Field design to reduce water erosion in soils at the Guatemalan sugar agroindustry

Authors

  • Jorge Andrés Robles Rivera Ingeniero Agrónomo, M.Sc. GIRH, ERIS-USAC, Guatemala

Keywords:

Hillside ditches, surface runoff, soil conservation, watershed geographic information systems

Abstract

The following publication describes the design criteria for the construction of soil conservation measures and the
experiences obtained, from a technical-scientific point of view that search a better management of the soils in the
area. Study that was carried out thanks to the support of Ingenio La Unión, Private Research Institute on Climate
Change, Guatemalan Center for Research and Training of Sugarcane. The basic criteria for the design of soil
conservation structures in these areas consider the historical record of precipitation area, the topography and the
soil conditions. The results obtained in areas with soil conservation design, erosion rates of 0.0 T/ha at 7.8 T/ha in
three months evaluated, therefore it does not perceive a net erosion greater than the natural or slight erosion (<10
T/ha/year, FAO 1981); getting volume of 2.9 m3 a 56.0 m3 corresponding to 2.15 % and 12.0 % of the total capacity
of evaluated ditches, showing in this way that slope ditches are soil conservation structures, which can be considered
as alternatives in the direction and conservation of soils in the high and middle parts of the guatemalan sugarcane
area.

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References

Dumas Salazar, Á. 2012. Riesgo de erosión hídrica enla cuenca hidrográfica del río Mundo. TesisMSc. TIC. España, Universidad Complutensede Madrid. 48 p.

FAO (Organización de las Naciones Unidas para laAlimentación y la Agricultura). (1981).Metodología provisional para la evaluación dela degradación de los suelos. Memoria ymapas. Roma, Italia. 83 p.

García-Chevesich, P. 2005. Changes on soil resourcesfollowing the historical Rodeo-Chediski wildfirein Arizona. M. Sc. Thesis. WatershedManagement. School of Natural Resources.The University of Arizona. 87 p.

ICC (Instituto Privado de Investigación sobre CambioClimático, GT). (2016). Riesgo potencial aerosión hídrica para la planificación del manejoy conservación de suelos de la agroindustriaazucarera guatemalteca. Guatemala. 15 p.

MARN (Ministerio de Ambiente y Recursos Naturales,GT). 2009. Informe ambiental del estado: GEOGuatemala, Guatemala, MARN. 286 p.

Morgan, R. 2005. Soil erosion and conservation.National Soil Resources Institute. CranfieldUniversity. Blackwell Science Ltd. Oxford, UK.304 p.

Robles Rivera, J. A. (2016). Informe de los resultadosobtenidos en obras de conservación de suelosen las fincas Belen y Cristóbal. Escuintla, GT.Ingenio La Unión. Departamento de IngenieríaAgricola.

Villón B., Máximo. (2006). Drenaje. Ciudad de CostaRica. Editorial Tecnológica de Costa Rica. 1era. Edición. 544p

Published

2018-12-31

How to Cite

Robles Rivera, J. A. (2018). Field design to reduce water erosion in soils at the Guatemalan sugar agroindustry. Agua, Saneamiento & Ambiente, 13(1), 98–103. Retrieved from https://revistas.usac.edu.gt/index.php/asa/article/view/1243

Issue

Section

Scientific Articles