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COMPLEXITY A GEOGRAPHIC “BIG IDEA” WITH MANY CONSEQUENCES IN EUROPE Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of early civilizations, empires, invasions, overseas colonization, industrial development, two World Wars, and issues facing the European Union today. .
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Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Dec 29, 2015

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Page 1: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

COMPLEXITYA GEOGRAPHIC “BIG IDEA”

WITH MANY CONSEQUENCES IN

EUROPE

Complexity (of shape, geology, terrain, etc,)is a big idea that can help us understand

many other geographic features in Europe,including patterns of early civilizations,

empires, invasions, overseas colonization,industrial development, two World Wars,

and issues facing the European Union today...

Page 2: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

If

a continent is defined as“a large mass of land

surrounded by water,”

ThenEurope is not a continent.

We should call it asubcontinent (like South Asia).

Page 3: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Here is the reason why Europeis generally considered to be “one of the seven continents:”

The maps that say sowere mostly drafted by

European cartographers.

The fact that many explorers were from Europe, however,is actually part of our story

about the effects of complexity!

The story startswhen we notice howEurope is differentfrom most of the“real continents.”

The maps that say sowere mostly drafted by European cartographers

(using reports from European explorers).

Page 4: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

For one thing, its overall shape is different.

Rather than beinga compact mass of land,Europe is a big peninsulathat is made out of many

smaller peninsulas.

Definition: a peninsula is like a small nose of land (or leg, arm, finger, thumb) connected to a larger landmass on one side, and surrounded by water on the other three sides.

Page 5: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Let’s make a listof important peninsulas

in European history.

Page 6: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

1

1. Greece

Let’s make a listof important peninsulas

in European history.

Page 7: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

12

1. Greece

2. Italy (Rome)

Let’s make a listof important peninsulas

in European history.

Page 8: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Let’s make a listof important peninsulas

in European history.

123

1. Greece

2. Italy (Rome)

3. Iberia (Spain and Portugal)

Page 9: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

123

4 1. Greece

2. Italy (Rome)

3. Iberia

4. Scandinavia

Let’s make a listof important peninsulas

in European history.

(Spain and Portugal)

Page 10: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

1. Greece

1

2. Italy (Rome)

2

3. Iberia

3

4. Scandinavia

4

5. Jutland (Denmark)

Let’s stop for a momentto list important peninsulas

in European history.

5(Spain and Portugal)

Page 11: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

1. Greece

1

2. Italy (Rome)

23

4. Scandinavia

4

5. Jutland (Denmark)

Let’s make a listof important peninsulas

in European history.

5

6. Dover, Cornwall, Brittany, Normandy

6

3. Iberia (Spain and Portugal)

DC

B N

Page 12: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

1. Greece

1

2. Italy (Rome)

2

3. Iberia (Spain and Portugal)

3

4. Scandinavia

4

5. Jutland (Denmark)

Let’s make a listof important peninsulas

in European history.

5

6. Dover, Cornwall, Brittany, Normandy

7. Kola

7

(Cold War submarines)

6DC

B N

Page 13: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

A peninsula is likea room with only one door.

Enemy armies can attack it from only one direction.

(Attacking from the sea is also hard, because the people who live on islands and peninsulas need ships to get around

and usually have a strong navy!)

Page 14: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Its many peninsulasand islands give Europe

a very long coastline.

Even though Europe is only one-third as large as Africa,it has nearly twice as many miles of coastline as Africa,

Australia, and South America,put together.

Why is that important?

Because Europe hasa lot of quiet bays

and sheltered harborsfor sailing ships to use.

That is an important partof Europe’s history.

Page 15: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

The complex shapeis a consequence of

a complex geologic history.

Page 16: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

The complex shapeis a consequence of

a complex geologic history.Even if

we don’t count Iceland(which is all volcanic),

Europe has many more volcanoesthan most other areasof comparable size.

The list includes Vesuvius(the famous volcano that destroyed

the Roman city of Pompeii).

Page 17: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Even more important,Europe’s volcanoes

are scattered around,not grouped together

in one small area.

Page 18: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Most of the volcanoesmark the locations where crustal plates

“collided” a long time ago.

Europe has had a lotof crustal collisions –the subcontinent was

actually “assembled” from a bunch of smaller plates.

Page 19: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Most of the volcanoesmark the locations where crustal plates

“collided” a long time ago.

Europe has had a lotof crustal collisions –the subcontinent was

actually “assembled” from a bunch of smaller plates.

This is important,because certain kinds

of crustal collisionscan put metal ores

into the ground

and Europe is lucky to havea lot of metal mines!

Page 20: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

R o ma n

E mp i r e

Ancient peoplemay not have understood

the geologic principles,but they knew howto find metal ores.

