Ects information guide



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Organization unit:

Department OF Economic Geography



Course of study (specialization):

Geography

Specialty:

-


Course title:

BASES OF SOCIAL-ECONOMIC GEOGRAPHY



Code/course no.:

GG055


Studies year:

I

ECTS credits:

2 (5)

Semester:

2

Hours:

Language of instruction:

Polish


Total:

15

15

including:

stationary studies

extramural studies

Status of the course:

obligatory



Lectures

15

15

Exercises







Laboratories







Seminars







Project







Name of course leader / leaders:

Prof. dr hab. Jerzy Runge, dr Edward Duś



Prerequisites:

Knowledge of geography of the level of secondary school



Assumptions and objectives of the course:

Understanding of the essence and special geographical view on social-economic reality. Basic notions, directions and methods of investigations, theoretical conceptions.



The form and terms of assessment of the course:

Exam


Registration for the course / additional notes:

No

Content:

Genesis and development of geographical idea. Polish geographical idea, its creators, research centres. Structure of geographical knowledge. Social-economic geography- research fields, disciplines, research orientations. Basic notions of social-economic geography. Social and economic theoretical conceptions. Investigation methods. Geography in the period of political transformations.



List of bibliography:

Basic reading:

  1. Domański R, 2005, Geografia ekonomiczne. Ujęcie dynamiczne, PWN, Warszawa

  2. Kuciński K, 1994, Geografia ekonomiczna. Zarys teoretyczny, PWN, Warszawa.

  3. Tkocz J, 2007, Podstawy geografii społeczno-ekonomicznej. Wykład teoretyczny, Wyd. UŚ, Katowice.

Additional reading:

  1. Runge A, Runge J, 2008, Słownik Pojęć z geografii społeczno-ekonomicznej, Wyd. Videograf, Katowice




Organization unit:

Department of Geomorphology



Course of study (specialization):

Geography

Specialty:

-


Course title:

CARTOGRAPHY AND TOPOGRAPHY



Code/course no.:

GG 056


Studies year:

I

ECTS credits:

6 (5)

Semester:

1

Hours:

Language of instruction:

Polish


Total:

75

30

including:

stationary studies

extramural studies

Status of the course:

obligatory



lectures

30

20

exercises







laboratories

45

10

seminars







project







Name of course leader / leaders:

Prof. dr hab. Jacek Jania + team



Prerequisites:

Knowledge of geography



Assumptions and objectives of the course:

The ability to mapping (draw up and editing) and using them in the contemporary GIS. The ability to draw up graphical presentation of research results by means of the correct cartographic methods.



The form and terms of assessment of the course:

written exam



Registration for the course / additional notes:

No


Content:

Object, importance, tasks and principles of cartography. The Earth and its models. Determination and definition of spatial data, information and knowledge. History of the world and Polish cartography. Relationship with non-spatial data and information. Cartography and geoinformatics. Role of cartography in system of sciences, relations to other scientific disciplines. Definition and subject matter of cartographic research. Type of maps and atlases. Analog and digital cartography. Development of cartography as a science. Coordinate systems – cartographic projections and them distortions. Editing of maps. Cartographic means of expression. Methods of expressing content of topographic, geographic and thematic maps. Cartograms. Cartographic language. Cartographic interpretation. Definition, basic factors and methods of generalization. Methods and solutions in classic and computerized cartography. Generalization of content of topographic, thematic and geographic maps. Overview of cartographic techniques and geodetic (topography with elements of photogrammetry) measurements. Methods of cartometry. Utilization of cartometry in topography and thematic cartography. Modern technologies and cartography: GPS, LIDAR, and remote sensing: basic trends and knowledge. Introduction to geoinformatics. Theory of spatial science. Cartographic visualization. Global projects and role of cartography and GIS in their solving. Cartography and GIS. Aerial photographs and satellite scenes as source of topographic, thematic and small geographic maps.



List of bibliography:

Basic reading:

  1. Pasławski J. (red.) – WPROWADZENIE do KARTOGRAFII i TOPOGRAFII. Wyd. Nowa Era, Redakcja Kartograficzna, Wrocław 2006, str. 399.

