ECTS credits: 5 ECTS.
Course parameters:
Language: English
Level of course: PhD course
Time of year: April to June 2022
No. of contact hours/hours in total: 125 hours in total whereof 50 are contact hours.
Capacity limits: 10-12 students
Objectives of the course:
The objectives of the course are to:
(i) present basic theory on stable and radioactive isotopes, including methods for their measurement,
(ii) present state-of-the-art methods to estimate C, N and P flows in agroecosystems,
(iii) inspire students to broaden their perspectives on how isotopes can be applied, and
(iv) train students skills in analyzing isotope data.
Learning outcomes and competences:
At the end of the course, the student should be able to:
Compulsory program:
The students must deliver:
Course contents:
Stable and radioactive isotopes are key tools in many studies of nutrient and organic matter cycling in agroecosystems. In order to get the full benefit from the use of isotopes, the present course will focus both on basic theory about isotopes and how isotopes are applied in experimental settings; the latter including training in how to handle isotope data.
The course will be divided in three overall themes:
Ad. (1): Teaching in this theme will consist of lectures, group discussion and discussion with specialists on measurements of isotopes, including an “excursion” presenting the local possibilities for measurements of isotopes.
Ad. (2): Teaching in this theme will consist of inspirational lectures, journal club and group discussions.
Ad. (3): Teaching in this theme will be based on the students own projects and interaction with relevant course teachers. The students will design an experiment using isotopes formulated as work packages in research application for e.g. a postdoc project, (if relevant) get hands-on experience with application of the isotopes, and work on sample-data sets to practice isotope-data handling.
The students shall deliver a course assignment describing the experiment designed under (3), where the student present relevant theory, examples of similar applications, how data will be generated and handled.
Prerequisites:
The students should have a background in soil science, agricultural science, environmental science or related fields.
Name of lecturers:
Ingeborg Frøsig Pedersen, Kirsten Lønne Enggrob, Leanne Peixoto, Chiara De Notaris, Diego Abalos, Zhi Liang, Søren O. Petersen, and Jim Rasmussen, Department of Agroecology.
Type of course/teaching methods:
Lectures, journal club and group discussion sessions, individual reading and writing, peer and teacher feed-back sessions.
Literature:
The literature will be selected both by the course lecturers and students with the aim to select literature targeted the students potential application of isotopes. Additionally each student shall read and give feed-back to two-three of their peers’ assignments.
Course homepage: None
Course assessment: The assessment will be based on the course assignment.
Provider: Department of Agroecology
Special comments on this course: The will be a course fee of 400 €.
Time: April to June 2022.
Place: AU Foulum, Aarhus University, Denmark.
Registration:
Deadline for registration is 1 February 2022. Information regarding admission will be given before 15 February 2022.
For registration use the web-shop link: https://tilmeld.events/isoptopes2022/signup
If you have any questions, please contact Jim Rasmussen, e-mail: jim.rasmussen@agro.au.dk
