Field measurements of bioaerosols
Ecosystem Bioaerosol Research
Primary biological aerosols play a crucial role in the Earth system. In particular, in interactions between the atmosphere, biosphere, climate and public health. Field measurements of bioaerosols have been carried out in a variety of basic and applied scientific disciplines. Atmospheric science alone constitutes a large sum of research topics with open questions related to cloud formation, climate, hydrological cycles and many more.
Challenges for science
Broadly speaking, scientists and researchers are working on the three overarching themes of climate change, land use change and public health. In most cases, we are concerned with finding the source and understanding how bioaerosols spread.
Field measurement in bioaerosol research
For the field measurement of bioaerosols, Swisens provides new technologies that can measure morphological and chemical properties of bioaerosols. Modern measuring instruments are mostly automated and allow continuous monitoring, so that a large number of particles can be measured. This produces large amounts of data. The identification and categorisation of the measured particles with conventional methods are unsatisfactory so far and mean a high effort for the evaluation. Therefore, the timely observation of dynamic processes is not possible and large gaps in understanding remain.
The requirements for field measurements in bioaerosol research are thus as follows:
- comprehensive particle characterisation
- real-time measurement
- open data access to measurement data
- Artificial Intelligence for the identification of bioaerosols
- extension of the integrated algorithms
- comprehensive software for efficient data analysis
- integrated data management for processing BigData
- fully automatic operation and low maintenance
- robust construction for tough conditions in the field
The solution is therefore not a single instrument that can measure bioaerosol particles, but a system of seamlessly integrated components to accelerate and advance bioaerosol research.
SwisensEcosystem Bioaerosol Research
Swisens has recognised that a single measurement instrument can only provide limited support for bioaerosol research. Therefore, we offer a unique ecosystem of hardware, software and service components and enter into open scientific collaborations.
We provide tools, services and support in the use of the latest technologies and contribute to the further exploration of the microcosm of aerosol particles.
- measurement of morphology and chemical properties with SwisenPoleno Jupiter
- open and efficient data access with SwisenDataAnalyzer
- independent further development of identification capabilities with SwisensAtomizer and Swisens AIFactory
- fast commissioning and simple operation with SwisensAccelerators
- integrated data management with Swisens Data
- remote service and annual maintenance with Swisens Care
- access to the latest Swisens algorithms
Breaking new ground with Swisens
This is what our
satisfied customers say.
Benoît Crouzy –
Surface Data, Project Manager Swiss Automated Pollen Network
Federal Office of Meteorology and Climatology MeteoSwiss
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Prof Martin Gallagher –
Centre for Atmospheric Science,
University of Manchester
“I speak on behalf of my colleagues who are Urban Observatory Principal Investigators and Research Collaborators from the University of Manchester that we have rarely seen, or been provided with such exemplary support as that provided by Swisens. Swisens customer support has been remarkable given the current situation, from remote training and commissioning to rapid support for hardware and software tools specific to our needs to extremely well organised seminars that actually focus on customer feedback and needs. In particular we have been impressed with the Swisens open source data approach and their attention to different users specific needs. Swisens technical innovations has already generated enormous interest in a bioaerosol-aerobiology community that until recently has been limited with respect to real-world and near real-time detection and importantly quantification of airborne bioaerosol concentrations. Their approach has developed significant rapport with multi-disciplinary researchers and Swisens should be lauded for this.”
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Mikhail Sofiev –
Atmospheric Composition Research Department
Finnish Meteorological Institute
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Debora Käser –
Department for Work Safety / Health Protection
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