Siberian forest fires πŸ”₯ are producing massive amounts of that will accelerate ice melting in the Arctic. These fires are a global issue right now.

is the most toxic component emitted by internal combustion engines and it is not monitored nor regulated in Europe. Furthermore, it is emitted by all engine types - not only πŸš—

β€”Andreas Mayer at

This time we will present a comparison of different soot generators, which are potential candidates to be a used as a standard reference material for light absorption measurements.

Soot generator comparison experiment ongoing. We have tested diffusion and premixed flame πŸ”₯ burners. We will continue experiments next week testing an inverted flame generator and two spark generators.

Next week we will start a workshop to test different aerosol generators. The goal is to find a suitable primary standard for atmospheric black carbon absorption measurements.

More details about this project:

Preparing my slides for the EMPIR BC project meeting. Learn more about the project that aims to bring to measurements.

particles from πŸ”₯ are being carried higher into the than previously thought, even reaching the lower stratosphere, which starts at 10,000 metres above the Earth’s surface.

[Paper] Our most recent study is already online. This time we found high concentrations of from πŸ”₯ in the lowermost . Important implications for regional .


The paper is :OpenAccess:

Our recent study on light absorption over central Amazonia was published today on ACP :oa:

The significant increase of black and brown carbon during El NiΓ±o 2015/6 shows how the atmosphere can be affected if warmer and drier conditions are more prevalent in the future.


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