A ‘red line’ was established, identifying an area requiring for ecological protection in Tianjin, China. Within the protected area of the red line area, the Qilihai wetland is an important ecotope with complex ecological functions, although the ecosystem is seriously disturbed due to anthropogenic activities in the surrounding areas. This study assesses the water quality status of the Qilihai wetlands to identify the pollution sources and potential improvements based on the ecological red line policy, to improve and protect the waters of the Qilihai wetlands. An indicator system was established to assess water quality status using single factor evaluation and a comprehensive evaluation method, supported by data from 2010 to 2013. Assessment...
The biodiversity of macrozooplankton and physicochemical indices at eight sites in the Wenyuhe River...
AbstractHydrological regime is a driving factor in wetland ecosystems. Its excessive alteration will...
With the fast pace of global urbanization, anthropogenic disturbances not only lead to frequent disa...
The global decline in estuarine and coastal ecosystems is affecting critical ecosystem services. The...
Wetland plays an irreplaceable role in many aspects and waters are important part of wetland, the wa...
An international assessment of wetlands is important for quantifying the current state of developmen...
AbstractAn ecological survey was carried out to determine the water body concentrations of nutrients...
Twenty lake bottom surface layers mud and water samples in the Qilihai Wetland and the Beidagang Res...
Embargo until June 10, 2023Beidagang Wetland (BW) Nature Reserve is centrally situated in Tianjin Ci...
Wetlands are one of the world's most ecologically important and productive ecosystems. They face man...
While wetlands are usually used as a natural approach to remove biodegradable pollutants in surface ...
Monitoring the ecological status of drinking water reservoirs is very important for assessing risks ...
Natural and anthropogenic factors in coastal wetland changes are widely discussed in wetland studies...
The purpose of this study is to provide a clearer idea for the optimization of wetland functional ar...
Nutrients carried in upstream rivers to lakes are the main cause of eutrophication. Building near-na...
The biodiversity of macrozooplankton and physicochemical indices at eight sites in the Wenyuhe River...
AbstractHydrological regime is a driving factor in wetland ecosystems. Its excessive alteration will...
With the fast pace of global urbanization, anthropogenic disturbances not only lead to frequent disa...
The global decline in estuarine and coastal ecosystems is affecting critical ecosystem services. The...
Wetland plays an irreplaceable role in many aspects and waters are important part of wetland, the wa...
An international assessment of wetlands is important for quantifying the current state of developmen...
AbstractAn ecological survey was carried out to determine the water body concentrations of nutrients...
Twenty lake bottom surface layers mud and water samples in the Qilihai Wetland and the Beidagang Res...
Embargo until June 10, 2023Beidagang Wetland (BW) Nature Reserve is centrally situated in Tianjin Ci...
Wetlands are one of the world's most ecologically important and productive ecosystems. They face man...
While wetlands are usually used as a natural approach to remove biodegradable pollutants in surface ...
Monitoring the ecological status of drinking water reservoirs is very important for assessing risks ...
Natural and anthropogenic factors in coastal wetland changes are widely discussed in wetland studies...
The purpose of this study is to provide a clearer idea for the optimization of wetland functional ar...
Nutrients carried in upstream rivers to lakes are the main cause of eutrophication. Building near-na...
The biodiversity of macrozooplankton and physicochemical indices at eight sites in the Wenyuhe River...
AbstractHydrological regime is a driving factor in wetland ecosystems. Its excessive alteration will...
With the fast pace of global urbanization, anthropogenic disturbances not only lead to frequent disa...