step 1: display data on a map(s) step 2: look for patterns on the map(s) step 3: analyze the factors...

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Display data on a map(s) Look for patterns on the map(s) Analyze the factors that have produced tterns Draw conclusions about the potential signif patterns

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Page 1: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

Step 1: Display data on a map(s)

Step 2: Look for patterns on the map(s)

Step 3: Analyze the factors that have produced those patterns

Step 4: Draw conclusions about the potential significance of those patterns

Page 2: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions
Page 3: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions
Page 4: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

What is this map missing?

Page 5: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

Finding scale:- Find a similar map in an atlas-Pick two common points on both maps that you could easily measure the straight line distance between those two points in centimetres

- Use the map in the atlas and its scale and determine the actual distance in kilometres between those two points - Now, set up a ratio –

NHL map distance between the two pts.(cm): Actual distance (km)

-Divide both sides of the ratio by the number of centimetres to reduce it down to – 1cm: __________km

2500 km

12.5cm: 2500km

12.5 /12.5 cm : 2500/12.5 km1cm represents 200km (a verbal scale)

- This final scale could also be shown as a linear scale or as a representative fraction i.e. 1: 20 000 0000 Note: 100 000 cm = 1 km

eg from the NW tip of Washington state to the western tip of Lake Superior

Page 6: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions
Page 7: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

1) Facts based solely on the information given on the 1982 map:

– 14 American based teams, 7 Canadian based teams, no Mexican based teams, 21 teams in total

- students may also start indicating patterns

Page 8: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

2) PatternsMost are located in the east / northeast

Most NHL teams are in the United States

Located in major cities

Most NHL cities are near major water bodies i.e. Great Lakes, St. Lawrence river, Atlantic Ocean, Pacific Ocean

With the exception of LA and Vancouver, all the NHL cities have cold winters

Nicknames generally have a cultural, historical, or economic connection to the city

Page 9: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

3) Why do these patterns exist?North American settlement from Europe started in the East so major population centres developed their first near major water bodies which provide fishing opportunities, trade routes and fresh water for human consumption, agriculture, and industrial purposes – i.e. the industrial heartland of North America around the Great Lakes / St. Lawrence region

Need major population centres to provide the fans and corporate support for an NHL franchise

Page 10: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

Original six NHL franchises:NY Rangers, Montreal, Toronto, Chicago, Detroit, Boston

Tradition of outdoor hockey in cold climate cities started interest in the sport

Much larger US population and economy encourages more franchises to be located there especially in the northeast

Page 11: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

4) What difference does it make?

NHL teams generate millions of dollars in revenue for cities, states / provinces, and nations (i.e. salaries, income taxes, spin off effects – restaurants / sports bars, taxis, hotels, etc.)

Cultural identity – 1982 - A strong majority of NHL players were Canadian

1967 – 97% Canadian Today - ~ 55% Canadian)

Page 12: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

5) Facts based solely on the information given on the 2010 map:

- 24 American based teams, 6 Canadian based teams, no Mexican based teams, 30 teams in total

- students may also start indicating patterns

Page 13: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

6) Changes in the patterns since 1982More teams

Expansion into the southern United States and more teams in the West + Ottawa

Loss of Winnipeg Jets, Quebec Nordiques, Hartford Whalers, Colorado Rockies, and Minnesota North Stars

Teams in warmer climates

Still eastern domination for # of teams

Still most teams near major water bodies

Page 14: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

7) Why did these changes happen?

Growing interest in hockey during the 1990s due to:

Gretzky trade from Edmonton to LA (1988) sparked much greater interest in California and the USA as a whole.

Page 15: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

Wayne Gretzky Career Highlights YouTube

Page 16: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

NHL focused on expansion in the American market during a period of rapid growth in the US economy i.e. the high tech boom eg San Jose / Silicon Valley

Page 17: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

Return of NHL hockey to network US televisioni.e. Fox network with its glowing puck and comet for slap shots i.e. FoxTrax

1996 All Start Game YouTube

Page 18: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

Disney movie – The Mighty Ducks

Page 19: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

1980 Winter Olympics @ Lake Placid New York; USA beat the Soviet Union in the semi-finals in a massive upset and then went on to win the gold medal – inspired young Americans to play hockey and therefore, more Americans in the NHL in the 1990s. Clip from movie “Miracle” – intense practice YouTube

Page 20: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

End of the cold war in 1989 allowed Russians and Czechs, in particular, to legally come to the NHL; therefore more players available to support a 30 team league

Loss of smaller Canadian market franchises (i.e. Winnipeg to Phoenix in 1996 and Quebec to Colorado in 1995) due to rising player salaries, a lower Canadian dollar (i.e. ~ $0.72US in the mid.-90s to ~$0.62US in 2002) as players are paid in US funds, and a lack of corporate support

Page 21: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

8) Why are these changes significant?Economic:Will Canada lose any more franchises? orWill teams come back to Canada due to:

Salary cap in the NHL collective agreement

Declining attendance in some US markets while most Canadian teams sell out each game + relatively poor tv ratings in the USA (exceptions – Winter Classic Outdoor Game + 2010 & 2011 Playoffs)

A much higher Canadian dollar i.e. ~$0.97US in June 2012

Page 22: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

Winnipeg Jets Are Back in 2011-2012!!!

Page 23: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

Cultural:Has Canada lost some of its hockey prowess with so many franchises in the US and a lower % of Canadian NHL players? or

Is Canada successfully exporting its culture abroad? or

Is Canada still the hockey powerhouse of the world? eg Women’s Olympic Gold Medal Hockey Champions (2010, 2006, 2002), Men’s Olympic Gold Medal Hockey Champions (2010, 2002), World Junior Champions (2005-2009)

Page 24: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

Historical:We can tie world events (i.e. end of the Cold War) to changes in the NHL

Many memorable moments in Canadian history are tied to hockey

Is hockey the glue that unites Canadians???

Page 25: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

2010 Vancouver Winter Olympics – Gold on Home Ice!!! (Sidney Crosby’s overtime winner against USA)

Page 26: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

2002 Salt Lake City Winter Olympics – First Gold in 50 years

Page 27: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

1987 Canada Cup

Canada and the Soviet Union met in the three game finale. Each game finished in a 6-5 score culminating with Mario Lemieux’s Cup winning goal off a pass from Wayne Gretzky.Final Game Goals YouTube

Page 28: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

1972 Summit SeriesGame 1 USSR 7 – Canada 3 Game 2 Canada 4 – USSR 1Game 3 Canada 4 – USSR 4Game 4 USSR 5 – Canada 3 Phil Esposito YouTubeGame 5 USSR 5 – Canada 4Game 6 Canada 3 – USSR 2Game 7 Canada 4 – USSR 3Game 8 Canada 6 – USSR 5 Game 8 YouTube

Page 29: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

A few examples of Other Potential Sets of Data to identify patterns and attempt to explain – Unemployment rates (May 2012) Source: Statistics Canada

(7.3%)

(7.4%)(4.5%)

(4.5%)

(5.1%)

(7.8%)(7.8%)

(9.4%)(9.2%)

(12.0%)

(11.3%)

Page 30: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions
Page 31: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

Source: http://www.nrcan.gc.ca/energy/renewable/1297#hydro

Page 32: Step 1: Display data on a map(s) Step 2: Look for patterns on the map(s) Step 3: Analyze the factors that have produced those patterns Step 4: Draw conclusions

Source: http://www.nrcan.gc.ca/energy/renewable/1297#hydro