The Romans, for example,got tin from Cornwall

silver from Dalmatia

and copper and lead from Iberia (Spain).

Rome

Page 21: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

As we already said,a complex geologic history

gave Europe a complex shape,with many bays and peninsulas.

Page 22: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

If you add mountainsto the map, you seethat they often block

the only “door” into a peninsula.

Page 23: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

If you add mountainsto the map, you seethat they often block

the only “door” into a peninsula.

Thermopylaewas a narrow path

around the mountainsthat blocked the entranceinto the Greek peninsula

Page 24: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

If you add mountainsto the map, you seethat they often block

the only “door” into a peninsula.

Hannibal surprised peoplewhen he crossed the Alpsin order to attack Rome.

Page 25: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

If you add mountainsto the map, you seethat they often block

the only “door” into a peninsula.

The Pyreneesblocked the advanceof the Moor armies

invading from Africa.

They were defeatedevery time they tried

to cross these mountains, but they were able to hold

the Iberian peninsulaand stay in Europe

for several centuries.

Page 26: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Europe also hasmore mountains

cutting across the landthan most other continents.

The Carpathian Mountainswere a barrier between

Magyars (Hungarians)

and Slavs (Russians).

These mountains also helpedstop the advance of the Mongols

when they invaded from Asia.

Page 27: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Europe also hasmore mountains

cutting across the landthan most other continents.

The Ottoman sultanstried several timesto capture Vienna,

which blocked the gapwhere the Danube River

goes through the mountains.The Romans had a fort there, too,and Napoleon was defeated there.

Page 28: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

In short, locations on peninsulas(or in areas that were blocked by mountains)

allowed many groups of people to surviveeven when they had hostile neighbors.

Several times in the past, people spreadout from their peninsula and tried to capture

a larger area as part of their empire.

The Greeks did that, and the Romans.The Moors also tried, but less successfully.

Then, in the 8th century, another group of peoplestarted to spread outward from their homeland,

which was a small peninsula in northern Europe.

Page 29: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Around the year 750,the Vikings were

a loosely organized groupon the small Jutland peninsula,the south end of Scandinavia,and some islands in between.

Page 30: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

By the middle of the 8th century,the Vikings had spread

along nearby coastsand done some raiding

as far south as Italy.

Page 31: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

By the middle of the 9th century,the Vikings had spread

across much of Englandand gone on raiding tripsand/or built trading posts

as far south as Constantinople.

Page 32: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

By the middle of the 10th century,other European countries

had become stronger.

The Vikings were losingon mainland Europe,

but many Viking explorers crossed the Atlantic Ocean

to Greenland and the Americas.

Page 33: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

What do we know so far?

1. A peninsular location may be good for defensive purposes (and for survival),

BUT

2. A small peninsula is seldom likely to have all the resources needed for a rapidly growing economy.

As a result, peninsular countrieshave often tried to expand across the landand around the bays and sheltered seas

since the time of the Greeks and Romans.

Page 34: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

After Europe got gunpowderand magnetic compassesfrom Chinese inventors,

the deep baysand sheltered harbors

on islands and peninsulasbecame the home basesfor overseas exploration.

Portugal, Spain,England, France,the Netherlands,

Italy, and Germany all claimed colonies on other continents.

Home Ports forOverseas Explorers

Page 35: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Late in the colonial era . . . .

the geologic complexity of Europeturned out to be a big advantage

at the beginning of the Industrial Revolution.

Page 36: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

We have already seen how geologic forces

made a complex patternof mountains of different ages

and were also responsiblefor the formation of

valuable metal ores.

Page 37: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

We have already seen how geologic forces

made a complex patternof mountains of different ages

and were also responsiblefor the formation of

valuable metal ores.

This geologic complexityalso helps us understandwhy Europe is fortunateto have deposits of coal

scattered in many places.

Page 38: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

At the start of the Industrial Revolution,

these widely scatteredmetal and coal minescould support many

separate clusters of factories(the gray ovals on this map).

Page 39: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Especially importantindustrial areas

included:The Midlands Ruhr Valley

Silesia

Donbass

RhoneValley

Bilbao

Page 40: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

The scattered developmentallowed by complex geologyhad a downside, however.

Page 41: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

The scattered developmentallowed by complex geologyhad a downside, however.

Widely scattered factories,along with overseas colonies,

helped European countriesto stay independent.

As a result, they couldcontinue their old rivalrieseven into the modern age.

France

Spain Italy

PrussiaEngland

Lithuania

Sweden

Austria

Nether-lands

Hungary

OttomanEmpire

Rus

Balkans

Page 42: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

This map shows the locationsof just 25 of the major battles

that marked turning pointsin European history.

As time went on,weapons became

more and more deadly.

In the twentieth century,old European rivalries erupted

into two world wars.

