Overview

Overview

Primary biological aerosol particles (PBAP) have been widely recognized as a main aerosol species in the troposphere, with far-reaching implications for atmospheric chemistry and physics, biogeography, epidemiology, and meteorology. Study of PBAP relies on a combination of disciplines, which will be introduced during the summer school. The school will cover: (1) the interrelations between PBAP and the processes of cloud formation, precipitation development, as well as chemical processing in the atmosphere; (2) health and environmental effects of PBAP; (3) microbial physiology in the atmosphere and it’s relevance for microbial dispersal and biogeography. Participants will gain both theoretical and hands-on experience for studying these topics using a range of techniques and instruments. Finally, there will be opportunities to discuss the challenges facing researchers in the field.


Audience

This course is aimed at life scientists, i.e. microbiologists, physicist, chemists, meteorologists, modellers, environmental scientists, medical students, who are interested or already working in aerobiology-related fields.


Syllabus, tools and resources

During this summer school you will learn about:

1.      Bioaerosol generation in the laboratory: SLAG, TSI atomizer, bubble tank
2.      Bioaerosol collections by diverse complementary methods: impingers, filter collectors, impactors
3.      Online analysis of (bio)aerosols in the laboratory and in the environment: Biotrak, APS, SMPS, CCNc
4.      Offline analysis of (bio)aerosols: ice nucleation assays, flow cytometry, nuclear acids extraction and qPCR

Syllabus, tools and resources During this summer school you will learn about: 1. Bioaerosol generation in the laboratory: SLAG, TSI atomizer, bubble tank 2. Bioaerosol collections by diverse complementary methods: impingers, filter collectors, impactors 3. Online analysis of (bio)aerosols in the laboratory and in the environment: Biotrak, APS, SMPS, CCNc 4. Offline analysis of (bio)aerosols: ice nucleation assays, flow cytometry, nuclear acids extraction and qPCR


Credits

5 ECTS, Aarhus University (no grades – only Pass or Fail)

Credits 5 ECTS, Aarhus University (no grades – only Pass or Fail)


Pre-course activities

There will be some reading required in advance of the course, so that all participants will start with a basic understanding of the field. There will be some reading required in advance of the course, so that all participants will start with a basic understanding of the field.


Exam and assessment

Students write a scientific report based on the results of their project work.