• DE
  • EN
  • Login
Logo

Fachbereich Geowissenschaften
FB5
Fachbereich
Geowissenschaften
FB5
    ⌂
  • Fachbereich
  • Studium
  • Forschung
  • Organisation
  • Öffentlichkeit
  • Intern
    • Studierende
    • Studieninteressierte
    • Studieninteressierte
    • Schüler*innen
    • Schüler*innen
    • Doktoranden
    • Besucher
    • Beschäftige
☰
  • DE
  • EN
  • Login
Studium 2012
  • Bachelorstudium Geowissenschaften
  • Masterstudium Geowissenschaften
  • Internationales Masterstudium Marine Geosciences
    • Einführung Studiengang
    • Studienaufbau
    • Lehrveranstaltungen
    • Gelände- und Laborpraxis
    • Projektübung
    • Forschungsseminar
    • Masterarbeit
    • Prüfungen
    • Best Thesis Award
  • Internationales Masterstudium Materials Chemistry and Mineralogy
  • Nebenfach Geowissenschaften
  • General Studies
  • Studium International
  • Promotion in den Geowissenschaften
  • Prüfungsamt
  • Qualitätsmanagement
  • ⌂
  • Studium 2012
  • Internationales Masterstudium Marine Geosciences
    • Einführung Studiengang
    • Studienaufbau
    • Lehrveranstaltungen
    • Gelände- und Laborpraxis
    • Projektübung
    • Masterarbeit
    • Forschungsseminar
    • Prüfungen
    • Best Thesis Award
  • Lehrveranstaltungen
  • ⌂
  • Studium 2012
  • Internationales Masterstudium Marine Geosciences
    • Einführung Studiengang
    • Studienaufbau
    • Lehrveranstaltungen
    • Gelände- und Laborpraxis
    • Projektübung
    • Masterarbeit
    • Forschungsseminar
    • Prüfungen
    • Best Thesis Award
  • Lehrveranstaltungen

Abrupt Climate Changes

Lecturers: Stefan Mulitza, André Paul

Content:

This course focuses on the reconstruction and modeling of abrupt climate change. Students are introduced to the evidence for rapid climate fluctuations (e. g. the so-called Younger Dryas, Heinrich and Dansgaard-Oeschger events) from ice and marine sediment core data. Conceptual climate models are used throughout the course to investigate the processes that cause abrupt climate change. Concepts of nonlinear dynamics such as multiple steady states and hysteresis are developed, and the responsible feedbacks (e.g. the ice-albedo and vegetation-climate feedbacks) studied. The role of the thermohaline circulation is assessed. Finally, the prospects of abrupt climate change in the future are discussed. Software tools employed are programs such as Excel, Grapher and MATLAB programs.



Skills:

The students can describe the processes that are fundamental to abrupt climate change. Furthermore, they are equipped to analyze proxy data and compare them to the results of numerical climate models using MATLAB as the basic software tool.

Assessment:

As part of the module exam "Climate Change II: Models and Data"



Exam:

oral exam

Literature:

Committee on Abrupt Climate Change (Richard B. Alley, Chair), Abrupt Climate Change. Inevitable Surprises. National Academy Press, Washington D. C., 2003. Further reading is provided during each individual lecture/exercise.


zurück
Basic Data
VAK-Nummer

05-MAR-2-C7-1


Study Program

Master of Science Marine Geosciences


Module Name

Climate Change II: Models and Data


Course Type

Lecture, Exercise, Seminar


First Year of Study

3 CP

2 SWS

Summer Term


Kontakt

Paläozeanographie

Dr. Stefan Mulitza

MARUM ZfT 5340

Tel.: +49 421 218 - 65536

smulitza@uni-bremen.de

Abrupt Climate Changes

Lecturers: Stefan Mulitza, André Paul

☰
Kontakt

Fachbereich Geowissenschaften
der Universität Bremen
Klagenfurter Straße 2-4

Impressum
Datenschutz