Page 43: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

So far, we have notedhow geographic complexitywas important in defense,

industrial development,overseas colonization,

and maritime trade.

As a “backhand”form of evidence

for the importance ofgeographic complexity,

we might look at an areathat is not very complex,

not on a peninsula,and not protected

by mountains.

Page 44: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

The country we now knowas Poland has a history

that stretches backmore than a thousand years.

During that time,it has been invaded

(and often conquered) by a “Who’s Who”of great invaders:

Huns, Vikings,Mongols, Slavs,

Hapsburgs, Prussians, Napoleon, the Nazis,and the Soviet Union. You can find websites that show the extent

of “Poland” at many different times in history –here, we will show just a few time periods.

Page 45: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Around the year 700,a group of peoplecalled themselves

the Polans.

Page 46: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Around the year 700,a group of peoplecalled themselves

the Polans.By about the year 1000,

the Polans had expandedand formed a national

government.

Page 47: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Around the year 700,a group of peoplecalled themselves

the Polans.By about the year 1000,

the Polans had expandedand formed a national

government.By the 1500s,

Poland had linkedwith Lithuania to form

a major European empire.

Under John Sobieski, they helped save Vienna (and the Hapsburg Empire)

from the Ottoman invaders.

Page 48: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Around the year 700,a group of peoplecalled themselves

the Polans.By about the year 1000,

the Polans had expandedand formed a national

government.By the 1500s,

Poland had linkedwith Lithuania to form

a major European empire.

Under John Sobieski, they helped save Vienna (and the Hapsburg Empire)

from the Ottoman invaders.

Then other countries became more powerful,and “Poland” disappeared from the map

Page 49: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Around the year 700,a group of peoplecalled themselves

the Polans.By about the year 1000,

the Polans had expandedand formed a national

government.By the 1500s,

Poland had linkedwith Lithuania to form

a major European empire.In the mid 20th century, after several centuries

of rule by other countries,Poland reappeared as

an independent country.

Page 50: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Around the year 700,a group of peoplecalled themselves

the Polans.By about the year 1000,

the Polans had expandedand formed a national

government.By the 1500s,

Poland had linkedwith Lithuania to form

a major European empire.In the mid 20th century, after several centuries

of rule by other countries,Poland reappeared as

an independent country.

Then the Nazis invaded,and “Poland” disappeared.

Page 51: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Around the year 700,a group of peoplecalled themselves

the Polans.By about the year 1000,

the Polans had expandedand formed a national

government.By the 1500s,

Poland had linkedwith Lithuania to form

a major European empire.In the mid 20th century, after several centuries

of rule by other countries,Poland reappeared as

an independent country.

1n 1945, Polandreappeared on the map,

but in a somewhatdifferent area.

It was, however,under the control

of the Soviet Union.

Page 52: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Around the year 700,a group of peoplecalled themselves

the Polans.By about the year 1000,

the Polans had expandedand formed a national

government.By the 1500s,

Poland had linkedwith Lithuania to form

a major European empire.In the mid 20th century, after several centuries

of rule by other countries,Poland reappeared as

an independent country.

1n 1945, Polandreappeared on the mapcovering a somewhat

different area.

Compare the shape of Poland before

and after World War II.

You can see why manyPoles decided to move.

Page 53: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Around the year 700,a group of peoplecalled themselves

the Polans.By about the year 1000,

the Polans had expandedand formed a national

government.By the 1500s,

Poland had linkedwith Lithuania to form

a major European empire.In the mid 20th century, after several centuries

of rule by other countries,Poland reappeared as

an independent country.

1n 1945, Polandreappeared on the mapcovering a somewhat

different area.

And if you put even ourlimited sample of “Polands”

on top of each other,you can see the effects

of living in an areathat is hard to defend.

Compare the shape of Poland before

and after World War II.

You can see why manyPoles decided to move!

Page 54: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

One more consequenceof the historic complexity of Europe

is in the headlines today.

Dismayed by centuries of fighting,European rulers tried a bold experiment.

They decided to give upsome of their national powersand form a European Union.

But the age-old differenceshave emerged in new ways

to threaten this Union.

Page 55: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

One more consequenceof the historic complexity of Europe

is in the headlines today.

Dismayed by centuries of fighting,European rulers tried a bold experiment.

They decided to give upsome of their national powersand form a European Union.

But the age-old differenceshave emerged in new ways

to threaten this Union.

Here’s a big issue facing European people today:

Can Europeans resolve their old differences, so that they can work together to deal with changing economies and aging populations?

Page 56: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

This presentation showed one way to use the clickable mini-Atlas - to help us investigate

some consequences of the big idea of complexity, with examples from the subcontinent of Europe.

