The objective of the study was to determine the kinetic model that best fit observed nitrate removal rates at the mesocosm scale in order to determine ideal loading rates for two future wetland restorations slated to receive pulse flow agricultural drainage water. Four nitrate removal models were investigated: zero order, first order decay, efficiency loss, and Monod. Wetland mesocosms were constructed using the primary soil type (in triplicate) at each of the future wetland restoration sites. Eighteen mesocosm experiments were conducted over two years across seasons. Simulated drainage water was loaded into wetlands as batches, with target nitrate-N levels typically observed in agricultural drainage water (between 2.5 and 10 mg L−1). Nitra...
Technological advances in modern agriculture and the application of nitrogen-based synthetic fertili...
subsurface horizontal flow constructed wetland located at University of Moratuwa was observed from J...
The ability to accurately simulate flow and nutrient removal in treatment wetlands within an agricul...
The objective of the study was to determine the kinetic model that best fit observed nitrate removal...
This paper provides a comparative evaluation of the kinetic models that were developed to describe t...
Nitrate runoff is one of the largest threats to aquatic systems globally, and denitrification has be...
Background: Investigating the performance of naturally operated treatment plants may be due to the f...
Treatment wetlands are increasingly needed to remove nitrate from agricultural drainage water to pro...
Decreasing the nitrogen transport from land to surrounding seas is a major task throughout the world...
Constructed wetlands have been demonstrated successfully in treating wastewater for removal of organ...
Three kinetic models, for predicting the removal of nitrogen and organics in vertical flow wetlands,...
Riparian wetlands provide beneficial functions to the wider environment. They intercept surface as w...
Abstract Constructed wetlands had been widely used as economical and environment friendly treatment ...
Nitrate is the most common form of nitrogen pollution in agricultural rivers. Excess nitrogen can ca...
The aim of this paper is to present a state-of-the-art review of the kinetics of nitrogen removal in...
Technological advances in modern agriculture and the application of nitrogen-based synthetic fertili...
subsurface horizontal flow constructed wetland located at University of Moratuwa was observed from J...
The ability to accurately simulate flow and nutrient removal in treatment wetlands within an agricul...
The objective of the study was to determine the kinetic model that best fit observed nitrate removal...
This paper provides a comparative evaluation of the kinetic models that were developed to describe t...
Nitrate runoff is one of the largest threats to aquatic systems globally, and denitrification has be...
Background: Investigating the performance of naturally operated treatment plants may be due to the f...
Treatment wetlands are increasingly needed to remove nitrate from agricultural drainage water to pro...
Decreasing the nitrogen transport from land to surrounding seas is a major task throughout the world...
Constructed wetlands have been demonstrated successfully in treating wastewater for removal of organ...
Three kinetic models, for predicting the removal of nitrogen and organics in vertical flow wetlands,...
Riparian wetlands provide beneficial functions to the wider environment. They intercept surface as w...
Abstract Constructed wetlands had been widely used as economical and environment friendly treatment ...
Nitrate is the most common form of nitrogen pollution in agricultural rivers. Excess nitrogen can ca...
The aim of this paper is to present a state-of-the-art review of the kinetics of nitrogen removal in...
Technological advances in modern agriculture and the application of nitrogen-based synthetic fertili...
subsurface horizontal flow constructed wetland located at University of Moratuwa was observed from J...
The ability to accurately simulate flow and nutrient removal in treatment wetlands within an agricul...