than 30 years.  This new revolution in transportation reduced the price of raw materials and reduced the cost of transportation drastically.  Coal could now be transported from the mines to the towns for half the price of horse-wagon transportation.  Since you invested your money, thereby making a tidy profit, build yourself 1 nice home anywhere on the map you would like it to be.  Don’t forget to construct the canal.  It must run parallel to the river.

 




1750
There is a population explosion due to the fact that the Bubonic Plague which for centuries has wiped out the villages, has been virtually eliminated due to the disposal of sewage in the canals and then ultimately the ocean. For a variety of different reasons (soap, diet, sanitation, ect…) Add 5 houses (total 15). 


1760
The people of your village need a bit more food and goods to meet the needs of the new inhabitants.  Coincidentally, a number of other noteworthy events occur around 1760. 



Usborne Encyclopedia of World History
First, a number of new mechanical inventions for farming are developed.  Perhaps the greatest impact was Jethro Tull’s  creation of  the seed drill and the horse drawn cultivator.  Also, farmers begin to experiment with new, more productive framing practices like crop-rotation, new fertilizers, and new livestock breeding techniques.  Consequently farm production is significantly increased.  But there is one problem.  Most farmers own one tract of land.  Why should they, or how could they, invest in expensive machines when their land is so small?  What’s more, it’s almost impossible to buy land from anyone!  At the same time, pressure is placed on Parliament by large and small landowning farmers to make more land available.  Where is that land coming from?  The Commons of course!  A series of laws call the Enclosure Acts are passed by Parliament.  This means that landowners can buy pieces of common land from the government. Fence off an area 3x3 inches to be reserved as a commons. Add 5 houses (total 20) and 1 more nice house.


1773

A man named Richard Arkwright invents a new machine that can spin and weave cloth a hundred times faster than could be done by hand in a farm cottage ( the most common way of producing cotton cloth up to this time; the cottage industry ( putting-out  system).  He calls his new machine the Water Frame because its principle source of power was water.  Let’s imagine that the first water frame was built in your village (because of the river).  Since the water frame was large, a special building was needed and thus, the first factory for producing cotton cloth was built.  Add 1 factory (no smoke—it is powered by water).  Remember, the cotton factory must be placed on the river bank.  Canal water is not swift enough to generate the power to the working parts of the water frame.  Don’t add any smoke to this factory!!  Add 5 houses for workers (total 25)




1774
Workers are needed to work in this new factory.  Since many people (women) cannot compete with the spinning and weaving of cloth made in the factory and there are large numbers of poor families who have lost their livelihood due to the Enclosure Acts, we do have an available supply of workers.  People move to your village to find work.  Add  15  houses (total 40); 1  church , 1  pub, and  1  store.  You may draw additional roads and 1 additional bridge. The profits from the first textile factory are enormous.  It should be no surprise that Richard Arkwright is referred to with two titles:  The first millionaire and the father of the factory.  New factories are built in your community:  Add 5 new factories (must be on the river bank as they need water power).  The early owners of these factories called themselves capitalists because they had the capital or money to purchase the raw material, the building, the water frame, and to pay their workers a fixed wage and make a profit.   Add 5 houses (total 45)



1780

Unemployed workers from surrounding areas flood into your community looking for work.  Although wages are very low, they look attractive to starving families.  Housing is in great demand and for the first time a new kind of housing is constructed called Tenements.  Here dozens of families reside under one roof.  Add 5 Tenements.




1781

More workers need to live, eat, shop, drink, worship.  We need the social support services to go along with the demand.  Add 1 store, 1 pub, 1 church, and 1 school for those families wealthy enough to send their children (boys) to school.  Since workers in the factories work 6 days a week, the only day of rest is Sunday.  People flock to your churches so make them convenient for their tired feet.




1782

Workers work long, hard hours in the factories.  The average work day begins at 6:00 a.m. and ends at 9:00 p.m.  There is only a 30 minute break for lunch.  After work, exhausted, “stressed out” workers stop at their local pub for some relaxation.  Alcohol begins to be consumed throughout England in record amounts.  Add 5 more pubsDestroy 5 houses (total 40), add 4 tenements.




