de Souza Vieira, Giselly LeniseMoutinho da Ponte, Márcio JoséPereira Moutinho, Victor HugoJardim-Gonçalves, RicardoPantoja Lima, Celsonde Albuquerque Vinagre, Marco Valério2023-02-022023-02-022022-071971-7458PURE: 51559505PURE UUID: a272754a-5ef1-48d4-b315-46da1abce89bScopus: 85134510985WOS: 000827930800001http://hdl.handle.net/10362/148593Publisher Copyright: © SISEF.The identification of Amazonian timber species is a complex problem due to their great diversity and the lack of leaf material in the post-harvest inspec-tion often hampers a correct recognition of the wood species. In this context, we developed a pattern recognition system of wood images to identify com-monly traded species, with the aim of increasing the accuracy and efficiency of current identification methods. We used ten different species with three polishing treatments and twenty images for each wood species. As for the image recognition system, the textural segmentation associated with Haralick characteristics and classified by Artificial Neural Networks was used. We veri-fied that the improvement of sandpaper granulometry increased the accuracy of species recognition. The developed model based on linear regression achieved a recognition rate of 94% in the training phase, and a post-training recognition rate of 65% for wood treated with 120-grit sandpaper mesh. We concluded that the wood pattern recognition model presented has the potential to correctly identify the wood species studied.6908292engAmazonArtificial Neural NetworksDigital Image ProcessingPattern RecognitionTechnologyWood IdentificationForestryEcologyNature and Landscape Conservationjournal article10.3832/ifor3906-015https://www.scopus.com/pages/publications/85134510985