Vorbesprechung findet über Stud.IP statt.
regelmäßig wöchentlich immer mittwochs von 14.00 h - 16:30 h
Startet: 04.05.2022
Endet: 20.07.2022
Hinweis:
Die praktischen Übungen finden im Hallenbad der Universität statt.
Vorbesprechung über Stud.IP
regelmäßig wöchentlich immer montags 16:15 h - 17:45 h
Startet: 02.05.2022
Endet: 18.07.2022
Raum W4 1-171 auch in Hybrid möglich nach Absprache mit den Studierenden
Seminar (Pflichtveranstaltung für Erstsemester OHNE bisherige Belehrung)
Sicherheitsingenieur 1 Christian Renken, Sicherheitsingenieur
René Silberbach, Sicherheitsingenieur
Dates on Wednesday, 06.04.2022 14:15 - 15:15 [pre]**++++__Pflichtveranstaltung für alle Studierenden im 1. Semester (Bachelor und Master)__++++**[/pre]
Hinweise zum Modul
Prerequisites
Safe apnoediving with aptitude test and medical fitness certificate
Examination times
during the lectures
Module examination
2 short presentations (30 %), 1 internship report (70 %) (project report in the style of a scientific publication) PLEASE NOTE: Additional conditions regarding attendance and ungraded activities as determined by the persons responsible for the module will apply.
Skills to be acquired in this module
+ deepened knowledge of biological working methods
+ ability to perform independent biological research
++ teamwork
+ ethics and professional behaviour
+ project and time management
By actively participating in this module students acquire qualifications in the following fields: Biological oceanography, marine biology and marine ecology: - Geological formation history of the Mediterranean Sea and Atlantic Ocean, respectively, or the Red Sea and adjacent seas - Oceanography and hydrology - Development of the faunal and floral composition of the Atlantic Ocean, the Mediterranean Sea and the Mediterranean region or the Red Sea (biogeography) - Commercial utilization of the seas and its impacts - Biotopes and biotic communities - Evolution, systematics, morphology, modes of life, and ecology of selected animal groups - Applying theoretical knowledge to real-world organisms/systems - Improved and specialized knowledge of species - Adaptation of life cycles - Interaction between organisms and environment - Dynamics of reef-building and reef-degrading processes - Threat to coral reefs/protection of marine environments Methods: - Formulation and definition of scientific approaches and selection of methods - Observation and investigation of organisms and their habitats (snorkelling/diving) - Documentation of small research projects in groups in the style of a scientific publication - Editorial work to prepare a module report - Popular presentation of results to be published by the media and to be presented at the University Further skills: - Social engagement in groups/teamwork in projects - Independent scientific work in groups - Improvement of scientific discussion culture - Consciousness of the threat to coral reefs - Practising English - Dealing with the culture of the visited region Culture: - History, culture, politics, and religion Additionally: - Physiological aspects of apnoediving - Measures in case of accidents (also caused by "poisonous" organisms)