1783

Workers barely eke out a marginal existence.  There is never enough money to save and some workers go into debt.  Few, if any, could afford to send their children to school.  Still, there are a few families whose lifestyle is quite comfortable, even luxurious.  Who are they?  They are the large landowning farmers and factory owners.  Add 2 special homes.  Handsome manor houses are built and some are lavishly furnished with art.  These new rich (nouveau riche) are not part of the aristocratic class of England but they now can enjoy some of the refinements of the aristocratic rich such as food, servants, furniture, education, fine clothing, carriages, etc….Add 1 factory, add 15 houses for management personages (total 55) (Note: from this point on trees may be removed if you need space).



1785

A man named James Watt invents a new machine called the steam engine.  The steam engine replaces the water frame.  First, it is far more efficient.  Second, it allows factories to be built away from the river.  This source of power is more mobile.  Capitalists quickly replace their water frames with steam powered weaving and spinning machines.  The main business in England is still textile manufacturing.  Add 10 factories with smokeAdd smoke to all other pre-existing factories.  Also, add one nicer house since people continue to get rich.  Add 5 houses (total 60) and 1 tenement.




1800

A man named Henry Cort has just invented the puddling process.  This process makes it possible for coal, which is, fortunately, in abundant supply in England, to be used as the primary fuel in the new iron industry.  Consequently, your town is thrust into the “New Age of Heavy Industry”.  Larger factory districts appear which manufacture iron at low prices and that can easily be transported by your canal.  Add 1 new coal mine and a new iron bridge to replace the old wooden one.   Add 5 houses (total 65).  




1815

Coal miners are busy mining coal.  There is a great demand for coal right now:  home-heating, fuel for the steam engines, for the production of iron. Add another coal mine. Although in the 1700’s coal miners were adults who worked in the winter to supplement their wages, in the 1800’s they are typically children between the ages of 8 and 14.  The work is dangerous and unhealthy.  Children become victims of black lung, explosions, & accidents.  Their growth is stunted as they spend their 14 hour day stooped over.  They are malnourished and unable to exercise or eat properly.  Casualty rates go up.  Draw 1 cemetery.




1820

The existing canals and dirt roads cannot accommodate the heavy industrial traffic.  New experiments with transportation using the power of a steam engine are tried.  The most successful appears to be a steam engine that pulls a series of wagons or cars on an iron track.  The first railroad is tested and proves to be quite effective.  Add 1 major railroad line connecting all your factories to your coal mines.  This is one continuous track which must connect all factories and mines (you may build additional railroad bridges only as needed).  Add 5 houses (total 70) for railroad builders.




Usborne Encyclopedia of World History

1827

This new “revolution” in transportation draws thousands of people to your community.  Soon there becomes a surplus of workers.  Capitalists who wish to ensure their profits decide to hire women and children over men because can perform the same factory labor at one-half to one-quarter the price.  More and more children leave their homes to work.  Depressed, ashamed, and angry about their wives, and children toiling in factories, many men turn to crime, and the social life of the pub.  For the first time in England’s history, alcoholism appears in epidemic proportions.  Family life that existed for hundreds of years in England is disrupted.  Family members seldom eat together or see each other.  Add 1 jail & 2 pubs and 2 tenements.




Usborne Encyclopedia of World History

It is 1835.  Using steam engines, iron and soon steel, British manufacturers introduced power-driven machinery in many industries.  The production of shoes, clothing, ammunition, and furniture became mechanized, as did printing and paper-making.  People used machines to cut and finish lumber, to process foods, and to make other machines.  Some new inventions and innovation processes had important by-products.  These by-products often developed into separate industries.  For example, iron smelters used coke, a by-product of coal, to improve the smelting process.  Then someone discovered that the gases that coal released during the coke-making process could be burned to give light.  During the 1830’s London and other large towns became the first communities to pipe in gas to burn in street lights.  Soon all around England hundreds of towns used gas to light streets and homes.  Add 20 street lamps.  (these are streetlamps and must be located along streets)



