Aerosol Effects on the Atmosphere: Types, Mechanisms and Future Perspectives
17 December 2025| ZEROGeoengineering.com |”In the future, there will be more aerosol monitoring equipment based on the Internet of Things, big data and artificial intelligence technology, which will be able to monitor the concentration, distribution and trend of aerosols in the atmosphere in real time and accurately…” -p.6
Aerosol Effects on the Atmosphere: Types, Mechanisms and Future Perspectives E3S Web Conf., 606 (2025) 03006 DOI: https://doi.org/10.1051/e3sconf/202560603006
“Atmospheric aerosols have the capacity to directly influence the Earth’s energy balance through their scattering and absorption of solar radiation. Additionally, they can indirectly impact the Earth’s climate by serving as cloud condensation nuclei and modifying cloud formation as well as microphysical properties.”
“In the study of the mechanism of action of aerosols on the atmosphere, European scientific research groups have used advanced satellite remote sensing technology and a network of ground-based observatories to investigate in detail the scattering and absorption properties of aerosols in response to solar radiation.”
“The physical characteristics of aerosols encompass particle diameter, shape and surface properties, whereas the chemical properties pertain to their composition and chemical reactivity.”
“The presence of aerosol particles reduces the transparency of the atmosphere, making it impossible for light to penetrate the atmosphere.”
“Aerosols can also indirectly affect the climate system by influencing the microphysical structure of clouds and precipitation processes.”
“In the future, countries will strengthen cooperation and exchanges in aerosol monitoring, technology research and development, data sharing and other aspects to jointly promote the in-depth development of aerosol research. To strengthen international cooperation, the government can introduce more relevant policies to support aerosol research
and technology application.”
“Breakthroughs in nanotechnology and materials science have made it possible to more precisely prepare and
control the particle size, shape and surface properties of aerosol particles, thus enabling in depth study of their physicochemical properties. Meanwhile, the development of intelligent monitoring technology enables us to monitor the concentration, distribution and trend of aerosols in the atmosphere in real time and accurately…”
Link to Aerosol Effects on the Atmosphere 2025
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