Complexity can involve:

Shape – complex shapes produce defensible homelands, because peninsulas have only one “entrance door”

Terrain – mountains can also help isolate places and make them harder to attack

Sheltered harbors – complex coastlines often provide safe harbors, especially important for sailing ships

Metal ores – complex geology is usually the result of crustal collisions, which also form metal ores

Energy resources – complex geology also gave Europe a lot of coal, important for the Industrial Revolution

Diplomatic issues – complex political situations can lead to economic problems and frequent wars

Page 57: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.
Page 58: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

QUESTIONSSECTION

Page 59: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Why

is it probably inaccurateto call Europe a continent?

Why

is it more accurateto call Europe asubcontinent (like South Asia).

Page 60: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Why is Europegenerally considered to be

“one of the seven continents”?

How is that factrelated to the big idea

of geographic complexity?We’ll try to answer

this questionin this presentation.

Page 61: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

What does it meanto call Europe

a big peninsulamade out of many

smaller peninsulas?

Definition: a peninsula is like a small nose of land (or leg, arm, finger, thumb) connected to a larger landmass on one side, and surrounded by water on the other three sides.

Page 62: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

123

4

Do you remember the namesof these peninsulas?

5

7

6

Page 63: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

1. Greece

1

2. Italy (Rome)

2

3. Iberia (Spain and Portugal)

3

4. Scandinavia

4

5. Jutland (Denmark)

Let’s make a listof important peninsulas

in European history.

5

6. Dover, Cornwall, Brittany, Normandy

7. Kola

7

(Cold War submarines)

Do you remembertheir names?

6DC

B N

Page 64: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Why is a peninsula likea room with only one door?

Why was this importantin European history?

Page 65: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

How does the coastlineof Europe comparewith the coastlinesof Africa, Australia,or South America?

Why was this importantin European history?

Page 66: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

How does the patternof volcanic eruptions

have an effecton the overall shape

and subsurface geologyof Europe?

Page 67: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

What is the relationshipbetween volcanoes

and metal ores?

Why was this importantin European history?

Page 68: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

R o ma n

E mp i r e

Ancient peoplemay not have understood

the geologic principles,but they knew howto find metal ores.

What did the Romansget from Cornwall

Dalmatia

and Iberia (Spain).

Rome

Page 69: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Why does Europehave so many

separate rangesof mountains?

Why was this importantin European history?

Page 70: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

What was the nameof a narrow path

around the mountainsthat blocked the entranceinto the Greek peninsula?

Page 71: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

What is the nameof these mountains?

What African general surprised many peoplewhen he crossed them

in order to attack Rome?

Page 72: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

What is the nameof this mountain range?

What was the roleof these mountains

in European history?

Page 73: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

What is the nameof this mountain range?

What was the roleof these mountains

in European history?

Page 74: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

What cityis located here?

Why is this locationstrategically important?

Name at least threedifferent times

when this placewas important.

Page 75: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

What group of peoplestarted on these

northern peninsulas?

About when did theybegin to expand

and raid other territories?

Page 76: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Two centuries later,these people had

gone on raiding tripsand/or built trading posts

as far south asthis famous city.

What is its name?

Why is it important?

Page 77: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

What two inventionsdid Europeans get

from Chinese inventors?

What major world erastarted shortly after

these technical changes?

Home Ports forOverseas Explorers

Page 78: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

During what major world erawas it especially important

to have access to metal oresand deposits of coal?

Page 79: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Name theseindustrial areas:

1 2

3

4

5

6

Page 80: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

How can ideasabout shape complexityand geologic complexity

help us understandthe military history

of Europe?

Page 81: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

How would you describethe location of Poland?

What are someconsequencesof its location

in an areawith few mountains

or sheltered harbors?

Page 82: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

When does history recorda group of people

who called themselvesthe Polans?

Page 83: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

By what yearhad the Polans expanded

and formed a nationalgovernment?

Page 84: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

What country had becomeallies with the Polans

around the year 1500?

How did these people help savethe Habsburg Empire?

Page 85: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Under John Sobieski, they helped save Vienna (and the Hapsburg Empire)

from the Ottoman invaders.

Then other countries became more powerful,and “Poland” disappeared from the map

Page 86: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

This map shows Poland in 1938.

What happened then?

How did the lackof geographic complexity

make that easier?

Page 87: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

1n 1945, Polandreappeared on the map,

but in a somewhatdifferent area.

What empirenow had control

over Poland?

Page 88: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

How does this maphelp explain why manyPoles decided to move?

Page 89: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

How does puttingthese maps of “Poland”

help us understand some of the problems

of living in an areathat is hard to defend?

Page 90: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.

Finally, how does the complex geography

(and the complex history)of the subcontinent of Europe

help us understand the problemsfacing the European Union today?

Page 91: Complexity (of shape, geology, terrain, etc,) is a big idea that can help us understand many other geographic features in Europe, including patterns of.