Course Description

This course examines terrain unit analysis and land classification as well as the accompanying processes to be applied for various development purposes. The material included is Introduction to geomorphology and environmental resources, Geomorphological mapping and land classification, Slope stability and erosion, Geomorphology for geological studies and land surveys, Geomorphology for hydrological surveys and flood disasters, Field practicum 1, Field practicum 1 takes the location closest to campus so it‘s easy to do. This activity will focus on repeating material on landforms, geology, land surveys and hydrological surveys, Geomorphology for vegetation surveys, Mid-Semester Exams (UTS), Geomorphology for development planning and engineering. Geomorphology and rural land use, Geomorphology and urban studies, Field practicum 2, This meeting will be filled with a discussion of the results of the second field practicum, each group will hold a discussion, Geomorphology and mineral exploration, Geomorphology and natural disaster studies (volcanism, landslides and earthquakes ), Final Semester Examination, Implementation of lectures using an expository approach in the form of lectures and questions and answers equipped with the use of LCD and OHP, inquiry, namely completing tasks for preparing and presenting papers, reviewing books and journals, discussions and problem solving. At the end of the lecture, field practice will also be carried out so that students have the skills to identify and analyze land use problems. The student mastery stage, apart from evaluation through UTS and UAS, also includes evaluation of assignments, presentations, discussions and field practicum reports. Main source books: Desaunetes, JR Catalog of Landform For Indonesia ; Cuchline, AM King, Techniques in Geomorphology ; FI Van Zuidam Cancelado. Terrain Analysis and Classification Using Aeral Photographs; H. th. Verstappen. 1987. Applied Geomorphology; R.U. Cooke. Geomorphology in Environmental Management.