Add to ORKGNitrate concentration in ground water is a major problem in specific agricultural areas. Using regression and neural networks, this study models nitrate concentration in ground water as a function of iron concentration in ground water, season and distance of the well from a poultry house. Results from both techniques are comparable and show that the distance of the well from a poultry house has a significant effect on nitrate concentration in groundwater
Nitrate leaching in the unsaturated zone poses a risk to groundwater, whereas nitrate in tile draina...
Characteristics of nitrogen loading and aquifer susceptibility to contamination were evaluated to de...
This paper describes three different methods used to evaluate the nitrate contamination from agricul...
Nitrate concentration in ground water is a major problem in specific agricultural areas. Using regre...
The scope of the present study is the estimation of the concentration of nitrates (NO3−) in groundwa...
Prediction of the groundwater nitrate concentration is of utmost importance for pollution control an...
Artificial neural networks have proven to be an attractive mathematical tool to represent complex re...
This paper evaluates the effectiveness of Artificial Neural Networks (ANNs) for the estimation of th...
Increased nitrate concentration is one of the main groundwater quality problems today that needs to ...
Four algorithms are outlined, each of which has interesting features for predicting contaminant leve...
Public concerns over groundwater quality have grown significantly in the recent years and have focus...
Nitrate pollution of groundwater has increased dramatically worldwide due to increase of population ...
The objective of this research was to predict the nitrogen-loading rate to Delaware lakes and strea...
Nitrate concentrations have increased in many Upper Floridan aquifer springs since the 1950s, exceed...
This paper investigates the feasibility of predicting nitrate contamination from agricultural source...
Nitrate leaching in the unsaturated zone poses a risk to groundwater, whereas nitrate in tile draina...
Characteristics of nitrogen loading and aquifer susceptibility to contamination were evaluated to de...
This paper describes three different methods used to evaluate the nitrate contamination from agricul...
Nitrate concentration in ground water is a major problem in specific agricultural areas. Using regre...
The scope of the present study is the estimation of the concentration of nitrates (NO3−) in groundwa...
Prediction of the groundwater nitrate concentration is of utmost importance for pollution control an...
Artificial neural networks have proven to be an attractive mathematical tool to represent complex re...
This paper evaluates the effectiveness of Artificial Neural Networks (ANNs) for the estimation of th...
Increased nitrate concentration is one of the main groundwater quality problems today that needs to ...
Four algorithms are outlined, each of which has interesting features for predicting contaminant leve...
Public concerns over groundwater quality have grown significantly in the recent years and have focus...
Nitrate pollution of groundwater has increased dramatically worldwide due to increase of population ...
The objective of this research was to predict the nitrogen-loading rate to Delaware lakes and strea...
Nitrate concentrations have increased in many Upper Floridan aquifer springs since the 1950s, exceed...
This paper investigates the feasibility of predicting nitrate contamination from agricultural source...
Nitrate leaching in the unsaturated zone poses a risk to groundwater, whereas nitrate in tile draina...
Characteristics of nitrogen loading and aquifer susceptibility to contamination were evaluated to de...
This paper describes three different methods used to evaluate the nitrate contamination from agricul...