Sentence examples for wetland performance from inspiring English sources

A Monod approach fits well with observed wetland performance.

Based on wetland input output measurements, load removal efficiencies (LRE) were used to determine wetland performance.

In addition, a new dimensionless performance efficiency parameter, Ω, is presented as a more effective means of comparing wetland performance.

The review highlights the effect of vegetation type, hydraulic residence time and porous media type on wetland performance.

Therefore, studying the impact of temperature on constructed wetland performance and operation is very important to increase its performance and improve the removal efficiency of different pollutants.

We suggest that minor modifications such as increased organic matter in the soil may lead to more rapid establishment of wetland performance.

With the increasing number of constructed wetlands being built, the modelling of wetland function and performance is valuable.

Our results indicated that the two integrated constructed wetlands (Hsin-Hai II and Daniaopi Constructed Wetlands) achieved good performance in reducing the concentrations of total nitrogen (TN) and total phosphorus (TP), and loadings of biochemical oxygen demand (BOD) and chemical oxygen demand (COD) from municipal sewage.

The strategies of wetland design and operation for performance intensification, such as the presence of plant, operational mode, effluent recirculation, artificial aeration and in-series design, which are crucial to achieve the sustainable treatment performance in cold climate, are also discussed.

Preliminary research in south Florida on the use of submerged aquatic vegetation (SAV) as the dominant vegetation in these treatment wetlands is reporting higher P removal performance than wetlands dominated by rooted, emergent plants.

This study reaffirms the accepted notion that wetland plants enhance the performance of wetland systems.