  2. Kraak M.J., Ormeling F. – KARTOGRAFIA – wizualizacja danych przestrzennych. Wyd. Naukowe PWN, Warszawa 1998, str. 276.

  3. Saliszczew K.A. – KARTOGRAFIA OGÓLNA. Wyd. Naukowe PWN, Warszawa 2003, str. 276.

  4. Robinson A., Sale R., Morrison J. – PODSTAWY KARTOGRAFII. PWN Warszawa 1988, str. 623.




Additional reading:

  1. Longley P.A., Goodchild M.F., Maguire D.J., Rhind D.W.- GIS - TEORIA I PRAKTYKA, Wyd. PWN, 2006, str. 519.

  2. Grygorenko W.– REDAKCJA I OPRACOWANIE MAP OGÓLNOGEOGRAFICZNYCH. PPWK, Warszawa 1970, str. 464.

Organization unit:

Department of Geomorphology



Course of study (specialization):

Geography

Specialty:

-


Course title:

REMOTE SENSING OF THE ENVIRONMENT



Code/course no.:

GG 057


Studies year:

I

ECTS credits:

3 (3)

Semester:

2

Hours:

Language of instruction:

Polish


Total:

45

15

including:

stationary studies

extramural studies

Status of the course:

obligatory



lectures

15

5

exercises







laboratories

30

10

seminars







project







Name of course leader / leaders:

Dr inż. Leszek Kolondra + team



Prerequisites:

a knowledge of geography and physics



Assumptions and objectives of the course:

To take advantage of satellite scenes and aerial photographs to the environment analyse and planning the human activity, to indicate a hazard areas by means of digital and analytical technologies. To find out the enormous abilities in acquisition the environment data by means of the remote sensing methods.



The form and terms of assessment of the course:

Test


Registration for the course / additional notes:

no


Content:

Lectures: A review of a basic knowledge need to understand the remote sensing - principles of remote sensing, the electromagnetic spectrum. Elements of aerial photography (projective geometry, analogue and digital photogrammetric cameras, seeing in stereo. Basic element of photographic interpretation for terrain and aerial data (central projections, camera orientation, types of photographs). Using of aerial photographs in environmental analysis (image pre-processing, elementary image processing operations, image visualization, image arithmetic, the vegetation index VI and NDVI, supervised/unsupervised classification). A review of satellite platforms (from LANDSAT to GEO-EYE-1). Overview of applications of remote sensing techniques in the environmental analysis - use of remote sensing in basic science studies.

Lab: Aerial photographs (stereoscopy, stereoscopic viewing). Basic photographic measurements. Photographic interpretation (interpretation of landforms for DTM as well as results post-glacial processes, using of land). Example of basic computer processing of remote sensing data by means of an ordinary (free) software (PIT- Photo Interpretation Tool), Scan Magic, Micro DEM).

List of bibliography:

Basic reading:

  1. Sitek Z. – WPROWADZENIE DO TELEDETEKCJI LOTNICZEJ I SATELITARNEJ, Wydawnictwa AGH, Kraków 1997 (I wyd.), 2000 (II wyd.)



  1. Kurczyński Z. – LOTNICZE I SATELITARNE OBRAZOWANIE ZIEMI, Wyd. Politechniki Warszawskiej, 2 tomy, Warszawa 2006.



  1. Ciołkosz A., Miszalski J., Olędzki J.R.- INTERPRETACJA ZDJĘĆ LOTNICZYCH, Wyd. PWN Warszawa, 1999, str. 459 + 8 wklejek.

