Chemical Properties that Determine Boron Availability in Sugar Cane Soils

Contenido principal del artículo

Yakelin Cobo Vidal
Elio Angarica Baró
George Martín Gutiérrez
Adrián Serrano Gutierrez
Juan Alejandro Villazón Gómez
Alegna Rodríguez Fajardo

Resumen

Context: Several factors are limiting the behavior and dynamics of boron (B) in the soil. Few results on assimilable B contents in the soil and its relation to other chemical properties have been published.


Objective: To determine the contents of assimilable B and the chemical properties that condition its availability in three of the main soil types where sugar cane is cultivated.


Methods: The samples were taken at random from the surface (0-20 cm) of three of the main soil types where sugar cane is cultivated in Cuba. Soil assimilable B was determined by extraction with hot water. Classification of assimilable boron concentration relied on category ranges set up by Agrolab, (2005): low (˂0.5 mg kg-1), mid (0.5 a 2.0 mg kg-1), and high (˃2.0 mg kg-1).


Results: The concentration of assimilable B varied according to the soil type, with a high dependence on chemical properties.


Conclusions: The B contents was highly dependent on variables K2O, P2O5, Mg+ and Na+. The average B concentration was within mid-range values in vertisols and low in brown and ferralitic soils, with high variability. The contents of assimilable B should be further studied, along with the effect of limiting chemical, physical, and biological factors on the soil.

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Cómo citar
Cobo Vidal, Y., Angarica Baró, E., Martín Gutiérrez, G., Serrano Gutierrez, A., Villazón Gómez, J. A., & Rodríguez Fajardo, A. (2019). Chemical Properties that Determine Boron Availability in Sugar Cane Soils. Agrisost, 25(2), 1–5. https://doi.org/10.5281/zenodo.10014788
Sección
Manejo Sostenible de Tierras

Citas

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