Aquatic Chemodynamics of Environmental Inorganic Pollutants: Transformation and Transfer Within and Across Various Environmental Compartments
A special issue of Water (ISSN 2073-4441). This special issue belongs to the section "Water Quality and Contamination".
Deadline for manuscript submissions: 15 March 2026 | Viewed by 14
Special Issue Editor
Interests: water chemistry; soil chemistry; environmental photochemistry; environmental chemistry of mercury and chromium; environmental chemodynamics
Special Issues, Collections and Topics in MDPI journals
Special Issue Information
Dear Colleagues,
Transformation and transfer are two fundamental, consequential processes that govern the fate of pollutants in the environment and thus control environmental quality. Transformation can influence transport, and likewise transfer can control transformation. Moreover, the two processes are coupled intimately and interact significantly with each other in many cases. This makes it even more challenging to observe, describe, understand, model, and predict the fate of environmental pollutants. Chemodynamics is an area of research that comprehensively addresses the transformation and transfer of chemicals and their coupling in the environment. There has been an ongoing, pressing need to consider and handle the two processes synergistically. This need thus calls for a special forum that provides a platform to allow researchers to gather and communicate on the matter. This Special Issue (SI) thus serves as a means to deliver such a platform.
This Special Issue of Water invites manuscripts (research articles, review articles, short communications) that report on the latest or recent original research or review the latest or recent research progress and synthesis in aquatic chemodynamics, focusing more on inorganic pollutants. Special focal points of interest for this SI include the following topics: (1) transformation and/or transfer across various aquatic interfaces such as water/air interface, water/sediment interface, and water/bio−body interface, (2) the coupling/interaction of transformation and transfer, and (3) the transformation and transfer of organic chemicals that can control inorganic pollutants, such as various organic ligands that can form coordination compounds with metal ions. In addition to the focal points, general research on transformation and/or transfer, which is surely part of the entire chemodynamics, is welcomed. Field investigations, laboratory simulation studies, and modeling studies are all invited, allowing us to present the latest research on multi-faceted processes in aquatic chemodynamics.
Prof. Dr. Hong Zhang
Guest Editor
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Keywords
- aquatic chemodynamics
- emission
- global biogeochemical cycle
- heavy metals
- lakes
- oceans
- photochemical
- toxin/toxic
- source/sink
- water/air exchange
- water/sediment exchange
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