In the summer of 2025, a study was published in the Atmospheric Chemistry and Physics (D1) journal, aimed at comparing and evaluating the description of ozone dry deposition, as well as the individual component processes, in atmospheric chemistry models. The investigation involved 37 researchers from 24 institutions. The findings highlight the challenges in accurately describing the effects of moisture stress on the stomatal sink of ozone during dry periods, which are induced by ecosystem-specific plant–resource interactions. The methodology of the article is related to the tasks undertaken by the Photoacoustic Research Group at the University of Szeged within the FF&T program.

Click here  to the whole study: Atmospheric Chemistry and Physics