Characterization and Classification of Soils in Agroecosystems in a Moist Enclave in Northeastern Brazil

Modern times have required studies that take into account the main soil features, aligning the use of land with the protection of more sensitive environments. From this perspective, this study aimed to perform a morphological description and determine the physical and chemical attributes for soil cl...

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Veröffentlicht in:Land (Basel) 2023-10, Vol.12 (10), p.1881
Hauptverfasser: Farias, Phâmella Kalliny Pereira, Portela, Jeane Cruz, Batista, Rafael Oliveira, da Costa, Joseane Dunga, Gondim, Joaquim Emanuel Fernandes, de Matos, Geisiane Xavier, Mota, Paulo Jardel, Silva, Eulene Francisco da, Oliveira, Francisco de Assis de, Pereira, Joaquim Odilon, Bandeira, Diego José da Costa, do Nascimento, Claudeone Manoel, de Souza, Rauny Oliveira, Dantas, Matias de Souza, Dantas Moniz, Tiago da Costa, Araujo, Antonio Genilson Rodrigues
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Sprache:eng
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Zusammenfassung:Modern times have required studies that take into account the main soil features, aligning the use of land with the protection of more sensitive environments. From this perspective, this study aimed to perform a morphological description and determine the physical and chemical attributes for soil classification in the community of Poção, located in the municipality of Martins/RN, by highlighting the more sensitive attributes in the differentiation of environments through multivariate analysis. Nine soil profiles were identified to perform the morphological description and collect samples for physical and chemical analyses. The study updates the soil classes found in the study area: Acrisols, Planosols, and Cambisols, with the relief being the main factor responsible for the difference between soil attributes. The influence of organic matter on the soil attributes highlights the importance of its maintenance. Aluminum and the clay fraction are responsible for the distinction of the Acrisol class, whereas silt, potassium sodium, total organic carbon, the electrical conductivity of the saturation extract, and the cation exchange capacity allow the differentiation of Fluvisols.
ISSN:2073-445X
2073-445X
DOI:10.3390/land12101881