People who use geography as a way to learn about the world and look at the earth's surfaces and ask questions about why things are located in a particular area
Geography
Looks at the relationship between people and their environment
2 themes: Human and physical
Geographers
People who use geography to learn about the earth's movements
Geographers
Ask questions about how people interact with the environment
How they use the resources that the earth offers
How their actions modify and change the environment
Themes in geography
Location
Place
Human and Earth interaction
Movements
Regions
Features on a map
Title
Legend
Scale
Direction
Border
Date of Publication
Map for transportation purposes
A map drawn to scale using symbols and colours to indicate major roads
Often includes parks, hospitals, and tourist attractions
Can be both small scale (a country map) and large scale (a city map)
Topographic map
A map that indicates scale, using symbols and colours for both natural and human features on the Earth's surface
Shows the Earth's surface in great detail (large scale)
Depicts the height of land features (topography)
Often shows roads, settlements, vegetation cover, power lines, etc.
Thematic map
A map that reveals the geographic patterns of statistical data
Are designed to display distributions over the Earth's surface
Usually focuses on one theme or topic (e.g., population)
Title
Identifies the area shown, topic, focus, or purpose of the map
Legend
Explains the meaning of symbols and colours used on the map
Scale
Represents the relationship between distance on the map and distance in the real world
Direction
Often represented with an arrow
Border
Sets the map apart from other information
Date of Publication
Indicates how recent the map is
Topographic map
Indicates scale
Uses symbols and colours for natural and human features on the Earth's surface
Shows the Earth's surface in great detail (large scale)
Depicts the height of land features (topography)
Often shows roads, settlements, vegetation cover, power lines, etc.
Thematic map
Reveals the geographic patterns of statistical data
Designed to display distributions over the Earth's surface
Usually focuses on one theme or topic (e.g., population)
Direct statement scale
Uses words to describe the relationship between a distance on a map and a specific distance on the Earth's surface
Linear scale
A special ruler on the map that is divided into equal units of distance. Always include the units of measurement on the Earth's surface
Representative fraction scale (RF)
The fraction is a ratio where one unit on a map equals a specific number of the same unit on the Earth's surface (usually cm). Always done as a ratio or fraction of 1
Latitude
Lines that run east and west, and measures the distance, in degrees, north and south of the Equator
Latitude
There are 90 degrees of latitude from the Equator to each of the poles
These lines run parallel
The equator is 0 degrees and divides the earth in half. Above is the northern hemisphere, and below is the southern hemisphere.
Longitude
Lines that run north and south, and measures the distance, in degrees, east and west of the Prime Meridian
Longitude
The lines all meet at the Poles
There are 360 lines of latitude (all around the globe - 360 degrees)
The Prime Meridian is 0 degrees, and the International Date line is 180 degrees.
There was no need for time zones, as travelling large distances was unheard of
Prior to the 1800s
With the invention of the railway, and later planes
People began to travel far much quicker, and something needed to be done about timing
Standard Time Zones
Idea came from Canadian engineer Sir Sandford Fleming, and relied on Latitude and Longitude
Time Zones
The Earth has 24 time zones, and each one is 1 hour apart (for the most part, with some exceptions)
Every place in that time zone has the same time
Canada's 6 Time zones
Pacific
Mountain
Central
Eastern (This is us)
Atlantic
Newfoundland (½ hour)
The Earth rotates once around every 24 hours (360 degrees / 24 hours)
Standard Time was invented by a Canadian (Sir Sandford Fleming)
1884
Prime Meridian
The Centre (7.5 degrees of longitude to each side)
The Earth rotates from west to east
Eastern hemisphere
Is ahead of UT
Western hemisphere
Is behind UT
The shape of time zones can be changed for political reasons or convenience
Time zone examples
China has one time zone but covers 60 degrees of longitude
Canada has 6 time zones
International Date Line
The opposite side of the planet from the Prime Meridian
If you cross over the International Date Line going west
You ADD A DAY
If you cross over the International Date Line going east