Documents in context with the ESSReS lectures are restricted only to the ESSReS members. 

Please do not distribute this documents beyond the circle of participants of the lectures.

Selected lectures are provided as open access (see below).

ESSReS-L4: Physics and Chemistry of the Atmosphere, Remote Sensing and Phytooptics

Annette Ladstätter-Weißenmayer:  Remote Sensing – an introduction (3,4 Mb)

Andreas Richter:  Satellite observations of atmospheric trace gases ( Mb)

Christian Melsheimer: Remote Sensing of sea ice (13,6 Mb) (Part1, Part2)

Astrid Bracher: Ocean colour remote sensing (26,8 Mb)

Wolfgang von Hoyningen-Huene: Remote Sensing of atmospheric aerosols (8,5 Mb)

ESSReS-L2: Introduction to the interdisciplinary field of Earth System Science Research, Part II

Peter Baumann: Data banking and webifying - getting hands on (8 Mb)

Stephan Frickenhaus: Bioinformatics and introduction to "R": PartI, Exercise1, Part II, Exercise2

Achim Gelessus: Introduction to UNIX/LINUX (35 kb)

Hannes Grobe & Rainer Sieger: Archiving of data from earth system research - an overview (15 Mb), Data archiving, compilation and visualization - a show case (20 Mb)

Lars Linsen: Introduction to visualization methods (3 Mb)

Angela Schaefer: Attributs and Classification (1 Mb)

Open Access Lectures:

Grobe, Hannes; Sieger, Rainer (2009), Archiving of data from earth  system research - an overview, Earth System Science Research School,  ESSReS-L2: Introduction to the interdisciplinary field of Earth System  Science, Part II, 2009-02-18.
http://hdl.handle.net/10013/epic.31844.d001 (pdf 15 MB)


Grobe, Hannes; Sieger, Rainer (2009), Data archiving, compilation and  visualization - a show case with Pangaea, Earth System Science  Research School, ESSReS-L2: Introduction to the interdisciplinary  field of Earth System Science, Part II, 2009-02-18.
http://hdl.handle.net/10013/epic.31845.d001 (pdf 20 MB)

ESSReS-L1: Introduction to the interdisciplinary field of Earth System Science Research, Part I

Peter Baumann: Geo-scientific data management & Web services (5,8 Mb)

Tom Brey: The living ocean – a simple look at a complex system (2,8 Mb)

Sepp Kipfstuhl: Ice in the climate system

Annette Ladstätter-Weißenmayer:  Environmental Chemistry (3,2 Mb)

Frank Lamy: Marine Geology: Introduction to Paleoceanography (14,3 Mb)

Peter Lemke: The Climate System and its Changes (17,7 Mb)

Lars Linsen: The impact of visualization (5,5 Mb)

Gerrit Lohmann: Paleoclimate dynamics (10,2 Mb)

Christian Melsheimer: How does remote sensing work and how does this help to understand our climate (13,6 Mb)

Dirk Olbers: How the ocean circulation works (121,7 Mb)

Angela Schaefer, Vikram Unnithan: Internet data mining & Web GIS in marine geoscience

Björn-Martin Sinnhuber: Key aspects of atmospheric dynamics (2,1 Mb)

Gabriele Uenzelmann-Neben: Climate development – what information can we gather using geophysical methods? (18,0 Mb)

Christian v. Savigny: The mesosphere and solar interactions (3,0 Mb)

Christoph Völker: Putting it together: how global biogeochemical models work (7,2 Mb)

Dieter Wolf-Gladrow: Global Cycles of Biogenic Elements (56,7 Mb)