The impact of meteorological factors on atmospheric mercury

Mercury pollution remains a major global concern, with significant implications for air quality, public health, and environmental safety.

In a compelling lecture, Hangtian Zhou delves into the complex relationship between meteorological factors, chemical composition, and the partitioning of reactive atmospheric mercury.

This session explores how temperature, humidity, and particle composition influence the transformation and behavior of mercury in the atmosphere.

With mercury capable of shifting between gaseous and particulate forms, understanding these processes is crucial for accurate monitoring, pollution control, and regulatory compliance.

Key takeaways from the lecture include:

• The role of temperature and humidity in mercury transformation
• How chemical components impact the partitioning of reactive mercury
• Insights into advanced measurement techniques and analytical methods
• The latest scientific findings on mercury behavior in different environments.

Hangtian presents groundbreaking research on how different factors contribute to mercury partitioning, providing vital knowledge for scientists, environmental professionals, and policymakers working to mitigate mercury pollution.

If you're involved in air quality monitoring, regulatory enforcement, or environmental research, this lecture is a must-watch.

Gain expert insights and a deeper understanding of the forces shaping mercury distribution in the atmosphere.

Sign up and log in to Envirotech Online now to watch the full lecture and stay ahead in environmental science.

Want to hear more?

Why not watch some of our other mercury presentations:

• Mercury in fish: assessing the risks in Latin America and the Caribbean
• Air mercury monitoring in the Baikal area
• Innovations in mercury monitoring in oil storage tanks
• Investigating mercury's ocean-atmosphere exchange: a global perspective
• Determination of mercury and other trace elements in hair and its application in human biomonitoring studies

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