Constructed wetland (CW), a promising, environmentally responsible, and effective green
ecological treatment technology, is actively involved in the treatment of various forms of …

Macrophytes play the important roles in purifying pollutants of constructed wetlands (CWs),
while their effects on CWs exposed to micro/nano plastics are not clear. Therefore, planted …

The effects of culture systems and seasonality on the environmental impact of constructed
wetlands (CWs) remain understudied. This study aims to quantify the environmental impact …

Floating treatment wetlands are considered a promising and low-cost technology for the
treatment of polluted water and wastewater. However, their functionality and efficiency in …

Constructed wetlands (CW) treating runoff from agricultural catchments reduce the nutrient
load of water, however, they can also be significant sources of greenhouse gases …

Introduction Plant richness is thought to improve the function of constructed wetlands (CWs),
but most CWs are planted with monocultures, with only a few employed polycultures, which …

Although the water purification performance of individual species and their removal
mechanisms have been thoroughly documented, the potential enhancement of sewage …

The aim of this research was to analyze the potential of e micro-dictum preparation
containing compositions of beneficial microorganisms using this product in surface water …

Phytoremediation is a low-cost, environmentally friendly, and sustainable technology that
can utilize vegetation and microorganisms to avoid eutrophication and purifying water …

Water pollution poses a significant challenge to the development of rural human settlements
in China, necessitating the development of wastewater treatment systems tailored to the …