Unit 1: Thinking Geographically
The two types of Geography
Physical Geography
The study of spatial characteristics of various elements of the environment.
Weather, climate, ecosystems, biomes, geology
Human Geography
Study of the spatial characteristics of humans and their activities
Spatial Analysis
Location is the heart of geography
Goal is to understand why things and people are where they are, and why their location is important
Four Level Analysis spatial framework
Use this process when looking at a map, chart, graph, data table, landscape, or image.
Level 1
What?
Where?
When?
Map Scale?
Scale of Analysis?
Source?
Level 2
Are there any patterns
3. Level 3
Why and how did this pattern occur
Level 4
What will be the impact on Society, Politics, Economy, Environment or Development (SPEED)
Maps
Reference Maps
Designed for general information about places
Politics Maps
Show human created boundaries such as countries, states, cities, and capitals
Physical maps
Show natural features such as mountains, rivers, and deserts
Plat maps
Show property lines and details of land ownership
Thematic maps
Show spatial aspects of information
Choropleth maps
Use colors or patterns to show spatial data. Often show quantitative data
Proportional symbol map
Use graduated symbols to show spatial data
Dot Distribution maps
Show the specific location of something on a map. Each dot represents a quantity and does not have to be a dot
Isoline maps
Use lines to connect points of equal data across space
Cartograms
The sizes of countries are shown according to some specific data
Scale
The ratio between the sizes of things in the real world and those on the map.
Small scale maps= Zoomed out and less detail
Large scale maps= Zoomed in and more detail
Location
Absolute location
The precise spot where something is according to a system
Relative Location
A description of where something is in relation to other things
Connectivity
How well something is tied together
Accessibility
How well people interact with other locations
Distance
Absolute Distance
Precise units of measure
Relative distance
Degrees of nearness based on time or money
Place
The general arrangement of things
Clustered
Phenomena are arranged in a group or concentrated in an area
Linear
Phenomena are arranged in a straight line
Dispersed
Phenomena are spread out over a large area
Circular
Phenomena are equally spaced from a central point, forming a circle
Geometric
Phenomena are in a regular arrangement
Random
Phenomena appear to have no order to their position
Projection
All maps are š
They distort aspects of reality
Shape
Area
Distance
Direction
The process of projecting a curved surface on a flat plane is called projection
Mercator Projection
Purpose
Navigation
Strengths
Directions are accurate; lines of latitude and longitude meet at right angles
Distortion
Land masses near the poles appear large
Why are people upset?
Peters Projecton
Purpose
Spatial distributions related to area
Strengths
Sizes of land masses are accurate
Distortion
Shapes are inaccurate, especially near the poles
Goode-Homosoline
Purpose
Spatial distributions
Strengths
Area and shape are preserved
Distortion
Interrupts the oceans
Mollweide
Purpose
Spatial distribution related to area
Strengths
An equal area projection, meaning sizes are more accurate
Distortion
Shapes of land masses and oceans are inaccurate
Robinson āļø
Purpose
General use
Strengths
No major distortion, oval shape appears more like the globe than a rectangle
Distortion
All 4 are slightly distorted to prevent one from being grossly distorted
Conic
Purpose
General use in mid-latitude countries
Strengths
Lines of longitude converge; lines of latitude are curved; size and shape are close to reality
Distortion
Directions are not constant; longitude lines converge at one pole
Landscape Analysis
New Geographic Technology
Geographic Information System (GIS)
Integrated computer programs for handling, and analyzing data that is specifically referenced to Earths surface
Create Geovisualizations
GPS: System that determines the precise position of something on Earth through a series of satellites, tracking stations, and receivers
Remote sensing
Acquisition of data about Earths Surface from a satellite orbiting the planet or high altitude balloons
Field observations
Acquiring data firsthand by visiting a location
Spatial Concepts
Place
Refers to the human characteristics of a location
We refer to a location usingā¦
Site
Characteristics at the immediate location
Situation
The location of the place relative to its surroundings
Sense of place
We perceive the characteristics of place based on personal belief
If a place has no personal ties then it is considered placeless
Distance and Time
Time-space Compression
Shrinking of relative locations based on better technology
Friction of Distance/Distance Decay
When things are farther apart they are less connected
Human Environment Interaction
Environmental Determinism
Climate is the determining factor in progress, energy and culture of people
Human behavior is strongly affected by and controlled or determined by the physical environment
Possibilism has replaced environmental determinism
The environment may limit some human actions, but people have the ability to adjust to their environment
When climate limits the crop, people can grow crops that are compatible
Scales of Analysis
The entire world- Global scale
Multiple countries of the world- World Regional
One country- National
A portion of a country or a region within a country- National-Regional
A province, state, city, county, or neighborhood- Local
Regionalization and Globalization
Formal Regions
Uniformity in one or more physical or cultural features
Functional/Nodal Regions
Spatial system defined by the interactions and connections that give it an organizational basis
Vernacular/Perceptual
Based on how people view a place
Reflect feelings and images rather than objective data
2 Ways
How they view themselves
View of outsiders