To compare the impacts of river discharge on the surface water quality of the Xiangjiang River in China, 12 surface water quality parameters recorded at 31 sampling sites from January 1998 to December 2008 along the river and its main tributaries were analyzed. Significantly higher concentrations of total nitrogen, ammoniacal nitrogen, and total phosphorus, and biochemical oxygen demand were observed during low-flow periods than during high-flow periods, implying a higher risk to local residents drinking untreated water during low-flow periods. Pollution indexes, including the inorganic pollution index and integrated pollution index (IPI), were negatively related to impervious surface area (ISA) and cropland area (CLA) when ISA (CLA) was le...
Changes in land use land cover (LULC) and landscape pattern in arid areas can considerably impact wa...
Vegetated riparian zones adjacent to rivers and streams, can greatly mitigate nutrients, sediment fr...
To control pollutants in rivers, we need to have an understanding of the spatial and temporal variat...
To compare the impacts of river discharge on the surface water quality of the Xiangjiang River in Ch...
In the context of water resource management and pollution control, the characterization of water qua...
Water quality deterioration is a prominent issue threatening water security throughout the world. Hu...
To design and implement policy to manage water quality, it is important to investigate land use and ...
Using land use types and landscape metrics, as well as statistical and spatial analysis, we determin...
Anthropogenic activities have led to water quality deterioration in many parts of the world, especia...
Surface water quality and its natural and anthropogenic controls in the Xiangjiang River were invest...
Spatiotemporal changes in the water quality index are important measures with which to analyze water...
Understanding the relationship between land use and surface water quality is necessary for effective...
Spatial variations of the water quality in the Haicheng River during April and October 2009 were eva...
The Dahuofang Reservoir is one of the most important water sources in Liaoning Province, China, so i...
Surface water bodies are progressively subjected to stress as a result of anthropogenic activities. ...
Changes in land use land cover (LULC) and landscape pattern in arid areas can considerably impact wa...
Vegetated riparian zones adjacent to rivers and streams, can greatly mitigate nutrients, sediment fr...
To control pollutants in rivers, we need to have an understanding of the spatial and temporal variat...
To compare the impacts of river discharge on the surface water quality of the Xiangjiang River in Ch...
In the context of water resource management and pollution control, the characterization of water qua...
Water quality deterioration is a prominent issue threatening water security throughout the world. Hu...
To design and implement policy to manage water quality, it is important to investigate land use and ...
Using land use types and landscape metrics, as well as statistical and spatial analysis, we determin...
Anthropogenic activities have led to water quality deterioration in many parts of the world, especia...
Surface water quality and its natural and anthropogenic controls in the Xiangjiang River were invest...
Spatiotemporal changes in the water quality index are important measures with which to analyze water...
Understanding the relationship between land use and surface water quality is necessary for effective...
Spatial variations of the water quality in the Haicheng River during April and October 2009 were eva...
The Dahuofang Reservoir is one of the most important water sources in Liaoning Province, China, so i...
Surface water bodies are progressively subjected to stress as a result of anthropogenic activities. ...
Changes in land use land cover (LULC) and landscape pattern in arid areas can considerably impact wa...
Vegetated riparian zones adjacent to rivers and streams, can greatly mitigate nutrients, sediment fr...
To control pollutants in rivers, we need to have an understanding of the spatial and temporal variat...