Plant species carry out a series of important biological, chemical and physical processes
within a constructed wetland wastewater treatment system and make a significant …

Open water evaporation and macrophyte transpiration rates were analyzed in a semi-arid,
freshwater wetland in Central Spain over two meteorological periods between 1993 and …

Constructed wetland systems (CWs) are developed biological technologies for the treatment
and reuse of wastewater. The aims of this study were to evaluate the treatment performance …

Los ecosistemas acuáticos continentales españoles (EACE) son muy diversos, de pequeño
tamaño en general, están incluidos en cuencas hidrográficas muy grandes, a menudo …

Constructed treatment wetlands have been well established as effective and sustainable
solutions to the problem of urban water treatment and reuse. However, treatment wetlands …

Canopy conductance (gc) is a crucial parameter in simulating evapotranspiration and
modulating water exchange, but its variation mechanism has regional uncertainties and …

The energy and water balance of a Phragmites australis dominated wetland in south central
Nebraska was analyzed to assess consumptive water use and the potential for “water …

The HYDRUS wetland module is widely used together with the biokinetic model CWM1 to
simulate reactive transport of contaminants in constructed wetlands. However, this approach …

Este trabalho teve-se como objetivo avaliar os aspectos hidráulicos e hidrológicos de quatro
sistemas alagados construídos (SACs), cultivados com taboa (Typha sp.) e utilizados no …

A mechanistic model of the fate of neutral and polar organic contaminants in a free water
surface flow wetland was developed to assess the removal efficiency of polycyclic aromatic …