05-BMG-EE1 Introduction to Earth Dynamics
Representative Cornelia Spiegel-Behnke
This module deals with the main principles of geology and dynamics of Earth, and with the main processes which shape our planet. The lecture will provide an understanding of the distribution of constituents in core, mantle and crust and of the interaction between plate tectonics and volcanism with hydrosphere, cryosphere, atmosphere and biosphere as well as of the rock cycle. This theoretical background will be implemented by practical exercises to recognise rock-forming processes and rock-building minerals of sedimentary, igenous and metamorphic rocks in the laboratory and in the field. Basic skills of geological fieldwork will be devoloped during a four-days integrated field trip to the Harz Mountains.
1) students gain an understanding of processes acting in the Earth system and are able to recognise them in rocks as well as in the field
2) understand basic geological and mineralogical concepts related to the rock cycle
3) address and recognise the main rock-forming minerals and rocks
4) apply autonomously simple geological mapping techniques in the field
Course Type 1: Lecture (L) 2.0 SWS ( 28.0 h)
Course Type 2: Exercise (E) 2.0 SWS ( 28.0 h)
Course Type 3: Field Exercise (F) 2.0 SWS ( 28.0 h)
Tutorial(s): -
Workload:84.0 h presence time
56.0 h self-study
40.0 h exam workload
180 h total workload
combination exam
exam elements: 1
SL: 1
100 % oral exam
0 % Other form of examination
Other form of examination: Assessment of field competence (4-days fieldexercise = BMG-EE1-3)
1) Press and Siever (2019), Understanding Earth (4th edition), WH Freeman, 697 p.
2) Jhariya, Vishwakarma, Diwan (2017), Essentials of Geological Fieldwork, LAP Lambert Academic Publishing, 84 p.
3) Fischer and Pätzold (2019), Skript zur Übung Gesteinskunde (in German; translation coming)
Basic Data
Bachelor Marine Geosciences
Module Type
Mandatory
First Year of Study
Offering Departement
FB5 Geosciences
Wintersemester
Course LanguageEnglish
6 CP
6 SWS
Contact
Contact
Prof. Dr. Cornelia Spiegel-Behnke
GEO 3580
Contact
Contact
Prof. Dr. Cornelia Spiegel-Behnke
GEO 3580