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The Cerrado is the largest vegetation formation in South America, covering just over 2 million km (2). Of the 203.4 million hectares of Cerrado, which represent around 24% of the entire Brazilian territory, half has been lost to practices such as unbridled grain production, extensive cattle ranching, energy generation and infrastructure. With 5.9% of the Brazilian Cerrado, the state of Piaui suffers from deforestation for agricultural exploitation. In this context, this book used Remote Sensing and Image Data Mining techniques applied to Landsat 5 satellite images to carry out a Temporal Analysis of the growth in the replacement of native vegetation in favor of agribusiness in the Piaui municipalities of Urucui and Bom Jesus and the consequent socio-environmental impacts caused by this practice on the Piaui Cerrado. The analysis showed a marked increase in land use in the areas under study, which led to the conclusion that the use of these techniques is a viable alternative for monitoring the processes of replacing native vegetation and assessing the socio-environmental damage caused by this practice.
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The Cerrado is the largest vegetation formation in South America, covering just over 2 million km (2). Of the 203.4 million hectares of Cerrado, which represent around 24% of the entire Brazilian territory, half has been lost to practices such as unbridled grain production, extensive cattle ranching, energy generation and infrastructure. With 5.9% of the Brazilian Cerrado, the state of Piaui suffers from deforestation for agricultural exploitation. In this context, this book used Remote Sensing and Image Data Mining techniques applied to Landsat 5 satellite images to carry out a Temporal Analysis of the growth in the replacement of native vegetation in favor of agribusiness in the Piaui municipalities of Urucui and Bom Jesus and the consequent socio-environmental impacts caused by this practice on the Piaui Cerrado. The analysis showed a marked increase in land use in the areas under study, which led to the conclusion that the use of these techniques is a viable alternative for monitoring the processes of replacing native vegetation and assessing the socio-environmental damage caused by this practice.