Year 2011/2012

• Climate of the Past (winter term 2011/2012)
• Dynamics II (summer term 2011)
• Concepts and Limitations of Earth System Models, European Research Course on Atmospheres (ERCA), Grenoble (January 2011)

Year 2010/2011

• Dynamics I (winter term 2010/2011)
• Climate of the Past (winter term 2010/2011)
• Introduction to Climate Modelling, XXV Heidelberg Physics Graduate Days (October 2010)
• Dynamics II (summer term 2010)
• AWI Students Day 2010 (February 2010)
• Concepts and Limitations of Earth System Models, European Research Course on Atmospheres (ERCA), Grenoble (January 2010)

Year 2009/2010

• Einführung in die Ozeanographie (winter term 2009/2010)
• Paleoclimatology (winter term 2009/2010)
• Mathematics Introductory Course for the Master Programme "Environmental Physics" (winter term 2009/2010)
• Identifying driving mechanisms of climate change, European Graduate College in Marine Sciences (ECOLMAS) (summer term 2009)
• Dynamical system concepts and their application in climate sciences (summer term 2009)
• AWI/IUP Blockseminar: Tracers in the Climate System (summer term 2009)
• Paleoclimate Dynamics: An Introduction, University of Gothenburg (summer term 2009)
• Seminar of the Research Division Climate Sciences (summer term 2009)

Year 2008/2009

• Einführung in Atmosphäre und Klima (winter term 2008/2009)
• Isotope Tracers in the Climate System (winter term 2008/2009)
• Introduction to the interdisciplinary field of Earth System Science Research, Part I (ESSReS-L1) (winter term 2008/2009)
• Mathematics Introductory Course for the Master Programme "Environmental Physics" (winter term 2008/2009)
• Seminar of the Research Division Climate Sciences (winter term 2008/2009)
• Abrupt climate change (summer term 2008)

Previous Lectures

• Mathematics Introductory Course for the Master Programme "Environmental Physics" (2007)
• Dynamics II (SS 2007)
• Dynamics I (WS 2006/07)
• Mathematical Modelling (SS 2006)
• The Global Carbon Cycle (Universität Bremen WS 2005/2006)
• Dynamical Paleoclimatology (Universität Bremen SS 2005)
• Introduction to Climate Modelling (ECOLMAS course 2004; Feb 16 - 19, 2004, Bremen)
• Globale Telekonnektionen im Klimasystem (Vorlesung Universität Hamburg WS 2003/2004)
• Meteorologische Interpretation geologischer Daten (Vorlesung Universität Hamburg SS 2003)
• Einführung in die Paläoklimamodellierung. Konzepte und Beispiele. (Vorlesung Universität Hamburg SS 2002)

Further Lectures & Links to get a general idea of our research area

• Paleoclimate Dynamics: What we are doing: ppt1, ppt2, ppt3
• Klimadynamik auf langen Zeitskalen: ppt1, ppt2, ppt3, ppt4
• Das Globale Klimasystem (Vortrag bei der Ebert Stiftung, 2005) ppt1, ppt2, ppt3
• Lohmann, G., 2002: Meteorologische Interpretation geologischer Daten - neue Wege in der Paläoklimaforschung. Promet 28 (3/4), 147-152.
  
• Matthias Tomczak: Regionale Ozeanographie
• Broecker, W., 1992: The Glacial World According to Wally, Eldigio Press, NY; Second Revised Edition, 1995; Third Revised Edition, 2002.
• William F. Ruddiman: Earth's Climate past and future
• Environmental science published for everybody round the earth: espere
• swisseduc: Glaciers online
• NOAA: NOAA Paleoclimatology
• Spencer R. Weart: Simple Models of Climate
• UCLA Atmospheric Sciences: Dynamical system concepts and their application in climate sciences
• DEKLIM: Overview
• Scientific Journal: Climate of the Past
• Wissenschaft im Land Bremen: Ein Streifzug (880 KB)
• IPCC 2007, The Physical Science Basis: Summary for Policymakers (German version), Working Group 1 AR4 Report
• IPCC 2001: The Scientific Basis

Internal Lecture Material:

• R: language and environment for statistical computing and graphics:
• Ocean Carbon cycle: ppt (3,3 MB)
  
• Seawater Carbonate System: pdf

Further Links:

• University of Bremen, Faculty of Physics: Postgraduate Programme Environmental Physics (pep)
• Paleoclimate Dynamics Working Group: Student Supervision
• Being a Student at AWI: Living in Bremen and Bremerhaven