Tianjin Center, China Geological Survey - China
AUTHOR PROFILE
EARLY ACADEMIC PURSUITS
Zhuo Zhang embarked on his academic journey with a deep interest in hydrogeology. He earned his PhD in Hydrogeology from China University of Geosciences (Beijing) in 2019. His doctoral research laid a strong foundation for his future endeavors in understanding groundwater systems and the transport and transformation of various elements within these systems.
PROFESSIONAL ENDEAVORS
After completing his PhD, Zhuo Zhang joined the Tianjin Centre of the China Geological Survey as an assistant researcher. His professional career has been marked by a focus on hydrogeology, particularly in the study of groundwater arsenic, fluoride, and iodine. Zhang's research employs traditional water chemistry, isotopic techniques, and statistical analysis to investigate the enrichment mechanisms of these elements in groundwater and their subsequent impact on human health.
CONTRIBUTIONS AND RESEARCH FOCUS
Zhuo Zhang's research contributions are substantial and varied. His interests lie in the transport and transformation behavior of arsenic, fluoride, and iodine in groundwater. He is leading a National Youth Foundation project titled "Research on Fluoride Enrichment Mechanism of Groundwater in Coastal Plain Area Based on Multi-Isotopic Analysis." This project exemplifies his dedication to understanding complex hydrogeological processes and their implications for public health.
IMPACT AND INFLUENCE
Zhuo Zhang's work has significantly impacted the field of hydrogeology. His research on groundwater contamination and its health impacts has provided valuable insights into the mechanisms of element enrichment and distribution. His studies, often involving sophisticated techniques like multi-isotopic analysis, have influenced groundwater management practices and policies aimed at mitigating health risks associated with contaminated groundwater.
ACADEMIC CITES
Zhuo Zhang's academic work is widely recognized and cited in the scientific community. His publications, which span top-tier journals such as the Journal of Hydrology and Science of The Total Environment, have contributed to the broader understanding of hydrogeological processes. His studies have provided a deeper understanding of the spatial and temporal patterns of groundwater contamination, particularly in areas affected by high levels of arsenic and fluoride.
LEGACY AND FUTURE CONTRIBUTIONS
Zhuo Zhang's legacy in the field of hydrogeology is defined by his rigorous research and significant contributions to understanding groundwater systems. His future contributions are expected to further advance the field, particularly in the areas of groundwater contamination and public health. By continuing to explore the transport and transformation behaviors of hazardous elements in groundwater, Zhang aims to develop more effective strategies for protecting water resources and public health.
Hydrogeology has been a central theme in Zhuo Zhang's academic and professional journey. His research projects and publications consistently focus on understanding the complexities of groundwater systems and the behavior of contaminants within these systems. His work on the hydrogeology of the western Hetao Basin, Inner Mongolia, and coastal plains of North China has provided valuable insights into the environmental and health challenges posed by groundwater contamination.
NOTABLE PUBLICATION
Sources of groundwater salinity and potential impact on arsenic mobility in the western Hetao Basin, Inner Mongolia 2017 (100)
Mechanisms of groundwater arsenic variations induced by extraction in the western Hetao Basin, Inner Mongolia, China 2020 (40)
Characteristics and implication of stable carbon isotope in high arsenic groundwater systems in the northwest Hetao Basin, Inner Mongolia, China 2018 (39)
Influences of groundwater extraction on flow dynamics and arsenic levels in the western Hetao Basin, Inner Mongolia, China 2018 (28)
Spatial distribution and controlling mechanisms of high fluoride groundwater in the coastal plain of Bohai Rim, North China 2023 (20)