With the continuous expansion of human activities, aquatic environmental systems are confronting challenges of significant scale and complexity. Key contributors, such as industrialization, urbanization, and agricultural practices, profoundly impact the chemical composition and materials cycling within aquatic systems. These effects can disrupt the natural evolution of water bodies and potentially have far-reaching consequences for the health of ecosystems and the well-being of human societies. Despite a nascent focus on these issues within the research community, the comprehension of how human activities impact aquatic systems via biogeochemical, physical, and climatic pathways remains constrained. Therefore, a thorough investigation of human activities’ influence on the chemical evolution and material cycling mechanisms in aquatic environments is crucial. Findings from such research will support the development of effective strategies for water resource management and environmental conservation.
This Research Topic aims to showcase the most recent and noteworthy research outputs globally, delving into the interplay between human activities and the chemical evolution and material cycling within various aquatic systems. Utilizing a cross-disciplinary approach, the Research Topic seeks to uncover the ways human activities impact the natural progression of the water's chemical composition, assess the resultant effects on water quality, and examine the implications for migration and transformation processes of biogenic elements. Additionally, the Research Topic is dedicated to investigating the environmental behaviors of emerging pollutants and formulating corresponding mitigative and preventive strategies. This Topic serves as a platform for multidisciplinary interaction, fostering collaboration and discourse among scientists, engineers, policymakers, and experts in this field. The primary goal is to advance the sustainable utilization of water resources by enhancing our collective understanding and providing actionable insights into the complex dynamics within our aquatic environments.
This Research Topic includes, but is not limited to, the following areas:
1. The mechanisms of how human activities affect the evolutionary process of the chemical composition of water bodies;
2. The influence of human activities on the migration and transformation processes of biogenic materials within aquatic environments;
3. The pathways, transformations, and eventual endpoints of typical pollutants within aquatic environmental systems;
4. The source identification techniques for common aquatic pollutants;
5. The environmental behaviors of emerging contaminants within aquatic ecosystems.
We welcome submissions of multi-disciplinary research at various scales, especially those offering novel theoretical perspectives, methodological advancements, or practical solutions. Through collating and analyzing these studies, we aim to deepen our understanding of human activities’ impact on aquatic environments, informing and enhancing future efforts in water resource management and environmental conservation.
Keywords:
River, Groundwater, Lake, Hydrochemistry, Pollution source, Emerging pollutants, Migration and transformation
Important Note:
All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
With the continuous expansion of human activities, aquatic environmental systems are confronting challenges of significant scale and complexity. Key contributors, such as industrialization, urbanization, and agricultural practices, profoundly impact the chemical composition and materials cycling within aquatic systems. These effects can disrupt the natural evolution of water bodies and potentially have far-reaching consequences for the health of ecosystems and the well-being of human societies. Despite a nascent focus on these issues within the research community, the comprehension of how human activities impact aquatic systems via biogeochemical, physical, and climatic pathways remains constrained. Therefore, a thorough investigation of human activities’ influence on the chemical evolution and material cycling mechanisms in aquatic environments is crucial. Findings from such research will support the development of effective strategies for water resource management and environmental conservation.
This Research Topic aims to showcase the most recent and noteworthy research outputs globally, delving into the interplay between human activities and the chemical evolution and material cycling within various aquatic systems. Utilizing a cross-disciplinary approach, the Research Topic seeks to uncover the ways human activities impact the natural progression of the water's chemical composition, assess the resultant effects on water quality, and examine the implications for migration and transformation processes of biogenic elements. Additionally, the Research Topic is dedicated to investigating the environmental behaviors of emerging pollutants and formulating corresponding mitigative and preventive strategies. This Topic serves as a platform for multidisciplinary interaction, fostering collaboration and discourse among scientists, engineers, policymakers, and experts in this field. The primary goal is to advance the sustainable utilization of water resources by enhancing our collective understanding and providing actionable insights into the complex dynamics within our aquatic environments.
This Research Topic includes, but is not limited to, the following areas:
1. The mechanisms of how human activities affect the evolutionary process of the chemical composition of water bodies;
2. The influence of human activities on the migration and transformation processes of biogenic materials within aquatic environments;
3. The pathways, transformations, and eventual endpoints of typical pollutants within aquatic environmental systems;
4. The source identification techniques for common aquatic pollutants;
5. The environmental behaviors of emerging contaminants within aquatic ecosystems.
We welcome submissions of multi-disciplinary research at various scales, especially those offering novel theoretical perspectives, methodological advancements, or practical solutions. Through collating and analyzing these studies, we aim to deepen our understanding of human activities’ impact on aquatic environments, informing and enhancing future efforts in water resource management and environmental conservation.
Keywords:
River, Groundwater, Lake, Hydrochemistry, Pollution source, Emerging pollutants, Migration and transformation
Important Note:
All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.