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Cartography is a technique that is primary concerned with the reduction
of the spatial characteristic of a large area- a portion or all of the earth or
another celestial body and putting...

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GG 112 : PRACTICAL IN CARTOGRAPHIC TECHNIQUES | GG 122 : PRACTICAL IN MAP PROJECTION
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Cartography is a technique that is primary concerned with the reduction
of the spatial characteristic of a large area- a portion or all of the earth or
another celestial body and putting it in a form that makes it observable.
Just the way spoken and written language allows people to communicate
beyond the restriction of having to point to everything, a map also allows
us to extend the normal range of vision, so to speak and makes it possible
for us to see the larger spatial relations that exist over large areas.
The field cartography has changed enormously during the past four
decades, primarily because of the widespread availability of computers.
Computers have made for new symbolization, such as dynamic (that is,
animated) maps, customized maps for individual users and interactive maps.
They have also made possible new methods for scientific visualization and
spatial data analysis.
A graph that uses points and lines to represent change over time is
defined as a line graph. In other words, it is the chart that shows a line
joining multiple points or a line that shows the link between the points.
In order that the facts conveyed by a large number of figures may be
grasped clearly and quickly, we resort to representing them by geometric
figures and curves called diagrams. Thus a diagram is a drawing which
expresses the relationship between quantities. Diagrams are used as aids in
understanding the facts represented by statistical data clearly and quickly at
a glance. The diagrams representing statistical data are known as statistical
diagrams.
Map projection is the method of transferring the graticule of latitude
and longitude on a plane surface. It can also be defined as the transformation
of spherical network of parallels and meridians on a plane surface. As you
know that, the earth on which we live in is not flat. It is geoid in shape like
a sphere. A globe is the best model of the earth. Due to this property of
the globe, the shape and sizes of the continents and oceans are accurately
shown on it. It also shows the directions and distances very accurately.

DSC-2 (GG. – 112) : Practical in Cartographic Techniques
Chapter 1………………………………10
Introduction to Cartography and Maps
A. Cartography
i. Meaning and Concept
ii. Importance of Cartography
B. Maps :
i. Definition
ii. Significance and uses of Map and Globes
C. Map Scale
i. Definition
ii. Methods of Representing scale –
a) Verbal scale, b) Numerical scale, c) Graphical scale
iii. Conversion of scale –
a) Verbal to Numerical, b) Numerical to Verbal
iv. Construction of following scale –
a) Simple Graphical Scale Time & Distance Scale (Only Metric System).

Chapter 2…………………………………………35
Graphs
A. Definition of graph.
B. Construction, uses, merits and demerits of the
following Graphs –
i. Polyline Graph.
ii. Compound Bar Graph.
iii. Combine Graph (Line & Bar Graph).

Chapter 3…………………………………………………54
Statistical Diagrams
A. Concept and uses of Statistical Diagrams
B. Construction, uses, merits and demerits of the following Diagrams –
i. Star Diagram
ii. Divided Circle
iii. Proportional Circle

Chapter 4…………………………………………………63
Distributional Maps
A. Meaning and Types of Distributional Maps.
B. Uses, merits and demerits of following
Distributional Maps.
i. Dot Map.
ii. Choropleth Map.
iii. Isopleth Map.DSC-4 (GG 122) : Practical in Map Projections

Chapter 5………………………………………………79
Introduction to Map Projections
A. Introduction to the Map & Globe –
i. Definitions of Map & Globe.
ii. Parallels of Latitude.
iii. Meridians of Longitude.
iv. Great Circle.
B. Introduction to the Map Projection –
i. Definition to Map Projection.
ii. Necessity of Map Projection.

Chapter 6…………………………………………………88
Classification of Map Projection
Classification of Map Projection on the basis of their development.
i. Perspective Projections.
ii. Non-Perspective Projections.
iii. Conventional map projections.

Chapter 7……………………………………………………94
Construction of Map Projections
Construction of Map Projections by Graphical Methods –
A. Zenithal Projections –
i. Zenithal Polar Gnomonic Projection.
ii. Zenithal Polar Stereographic Projection.
iii. Zenithal Polar orthographic projection.
B. Conical Projections –
i. Conical Projection with one standard Parallels.
ii. Conical Projection with two standard Parallels.
iii. Bonne’s Projection.
C. Cylindrical Projections –
i. Cylindrical Equal Area Projection.
ii. Mercator’s Projection.

Chapter 8……………………………………………….135
Choice and Use of Map Projections
A. Choice of map projections for different purposes and different
regions.
B. Problems with the choice of map projections.
C. Distortion (Shape, Size, Direction, Area).

Reference Books :…………………………………..143

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