Please use this identifier to cite or link to this item: http://repositorio.ufla.br/jspui/handle/1/14200
metadata.revistascielo.dc.title: STAND-LEVEL PROGNOSIS OF EUCALYPTUS CLONES USING ARTIFICIAL NEURAL NETWORKS
metadata.revistascielo.dc.creator: Binoti, Mayra Luiza Marques da Silva
Leite, Helio Garcia
Binoti, Daniel Henrique Breda
Gleriani, José Marinaldo
metadata.revistascielo.dc.subject: Modeling forest growth and yield, approximation of functions, unthinned stands.
metadata.revistascielo.dc.publisher: CERNE
CERNE
metadata.revistascielo.dc.date: 7-Apr-2016
metadata.revistascielo.dc.identifier: http://www.cerne.ufla.br/site/index.php/CERNE/article/view/1044
metadata.revistascielo.dc.description: The objective of this study was to train, implement and evaluate the efficiency of artificial neural networks (ANN) to perform production prognosis of even-aged stands of eucalyptus clones. The data used were from plantations located in southern Bahia, totaling about 2,000 acres of forest. Numeric variables, such as age, basal area, volume and categorical variables, such as soil class texture, spacing, land relief, project and clone were used. The data were randomly divided into two groups: training (80%) and generalization (20%). Three types of networks were trained: perceptron, multilayer perceptron networks and radial basis function. The RNA that showed the best performance in training and generalization were selected to perform the prognosis with data from the first forest inventory. We conclude that the RNA had satisfactory results, showing the potential and applicability of the technique in solving measurement and forest management problems.
metadata.revistascielo.dc.language: eng
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