Kontaktinformation
Peter Anderson, Professor
Institutionen för växtskyddsbiologi
Vi har ett stort utbud av forskarutbildningar inom bland annat kemisk ekologi, integrerat växtskydd och kemisk analys.
Mer om utbudet av kurser kan du läsa på LTV-fakultetens forskarskolas sida, samt på SLUs utbildningssidor.
Time: Summer 2023, 28 August – 9 September
Maximum participants: 20
Application deadline: July 14
Higher education credits: 6.0
Language: English
Entry requirements
The course is intended for PhD students in chemical ecology, analytical chemistry, ecology or related fields. Postdocs and M.Sc. students are also welcome.
Compulsory introduction on Zoom ca two weeks in advance. All participants are also required to do some homework before the first day on campus.
Learning outcomes
After completion of the course, the students should:
Objectives and content
The course contains a combination of lectures, workshops and practical exercises.
The lectures will cover methods of extraction of organic compounds, such as aeration, SPE, SPME and choices of organic solvents, as well as chromatography techniques such as liquid chromatography and gas chromatography. Modern identification methods in chemical ecology, including HR-GC/MS and MS/MS will be covered.
The practical parts are a mix of workshops, covering for example interpretation of electron impact mass spectra, and preparation-and-analysis of samples using the analytical instrumentation at Chemical Ecology, Plant Protection Biology, Swedish University of Agriculture, Alnarp.
Pedagogical form
The course has a practical focus with hands-on laboratory exercises, while also containing major elements of lectures and student-run workshops
Time table
The course is scheduled full time for two weeks (minus the last Friday). Generally, there are lectures in the mornings (ca 9-12), followed by workshops or practical laboratory exercises in the afternoons (ca 13-17). The last day is reserved for student presentations/examinations.
Examination
The students will be continuously examined throughout the practical moments of the course. All students are required to present their results from the workshops and practical exercises, and to discuss each other’s results.
Contact for application and further information
Björn Bohman, bjorn.bohman@slu.se
Time
Dates to be announced
Number of higher education credits
3.0 Credits
Entry requirements
The course is intended for PhD students in chemical ecology, analytical chemistry, ecology or related fields.
Learning outcomes
After completion of the course, the students should:
Contact for application and further information
Peter Anderson, Professor
Institutionen för växtskyddsbiologi