  2. NASA Remote Sensing Tutorial – http://rst.gsfc.nasa.gov

  3. Ciołkosz A., Ostrowski M. – ATLAS ZDJĘĆ SATELITARNYCH POLSKI, Wyd. Sci - Art. Warszawa., 1995.

Additional reading:

  1. Ciołkosz A., Olędzki J.R., Trafas K. – ĆWICZENIA Z TELEDETEKCJI ŚRODOWISKA. Wyd. PWN, Warszawa, 1999, str. 100.

  2. Kurczyński Z., Preuss R. – PODSTAWY FOTOGRAMETRII. Oficyna Wyd. Politechniki Warsz., 2002.

  3. Ciołkosz A., Kęsik A. – TELEDETEKCJA SATELITARNA, Wyd. PWN Warszawa 1989.

  4. Ostaficzuk S. – FOTOGEOLOGIA., Wyd. Geologiczne, Warszawa, 1978.

  5. Lillesand T.M., Kiefer R.W., Chipman J.W. – REMOTE SENSING and IMAGE INTERPRETATION, John Wiley&Sons, INC, 2007, str.756.

Organization unit:

Department of geomorphology Department of general geology



Course of study (specialization):

Geography

Specialty:

-


Course title:

INFORMATION TECHNOLOGY



Code/course no.:

GG 058


Studies year:

1

ECTS credits:

2 (2)

Semester:

2

Hours:

Language of instruction:

Polish


Total:

45

30

including:

stationary studies

extramural studies

Status of the course:

obligatory



lectures

15

20

exercises

30

10

laboratories







seminars







project







Name of course leader / leaders:

Dr Jan Leszkiewicz + team



Prerequisites:

Mathematics with elements of statistics, protection of intellectual property. Computer skills allowing using the Internet as well as geography and IT knowledge at the secondary school level.



Assumptions and objectives of the course:

Acquainting students with digital data processing and obtaining information from computer and telecommunication networks. Preparation of electronic publications: presentation, bulletin, web page. Preparation to effective application of modern information technologies.



The form and terms of assessment of the course:

Test


Registration for the course / additional notes:

no


Content:

Geography Internet resources (among other Google Earth). Obtaining information from the Internet. Information searching systems. Creation of computer graphics with Corel Draw software. Raster and vector graphics. Colour models. Image files formats. Digital cameras and scanners. Image layers. Creation of graphic presentations (e.g. geographic posters). Applied graphics. Creation of geographic publications in a digital form (presentation, bulletin, brochure) with the following software: Power Point, Word and Publisher. Desktop Publishing (DTP). Creation of personal web pages. HTML editors. HTML document structures. Joining text and graphics. Styles and style sheets. Tables and layers. Calculations with spreadsheets (Excel, Statistica PL). Creation of diagrams (Excel and Corel Draw). Formulas and functions. Macros (Visual Basic). Elements of statistical analysis: correlation and regression (Statistica PL). Database designing. General information on databases. Database managing systems. Simple and relative data models. Access - system of relative data models managing. An exemplary database. Home library of a geography student. Introduction to GIS and 3D modelling in geography. A simple 3D ground model (Surfer, Earth Vision Demo).



List of bibliography:

Basic reading:

  1. Bain S., Nick Wilkinson N., 2004: CorelDRAW 12. Oficjalny podręcznik. Wydawnictwo Helion. Gliwice.

  2. Czajkowski M., 2002: Wielka encyklopedia internetu i nowych technologii. Edition 2000. Warszawa.

  3. Longley P. A., Goodchild . F., Maguire M. F., Rhind D. W., 2006: GIS. Teoria i praktyka. PWN. Warszawa.

  4. Stanisz A., 1998: Przystępny kurs statystyki w oparciu o program STATISTICA PL. StatSoft Polska, Kraków.

  5. Walkenbach J., 2004: Excel 2003 PL. Biblia. Wydawnictwo Helion. Gliwice.

Additional reading:

  1. Danowski B., 2003. Tworzenie stron WWW w praktyce. Wydawnictwo Helion, Gliwice.

  2. Groh M. i inni, 2007: Access 2007 PL. Biblia. Wydawnictwo Helion. Gliwice.

  3. Simon D., 2005. Fotografia cyfrowa. Biblia. Wydawnictwo Helion. Warszawa.

  4. Sokół R., 2003: Tworzenie stron WWW. Wydawnictwo Helion, Gliwice.

  5. STATISTICA PL (Wersja polska). Poradnik użytkownika. 1997: StatSoft Polska, Kraków.


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