Javier Arellano Verdejo, Hugo Enrique Lazcano Hernández, Nancy Cabanillas Teran,
2019
Publicado con arbitraje
ERISNet: deep neural network for Sargassum detection along the coastline of the Mexican Caribbean
PeerJ 7:e6842
https://doi.org/10.7717/peerj.6842
CIENCIAS DE LA TIERRA Y EL COSMOS
OTRAS ESPECIALIDADES EN MATERIA DE CIENCIAS DE LA TIERRA DEL COSMOS Y DEL MEDIO AMBIENTE
Recently, Caribbean coasts have experienced atypical massive arrivals of pelagic Sargassum with negative consequences both ecologically and economically. Based on deep learning techniques, this study proposes a novel algorithm for floating and accumulated pelagic Sargassum detection along the coastline of Quintana Roo, Mexico. Using convolutional and recurrent neural networks architectures, a deep neural network (named ERISNet) was designed specifically to detect these macroalgae along the coastline through remote sensing support. A new dataset which includes pixel values with and without Sargassum was built to train and test ERISNet. Aqua-MODIS imagery was used to build the dataset. After the learning process, the designed algorithm achieves a 90% of probability in its classification skills. ERISNet provides a novel insight to detect accurately algal blooms arrivals.