
Textbook
Approved for publishing by the Faculty of Natural Sciences
Council: May 21, 2009
Reviewers
Assoc. Prof. Dr. Habil. Eimuntas Pareliūnas
Assoc. Prof. Dr. Birutė Ruzgienė
ISBN 978-9955-33-483-5
© Giedre Beconyte
2009
© Vilnius University 2009
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The book analyses theoretical problems of cartography that become
pressing in the modern cartographic production practice. Continuous
increase of the need for cartographic information and up-to-date
data, of diversity and complexity of modern cartographic products
and growth of users requirements create inauspicious business
environment because of which the quality of the products is
often insufficient. For instance, thematic atlases are now published
within months, whereas just a few decades ago such atlases had
been designed by large teams for several years. The trend of
low quality cartographic products is observed in Lithuania as
well as worldwide. Therefore it is necessary to look for new
methods that allow assuring high quality within a relatively
short time span and without significant increase of costs, especially
when cartographic communication quality (efficient and convenient
transfer of information to the user) is concerned. Some such
methods were developed and tested by the author during implementation
of thematic maps and atlases projects. They are described
within a consistent framework of cartographic information management
and delivery. The presented approach differs from the classical
cartographic design paradigm by treating cartography as an information
science and a map as an informational model of a particular
universe of discourse. Map design and implementation stages
are separated. General system engineering methods and principles,
such as requirement engineering, life cycle modeling, task breakdowns,
that are briefly discussed in the book, can be successfully
applied at the implementation stage. Design stage solutions
have much bigger impact on cartographic quality. The book provides
recommendations on application of semantic modeling for cartographic
visualization and for objective evaluation of communicative
quality. Proposed models can be also used for identification
and evasion of possible design errors. Three different design
paradigms are proposed for specific types of maps. Cartographic
stylistics, extended concept of map language and multi-level
cartographic communication model problems are introduced as
a part of the single design framework. The book can be used
by academics and postgraduate students as a supplementary training
material.
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