Evaluation of Artificial Neural Networks for Electrical Conductivity-based and Flow Rate-based Prediction of the Nitrate Nitrogen Concentration in the U-Tapao Canal, Hat Yai, Thailand

Name: Evaluation of Artificial Neural Networks for Electrical Conductivity-based and Flow Rate-based Prediction of the Nitrate Nitrogen Concentration in the U-Tapao Canal, Hat Yai, Thailand
Keywords: G, Environmental sciences, U-Tapao canal.model, nitrate nitrogen concentration prediction, artificial neural network (ANN), U-Tapao canal, model, nitrate nitrogen concentration prediction, Geography. Anthropology. Recreation, artificial neural network (ANN), GE1-350

Suvalee Chuvanich; Krerkchai Thongnoo; Panalee Chevakidagarn; Amornrat Phongdara

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Article . 2017

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https://dx.doi.org/10.14456/ea...

Article . 2017

Data sources: Datacite

Evaluation of Artificial Neural Networks for Electrical Conductivity-based and Flow Rate-based Prediction of the Nitrate Nitrogen Concentration in the U-Tapao Canal, Hat Yai, Thailand

descriptionPublicationkeyboard_double_arrow_right Article 01 Jan 2017Publisher:Thai Society of Higher Education Institutes on EnvironmentJournal:EnvironmentAsia (issn: 1906-1714,

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Authors: Suvalee Chuvanich; Krerkchai Thongnoo; Panalee Chevakidagarn; Amornrat Phongdara;

doi: 10.14456/ea.2017.17

Evaluation of Artificial Neural Networks for Electrical Conductivity-based and Flow Rate-based Prediction of the Nitrate Nitrogen Concentration in the U-Tapao Canal, Hat Yai, Thailand

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EnvironmentAsia, 10, 2

Keywords

G, Environmental sciences, U-Tapao canal.model, nitrate nitrogen concentration prediction, artificial neural network (ANN), U-Tapao canal, model, nitrate nitrogen concentration prediction, Geography. Anthropology. Recreation, artificial neural network (ANN), GE1-350

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