AbstractHebei Plain is located in the north of Huabei Plain and it is one of the regions where the demand of water resource exceeds the supply of that greatly in current China. Because the region is short of surface water, the groundwater becomes the main supply resources. With the developing of social economy and the increasing of the population, the demand of water resource is increasing continuously. The exploitation of the groundwater exceeds the limitation of that. This paper studies the sustainable utilization of the groundwater resources in Hebei Plain by the methods such as Grey System, time series and NN. The results showed that the groundwater resources would decrease in future, and the depth of the groundwater would deepen more. ...
In recent years, land subsidence in the plain areas of Hebei Province has caused a tremendous potent...
Rapid groundwater drawdown in Gaocheng City, the alluvial plain of the Taihang Mountain in the North...
In Northern China, many regions and cities are located in semi-arid regions, and groundwater is even...
Increased water use in the Hebei Plain during the last decades has caused serious groundwater level ...
Increased water use in the Hebei Plain during the last decades has caused serious groundwater level ...
Rapid groundwater drawdown has become the biggest threat to social-economic sustainability in the He...
The North China Plain (NCP) is one of the global hotspots of groundwater depletion. Currently, our u...
The North China Plain (NCP) is facing a water crisis under the dual impact of natural and anthropoge...
The North China Plain (NCP) has been subjected to groundwater overexploitation over the past decades...
This project is concerned with a study of the sustainability of irrigation agriculture in the Minqi...
The study area is the alluvial-diluvial fan and earthy plain of the Middle Heihe River Basin, with a...
Groundwater forms an important source of water supply in arid and semi-arid region. Optimum conjunct...
Identifying the key factors controlling groundwater chemical evolution in mountain-plain transitiona...
With the implementation of the South-North Water Diversion Project and the implementation of groundw...
AbstractThis paper reviews diffuse recharge studies in (semi)arid northern China, which are mainly b...
In recent years, land subsidence in the plain areas of Hebei Province has caused a tremendous potent...
Rapid groundwater drawdown in Gaocheng City, the alluvial plain of the Taihang Mountain in the North...
In Northern China, many regions and cities are located in semi-arid regions, and groundwater is even...
Increased water use in the Hebei Plain during the last decades has caused serious groundwater level ...
Increased water use in the Hebei Plain during the last decades has caused serious groundwater level ...
Rapid groundwater drawdown has become the biggest threat to social-economic sustainability in the He...
The North China Plain (NCP) is one of the global hotspots of groundwater depletion. Currently, our u...
The North China Plain (NCP) is facing a water crisis under the dual impact of natural and anthropoge...
The North China Plain (NCP) has been subjected to groundwater overexploitation over the past decades...
This project is concerned with a study of the sustainability of irrigation agriculture in the Minqi...
The study area is the alluvial-diluvial fan and earthy plain of the Middle Heihe River Basin, with a...
Groundwater forms an important source of water supply in arid and semi-arid region. Optimum conjunct...
Identifying the key factors controlling groundwater chemical evolution in mountain-plain transitiona...
With the implementation of the South-North Water Diversion Project and the implementation of groundw...
AbstractThis paper reviews diffuse recharge studies in (semi)arid northern China, which are mainly b...
In recent years, land subsidence in the plain areas of Hebei Province has caused a tremendous potent...
Rapid groundwater drawdown in Gaocheng City, the alluvial plain of the Taihang Mountain in the North...
In Northern China, many regions and cities are located in semi-arid regions, and groundwater is even...