Laborpraktikum: M.Biodiv.445: Tierökologie: Molekulare Analyse von trophischen Interaktionen in Bodennahrungsnetzen - Details

Laborpraktikum: M.Biodiv.445: Tierökologie: Molekulare Analyse von trophischen Interaktionen in Bodennahrungsnetzen - Details

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General information

Course name Laborpraktikum: M.Biodiv.445: Tierökologie: Molekulare Analyse von trophischen Interaktionen in Bodennahrungsnetzen
Subtitle
Course number 631811
Semester SoSe 2024
Current number of participants 11
expected number of participants 10
Home institute Abteilung Tierökologie
Courses type Laborpraktikum in category Teaching
First date Monday, 29.04.2024 09:00 - 17:00, Room: (MN37 (A.-v.-H.-Institutsgebäude))
Type/Form
Performance record →Ab hier automatisch erfasste Informationen / Beyond this point, the information is filled in automatically←

Prüfungsleistung(en) je Modul / Exam details per module:

* [(M.Biodiv.445.Mp) Molecular analysis of trophic interactions in soil food webs][1]
* Protokoll: Mo, 30.09.2024, von 09:00:00 bis 10:00:00

[1]: https://ecampus.uni-goettingen.de/h1/pages/startFlow.xhtml?_flowId=detailView-flow&unitId=42039&periodId=272

Rooms and times

(MN37 (A.-v.-H.-Institutsgebäude))
Monday, 29.04.2024 - Friday, 03.05.2024, Monday, 06.05.2024 - Friday, 10.05.2024, Monday, 13.05.2024 - Friday, 17.05.2024 09:00 - 17:00

Fields of study

Module assignments

Comment/Description

Learning outcome / core skills:
Relationships between genetic diversity of soil organisms and ecological processes will be analyzed in model high throughput laboratory systems. Experiments will be set up allowing to quantify the relative contribution of the identity and diversity of species / genetic lineages for ecosystem processes, such as productivity and decomposition of model substrates. The experiments will form the basis for understanding how decomposer communities respond to environmental stressors such as changes in temperature or exposure to heavy metals. Students will become familiar with molecular technologies used for analyzing the structure and function of decomposer systems, such as quantitative real time PCR, tagging of organisms by fluorescent markers compound specific stable isotope lipid analysis and molecular gut content analysis.

Person responsible for module: Prof. Dr. Stefan Scheu