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GEOG 1 - Midterms
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Cards (49)
Geography
Study of the Earth as the home of the people
(
Yi Fu-Tuan
, 1991)
Key Concepts from Yi-Fu Tuan's View of Geography
Earth
Humans
Home
Geography
Science that studies the
features of the Earth
and its
connection to people and
the
environment
Geography
is said to be the
mother of all sciences
Branches of Geography
Physical Geography
Human Geography
Physical Geography
Structure of the environment
including climate, landforms, and other natural patterns
Human Geography
Effects of human behavior on the environment
– cultural, economic, and political impacts
Traditions of Geography
Introduced by
William D. Pattison
during the
1963 National Council for Geographic Education Conference
Goals of Traditions of Geography
Create a
lexicon
of basic
geographical
concepts
Traditions of Geography
Spatial Tradition
Area Studies
Man-Land
Earth Science
Spatial Tradition
In-depth analysis of a place
– spatial distribution of different features on the Earth's surface
mapping/GIS
spatial analysis and patterns
densities
aerial distribution
movements and transport
Area Studies
Define, describe, and differentiate
areas from other regions or areas
Nature
of places
Differentiation
World regional geography
Man-Land
Studying the
relationship
between
humans
and the
environment
they live in
Environmental determinism
– environment shaping human cultures and politics
Possibilism
– impacts of people on their environment
Earth Science
Studying
natural phenomena
from a
spatial perspective
Spheres of the
Earth
Physical Geography
Location
Where
is expressed
nominally
(in terms of names)
Accessibility
Measure of "
friction
of
travel'
between locations
Proximity
or
nearness
Connectivity
Function of
economic
,
social
, and
cultural
factors
Spatial interaction
All kinds of movements and flows
involving human activity
Complementarity
(exchange of good and ideas)
Transferability
(feasibility of movement of goods, services, ideas)
Intervening opportunities
(pattern of movement)
Spatial diffusion
(how things spread through space)
Time-Space Convergence
How places become "
closer
" together
Decrease
in
friction of distance
Efficient
transportation
<- advanced technology
Types of Spatial Diffusion
Expansion
Hierarchical
Expansion Spatial Diffusion
"
Wavelike
" spread of ideas without regard to
hierarchies
Expansion Spatial Diffusion
KPop culture
,
memes
Hierarchical Spatial Diffusion
Major trends or ideas
leapfrog
from one important authoritative person/one urban center to another
Hierarchical Spatial Diffusion
Fashion trends
Maps
Symbolic
representation
of a place on a
flat
surface (National Geographic Society)
Important sources of
data
and
analysis
(Knox & Marston, 2016, p. 30)
Navigation
,
information
, and
communication tool
Are "
social products
" (Knox & Marston, 2016)
Characteristics of a Map (ICSM)
Accurately
(as much as possible) portray
spatial
relationships between
features
Drawn to
scale
Emphasize and omit
certain features
Usually a
two-dimensional
representation
Have
reference system
to allow
description
of the
location
of a feature
Elements of a Map (
TALDOGS
)
Title
Author
Legend
Date
Orientation
Grid
Scale
/
Source
Types of Thematic Maps
Dot
Distribution
Map
Choropleth
Map
Isoline
Map
Graduated
Symbol
Map
Dot Distribution Map
Map using a point symbol to depict
geographic distribution
of a particular phenomena
Choropleth Map
Each unit area in the map is
shaded
or
colored
to suggest the
magnitude
of the event
Isoline
Map
These maps are showing
lines
that
join points of equal value
Example:
Topographic
map,
climate
map
Graduated Symbol
Map
Use
circles of different size
to show frequency of occurrence of an event in different places
Larger circle
means the level of frequency of the level incidence is
high
Both
maps
and
globes
represent the
Earth's
surface
Map
Layed out on a
flat
surface, usually a
two-dimensional
figure
Globe
Illustrated on a
spherical
surface imitating the
curve
of the
Earth
All maps are
wrong
Distortions
from "Squeezing the globe"
Shape
Size
Distance
Direction
Map Projections
Mollweide
Projection
Mercator
Projection
Gall-Peters
Projection
Robinson
Projection
Azimuthal
Projection
Mollweide Projection
Equal
area,
pseudocylindrical projection
Relative
sizes
are true,
shapes
are distorted
Mercator Projection
Cylindrical
projection
Compass directions
+
shapes
of land masses are true
Relative
size
of land masses are
distorted
Gall-Peters
Projection
Rectangular
,
equal-area
map projection
Most
shapes
of land masses are
distorted
Named after
James Gall
and
Arno Peters
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