Final objectives of the third grade of mainstream secondary education - KSOGEOGRAPHY1 KnowledgeThe pupils are able to: 1 link a range of spatial sciences to all sorts of different jobs and research fields; 2 demonstrate with an example that an illustration or map is a coded representation of reality; 3 illustrate the significance of GIS for society with the application of it; 4 indicate the movements of the solar system and its consequences on the earth; 5 illustrate the social usefulness of space research with an example of its application; 6 relate the weather and climate to the structure of and the processes in the atmosphere; 7 illustrate the influence on the environment of human activities such as: the greenhouse effect, natural disasters, acid rain, water control, the degradation and improvement of the soil, giving examples; 8 describe the geophysical structure of the earth and plate tectonics and their consequences, such as: the position of the oceans and continents, volcanism and earthquakes and explain certain climate changes; 9 relate simple relief forms in a coherent way to lithological characteristics, geological structures and geomorphological processes; 10 relate the production and consumption of food and resources to demographic evolution and the level of welfare in the context of sustainable development; 11 illustrate both movements in industry and the service sector, as well as demographic migrations with examples, and relate these to social, economic or political factors; 12 describe and explain cities, rural areas, urbanization and mobility from the morphological and functional point of view; 13 explain the importance of instruments for town and country planning and environmental policy, giving examples; 14 describe the value of the heritage and natural value of landscape elements from the past, giving examples, and indicate their present importance; 15 indicate the importance of natural and social – economic components for town and country planning. 2 SkillsThe pupils are able to: 16 look up and arrange geographical data and process them in a simple way, using the available contemporary information sources and techniques; 17 select a type of map in relation to use; 18 determine a location on earth by means of available contemporary techniques and methods; 19 formulate the creation and structure of the universe in a coherent way on the basis of a number of astronomical concepts; 20 read a West European weather map; 21 estimate a weather situation by taking into account weather maps and weather forecasts; 22 interpret a climate on the basis of temperature, precipitation and general air circulation; 23 situate important geological events, climate changes and biological evolution on a geological timescale; 24 read simplified geological maps and soil maps; 25 analyse a landscape, arrange the elements in a structure and determine the character of the landscape on that basis; 26 make proposals for the use of space in the context of sustainable development. 3 AttitudesThe pupils: 27 * are critical regarding the information that is provided, such as that relating to developmental, welfare and environmental problems; 28 * see the possibilities of participating in a positive way in policy decisions with regard to environmental policy and town and country planning; 29 * are prepared to see local problems related to the environment and society in a global context; 30 * devote attention to the value of natural and cultural landscapes; 31 * are aware of man’s place in the universe. Attitudes have been indicated by* in the margin, for checking by the inspectorate. |