1838-1840

It is 1838.  Let’s look at the working conditions in the factories.  The two predominant factories are textile and iron (steel).  Working conditions in either of these two were appalling.  Many workers contacted the deadly factory fever or white lung disease.  It was probably a variety of lung ailments:  cancer, tuberculosis, emphysema, etc…  Other workers were injured on the job in factory accidents.  There were no protective railings around the huge moving mechanical parts of machinery.  Children, weakened from lack of proper sleep or diet, stumbled into machinery and were mutilated.  Women with long hair that became undone often found themselves caught in moving machinery.  Regardless, if you were unable to work, you were fired. There was no health insurance. There was always a daily line of unemployed workers waiting to fill vacant jobs.  Add 2 hospitals and 1 more cemetery.

It is 1840.  There is a need for quicker transportation.  Coal, iron, finished products, and raw materials must all be transported from one area of England to another.  In Ireland in the late 1830’s a devastating potato famine drove hundreds of thousands of Irish to England.  Here was the cheapest of labor possible to build more railroads.  Add 1 more railroad line passing east to west through your town.   Add 5 houses (total 75) and 1 tenement for the new railroad workers.



1842-1850

It is 1842.  There are some advantages to urban dwellers.  City life is very different from the country life.  For the small but growing middle classes, a whole new cultural life is available.  Museums, theater, opera, restaurants, plays, and concerts are made available.  Whereas before only the aristocrats could afford the arts, but now the middle class enjoys the fine life of culture and good living.  Add 1 theater and 1 museumAdd 2 private schools for upper class students (mark these schools with the letter “P”.   Add 1 nice house.

It is 1845.  There are no pollution controls so the air in your community looks dark.  Windows, walls even trees are covered with layers of soot and coke.  The river that once flowed through your quiet village for hundreds of years is now unfit for drinking, bathing, or laundry.  A new disease begins to take the lives of people.  Malignant tumors grow in peoples’ bodies and the term cancer is first used in the medical profession.  The average life expectancy for the poor classes is now 30 years of age.  Your city is overcrowded and shrouded in factory smoke.  The noises, the loss of privacy, and the loss of the family unit shatters the peace of the old ways.  Suicide rates double, then triple.  Add 1 cemetery, 1 jail, 1 hospital to accommodate the victims of urban life.  

It is 1850.  By this year several million acres of good English land has been enclosed and sold to private parties who own large estates.  Despite the misery this creates for England’s landless poor, the economy benefits for the rich are obvious.  These farmers purchase the newest power-driven machinery and can easily feed the working class of England (including the Irish).  The small landowning farmer is crushed by the enclosed commons.  They cannot afford the machinery and therefore cannot compete and grow food profitably.  Thousands of these folk leave their villages (where their ancestors had lived for hundreds of years) and move to towns and cities looking for work to feed their families.  Some refused to leave but took jobs working for the large landowning farmers.  By the thousands, they moved to the bleak, uninviting towns of the north and the new cotton mills.  Add 20 houses (total 95), 5 tenements, 2 stores, 1 church, 5 factories, and 1 pub, and 2 more nice houses and one special house.



Meanwhile the older students have drawn their map, having the benefit of the ability to plan their town as they wished, came up with this plan. We noted that they separated their housing into different classes, with all the poor housing together and all the rich separated into their own neighborhood. We also noted that their housing was very close together, much like the townhouse subdivisions of today.
We put both maps, side by side so that we could compare them. For our time spent (a couple of hours), the boys learned more about the effects of the Industrial Revolution in a way I believe that they will never forget.

We also learned that in 1803 a British pharmacist named Luke Howard devised a system for classifying clouds into three main forms or types: cirrus from the Latin word for a lock or wisp of hair; cumulus, meaning a pile or heap and stratus, from the Latin for layered or spread out. Later scientists added alto, meaning high and nimbus, Latin for dark rain cloud, to create a classification system of ten major cloud formations that is still in use today. Click here to make your own Cloud Chart based on his system.

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