• Geow-M403-V: Palaeoecology of terrestrial ecosystems (F. Augustin, H. Bocherens, D. Drucker, M. Ebner, M. Rabi)
• Geow-M401-Ü2: Isotopes in Bones and Teeth (D. Drucker, H. Bocherens, C. Baumann, V. Garcías-Huidobro)
• Geow-M103: Scientific Presentation (H. Bocherens, D. Drucker)

• Geow-M407-21: Conservation Palaeoecology (H. Bocherens, D. Drucker, M. Ebner, M. Rabi)
• Geow-M231-21: Geoecology Seminars (D. Drucker, M. Rabi)

• ASHE-1a: Perspectives in Human Evolution (C. Baumann, D. Drucker)
• ASHE-3g: Introduction to Zooarchaeology (D. Drucker)
• ASHE-7b: Stable Isotopes in Bioarchaeology (D. Drucker)
• ASHE-7g: Diet and subsistence in Prehistoric context (D. Drucker)

• Bio-BEE-211: Säugetiere im Freiland (C. Baumann)
• Bio-BEE-209: Vertebraten II (C. Baumann)

• Geow-B203-V1: Erdgeschichte (H. Bocherens, M. Ebner, M. Rabi)
• Geow-B501-V: Paläobiologie (F. Augustin, H. Bocherens, D. Drucker, M. Rabi)
• Geow-B304: Paläontologie (M. Rabi, M. Ebner)
• Geow-B523: Quaternary Geology (M. Rabi)
• Geow-B401-V3: Sedimente und Stratigraphie-Biokreisläufe (M. Ebner)
• Geow-B105-21: Biologie für Geowissenschaftler (M. Ebner, F. Augustin)

• Geow-B310-V/Ü: Climatology and Ecosystems of the Earth (H. Bocherens, D. Drucker, M. Ebner)
• Geow-B210-21: Geoökologisches Geländepraktikum (M. Ebner)

• ASHE-1a: Perspectives in Human Evolution (C. Baumann, D. Drucker)
• ASHE-3g: Introduction to Zooarchaeology (D. Drucker)
• ASHE-7b: Stable Isotopes in Bioarchaeology (D. Drucker)
• ASHE-7g: Diet and subsistence in Prehistoric context (D. Drucker)

• Bio-3160: Zoologie II (C. Baumann)
• Bio-BEE-211: Säugetiere im Freiland (C. Baumann)

Life history of Pleistocene foxes: Reconstruction of paleo-synanthropism

Description: Isotope study of teeth and mandibles of individual Pleistocene foxes previously identified as paleo-synanthropes (Baumann et al. 2020) to determine when in the animals' lives the trophic impact of humans occurred.
Methods: Lab work (collagen extraction, δ¹³C & δ¹⁵N analysis), statistical modeling (R knowledge required, MixSIAR diet modeling, SIBER niche modeling)
Suitable for: M.Sc. ASHE (Zooarchaeology, Archaeometry), M.Sc. Geosciences (Geoecology, Paleontology)
Specialist supervisor: Dr. Chris Baumann

Reconstruction of the early phase in wolf domestication

Description: Isotope study of teeth and mandibles of different individual Magdalenian wolves in an early domestication phase from the Hegau Jura to determine when in the animals' lives a trophic impact of humans occurred.
Methods: Lab work (collagen extraction, δ¹³C & δ¹⁵N analysis), statistical modeling (R knowledge required, MixSIAR diet modeling, SIBER niche modeling)
Suitable for: M.Sc. ASHE (Zooarchaeology, Archaeometry)
Specialist supervisor: Dr. Chris Baumann

Life history of modern wildcats and domestic cats

Description: Isotope study of hair, whiskers, ribs, and vertebras of different individual wildcats and domestic cats from Thuringia to determine if there is a trophic niche overlap of both species and if this pattern changed over the life time of these animals.
Methods: Lab work (collagen extraction, δ¹³C & δ¹⁵N analysis), statistical modeling (R knowledge required, SIBER niche modeling, ecological niche reconstruction)
Suitable for: M.Sc. ASHE (Zooarchaeology, Archaeometry), M.Sc. Biology (Zoology)
Specialist supervisor: Dr. Chris Baumann

Small mammal isotopes and climate reconstruction

Description: Isotope study of Pleistocene small mammal teeth from the Swabian Jura to test if the results are suitable for climate reconstruction (Challenge of dentin contaminated enamel samples). 
Methods: Lab work (carbonate pretreatment, δ¹³C & δ¹⁸O analysis), statistical modeling (R knowledge required, SIBER niche modeling, ecological niche reconstruction, climate reconstruction)
Suitable for: M.Sc. ASHE (Zooarchaeology, Archaeometry), M.Sc. Geosciences (Geoecology, Paleontology), B.Sc. Geosciences
Specialist supervisor: Dr. Chris Baumann

Isotopic fingerprint of ecosystems

Description: Isotope study of modern plant samples from different localities in the Ammer Valley to study if there is a possible isotopic fingerprint of ecosystems. 
Methods: Field work (collecting plants), lab work (plant preparation, δ¹³C & δ¹⁵N analysis), statistical modeling (R knowledge required, SIBER niche modeling, ecological niche reconstruction)
Suitable for: M.Sc. ASHE (Archaeobotanical), M.Sc. Biology (Botany), M.Sc. Geoscience (Geoecology)
Specialist supervisor: Dr. Martin Ebner, Dr. Chris Baumann

Small mammal isotopes and climate reconstruction

Description: Isotope study of Pleistocene small mammal teeth from the Swabian Jura to test if the results are suitable for climate reconstruction (Challenge of dentin contaminated enamel samples). 
Methods: Lab work (carbonate pretreatment, δ¹³C & δ¹⁸O analysis), statistical modeling (R knowledge required, SIBER niche modeling, ecological niche reconstruction, climate reconstruction)
Suitable for: M.Sc. ASHE (Zooarchaeology, Archaeometry), M.Sc. Geosciences (Geoecology, Paleontology), B.Sc. Geosciences
Specialist supervisor: Dr. Chris Baumann