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Karst Dynamic System and Its Water Resources Environmental Effects

This special issue belongs to the section “Water and Climate Change“.

Special Issue Information

Dear Colleagues,

China is a large karst country, with the karst area accounting for about one-third of the land area. Karstification occurs in an open unbalanced system of cyclic coupling of carbon, water, and calcium (CO2-H2O-CaCO3), which is sensitive to the environment.

The system is defined as a karst dynamic system, which is characterized by its emphasis on the interaction between the various layers of the Earth system. It focuses on the monitoring of material and energy migration and transfer. In particular, karstification absorbs soil or atmospheric CO2 to form dissolved inorganic carbon, which is discharged to the ocean along rivers. The karst carbon sink effect has been a topic of concern for the majority of scholars. At the same time, owing to the special hydrogeological structure of karst areas, surface and groundwater in karst areas are prone to pollution, water shortage, drought and flood, rock desertification, and other problems; thus, the effect of water resources on karst areas is also a research hotspot today.

This Special Issue aims to gather contributions on the latest scientific research regarding the effects of karst carbon sinks and water resources in karst dynamic systems. This Special Issue hopes to encompass a broad spectrum of topics, including, but not limited to:

  • Karst dynamic theory;
  • Karst carbon cycle;
  • Karst carbon sink and global climate change;
  • Ecological carbon sink in karst areas;
  • Development and utilization of karst water resources;
  • Karst groundwater quality;
  • Eco-hydrological interaction;
  • Migration and transformation mechanism of pollutants in karst groundwater.

Dr. Shi Yu
Dr. Guanghui Jiang
Guest Editors

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Keywords

  • global climate change
  • karst carbon sink
  • water-carbon coupling
  • quality of groundwater
  • eco-hydrological
  • utilization of karst water resources

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Water - ISSN 2073-4441