Investigating the hydraulic connectivity of a complex karst aquifer system is an important research topic for sustainable operation and optimization layout of karst groundwater exploitation and recharge. However, the identification of preferential sites of recharge and exploitation is usually subject to regional hydrogeology conditions and the mechanisms of recharge and exploitation. The conventional research methods of hydraulic connectivity often have some limitations. In this study, we developed an improved grey amplitude relation model to explore the hydraulic connectivity in Jinan spring catchment and presented a quantized evaluation index water table fluctuation relation degree (WTFRD) using karst groundwater table data in Western Jin...
Karst watersheds are often treated as non-karst watersheds that can lead to several hazards. Hence, ...
Reproduction of hydrographs at karst springs has been an approach of understanding the karst aquifer...
Water resources are in shortage in China, especially in northern China. As surface water often dries...
Investigating the hydraulic connectivity of a complex karst aquifer system is an important research ...
The Jinan spring basin is located in the karst area of northern China, where springs serve as import...
The Jinan karst spring system, discharged by 108 springs in 2.6 km2 city center area of Jinan, China...
This study enhances the understanding of the evolution of water transport in karst water flow system...
Groundwater is an important water resource, and groundwater level (GWL) forecasting is a useful tool...
In karst terrains, fractures and conduits often occur in clusters, forming groundwater quick flow be...
Karst aquifers produce the world’s largest springs and supply the water resources to about a q...
The Jinan Karst Spring System in Shandong province, China, has suffered to maintain groundwater leve...
Due to climate change and human activities over the last fifty years, the spring flow volume of kars...
Over the last 40 years, declining spring water flow rates have become a typical feature of karst spr...
There are ~470,000 km2 of karst aquifers that feed many large springs in North China. Turbulent flow...
Karst aquifers are prominent sources of water worldwide; they store large amounts of water and are k...
Karst watersheds are often treated as non-karst watersheds that can lead to several hazards. Hence, ...
Reproduction of hydrographs at karst springs has been an approach of understanding the karst aquifer...
Water resources are in shortage in China, especially in northern China. As surface water often dries...
Investigating the hydraulic connectivity of a complex karst aquifer system is an important research ...
The Jinan spring basin is located in the karst area of northern China, where springs serve as import...
The Jinan karst spring system, discharged by 108 springs in 2.6 km2 city center area of Jinan, China...
This study enhances the understanding of the evolution of water transport in karst water flow system...
Groundwater is an important water resource, and groundwater level (GWL) forecasting is a useful tool...
In karst terrains, fractures and conduits often occur in clusters, forming groundwater quick flow be...
Karst aquifers produce the world’s largest springs and supply the water resources to about a q...
The Jinan Karst Spring System in Shandong province, China, has suffered to maintain groundwater leve...
Due to climate change and human activities over the last fifty years, the spring flow volume of kars...
Over the last 40 years, declining spring water flow rates have become a typical feature of karst spr...
There are ~470,000 km2 of karst aquifers that feed many large springs in North China. Turbulent flow...
Karst aquifers are prominent sources of water worldwide; they store large amounts of water and are k...
Karst watersheds are often treated as non-karst watersheds that can lead to several hazards. Hence, ...
Reproduction of hydrographs at karst springs has been an approach of understanding the karst aquifer...
Water resources are in shortage in China, especially in northern China. As surface water often dries...