1986Canadian Water Resources Journal / Revue canadienne des ressources hydriquesOpen access

Forecasting Water Yield Using Multivariate Analysis

Paul Pilon, Kazimierz Adamowski

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Abstract

In this paper, the effectiveness of principal-component regression in the forecasting of spring season water yield was investigated. A general model building scheme was adopted to aid in model development. A detailed residual analysis, adoption of split-sampling, analysis of the rationality of regression coefficients, and the analysis of the indicators of the relative importance of the independent/predictor variables were performed. Models developed by the regression of principal-components proved superior to the models derived by the traditional regression techniques. The study was applied to a multi-reservoir hydro-electric system in the Saguenay-Lac St-Jean region of Quebec, Canada.

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In this paper, the effectiveness of principal-component regression in the forecasting of spring season water yield was investigated. A general model building scheme was adopted to aid in model development. A detailed residual analysis, adoption of split-sampling, analysis of the rationality of regression coefficients, and the analysis of the indicators of the relative importance of the independent/predictor variables were performed. Models developed by the regression of principal-components proved superior to the models derived by the traditional regression techniques. The study was applied to a multi-reservoir hydro-electric system in the Saguenay-Lac St-Jean region of Quebec, Canada.

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Available abstract

In this paper, the effectiveness of principal-component regression in the forecasting of spring season water yield was investigated. A general model building scheme was adopted to aid in model development. A detailed residual analysis, adoption of split-sampling, analysis of the rationality of regression coefficients, and the analysis of the indicators of the relative importance of the independent/predictor variables were performed. Models developed by the regression of principal-components proved superior to the models derived by the traditional regression techniques. The study was applied to a multi-reservoir hydro-electric system in the Saguenay-Lac St-Jean region of Quebec, Canada.

Key concepts: Multivariate statistics, Yield (engineering), Multivariate analysis, Statistics, Econometrics, Environmental science, Mathematics, Materials science

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