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Contributes to the organic fraction of aerosols, affects cloud condensation, and impacts air quality.

Form from precursor gases and affect both visibility and cloud condensation nuclei.

Contribute to aerosol mass and can form secondary aerosols with other compounds.

Absorbs light and warms the atmosphere, reduces albedo when deposited on ice, and can affect cloud properties.

Result from industrial processes, affect atmospheric chemistry, and can be toxic to human health.

Facilitate the formation of ice crystals in clouds, affecting precipitation and cloud lifetime.

Reflect solar radiation, cool the Earth's surface, and form cloud condensation nuclei.

Provides surfaces for heterogeneous reactions, influences cloud properties, and can affect climate systems.

Originate from nuclear events, can have long-term environmental impacts, and affect atmospheric radiation.

Can cause global cooling, influence ozone chemistry, and affect aviation safety.

Act as cloud condensation nuclei, affect the Earth's radiation budget, and engage in chemical reactions in the atmosphere.

Can influence cloud properties, act as ice nucleating particles, and have health implications.

Scatter solar radiation, provide cloud condensation nuclei, and can contribute to warming or cooling.

Scatter solar radiation, affect cloud formation, and can lead to ecosystem eutrophication.