Generation of soil maps permeability. Case study in two cantons of Loja province, Ecuador

Abstract The generation of permeability maps is based on the analysis and interpretation of geology, environmental morphology, land use, and slope, which enables the selection of sampling areas with similar characteristics. The method represents the integration of the physical characteristics of the study area and then determines the infiltration capacity differences in the most representative geopedologic units. In determining the basic data, minidisc infiltrometers were used to perform seventy-two infiltration tests in different types of soils with varying organic matter content, texture, soil structure, and vegetation cover, which showed the spatial variability that exists in two cantons of Loja province, Ecuador. In addition, it was observed that the infiltration rate depended mainly on the content of the organic matter in the soil and is consistent with information collected on permeability worldwide. In this study, generated pedotransfer function (FTP) coefficient of determination R. 0.78, the determination of the coefficient indicates a satisfactory estimate of the permeability with the variables that were analyzed; in addition, the methodology for assessing the permeability was suitable for the conditions of this investigation. For this reason, the method described here should be tested in other areas of the country with a greater number of field trials and with more variable contents of organic matter and soil textural classes.

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Main Authors: Espinosa Marín,Jorge Andrés, Rivera,Diego, Haro Prado,Renato
Format: Digital revista
Language:English
Published: Universidad Central del Ecuador 2023
Online Access:http://scielo.senescyt.gob.ec/scielo.php?script=sci_arttext&pid=S2477-88502023000100014
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spelling oai:scielo:S2477-885020230001000142023-07-10Generation of soil maps permeability. Case study in two cantons of Loja province, EcuadorEspinosa Marín,Jorge AndrésRivera,DiegoHaro Prado,Renato pedotransfer GIS soil mapping soil physical properties permeability Abstract The generation of permeability maps is based on the analysis and interpretation of geology, environmental morphology, land use, and slope, which enables the selection of sampling areas with similar characteristics. The method represents the integration of the physical characteristics of the study area and then determines the infiltration capacity differences in the most representative geopedologic units. In determining the basic data, minidisc infiltrometers were used to perform seventy-two infiltration tests in different types of soils with varying organic matter content, texture, soil structure, and vegetation cover, which showed the spatial variability that exists in two cantons of Loja province, Ecuador. In addition, it was observed that the infiltration rate depended mainly on the content of the organic matter in the soil and is consistent with information collected on permeability worldwide. In this study, generated pedotransfer function (FTP) coefficient of determination R. 0.78, the determination of the coefficient indicates a satisfactory estimate of the permeability with the variables that were analyzed; in addition, the methodology for assessing the permeability was suitable for the conditions of this investigation. For this reason, the method described here should be tested in other areas of the country with a greater number of field trials and with more variable contents of organic matter and soil textural classes.info:eu-repo/semantics/openAccessUniversidad Central del EcuadorSiembra v.10 n.1 20232023-06-01info:eu-repo/semantics/articletext/htmlhttp://scielo.senescyt.gob.ec/scielo.php?script=sci_arttext&pid=S2477-88502023000100014en10.29166/siembra.v10i1.4321
institution SCIELO
collection OJS
country Ecuador
countrycode EC
component Revista
access En linea
databasecode rev-scielo-ec
tag revista
region America del Sur
libraryname SciELO
language English
format Digital
author Espinosa Marín,Jorge Andrés
Rivera,Diego
Haro Prado,Renato
spellingShingle Espinosa Marín,Jorge Andrés
Rivera,Diego
Haro Prado,Renato
Generation of soil maps permeability. Case study in two cantons of Loja province, Ecuador
author_facet Espinosa Marín,Jorge Andrés
Rivera,Diego
Haro Prado,Renato
author_sort Espinosa Marín,Jorge Andrés
title Generation of soil maps permeability. Case study in two cantons of Loja province, Ecuador
title_short Generation of soil maps permeability. Case study in two cantons of Loja province, Ecuador
title_full Generation of soil maps permeability. Case study in two cantons of Loja province, Ecuador
title_fullStr Generation of soil maps permeability. Case study in two cantons of Loja province, Ecuador
title_full_unstemmed Generation of soil maps permeability. Case study in two cantons of Loja province, Ecuador
title_sort generation of soil maps permeability. case study in two cantons of loja province, ecuador
description Abstract The generation of permeability maps is based on the analysis and interpretation of geology, environmental morphology, land use, and slope, which enables the selection of sampling areas with similar characteristics. The method represents the integration of the physical characteristics of the study area and then determines the infiltration capacity differences in the most representative geopedologic units. In determining the basic data, minidisc infiltrometers were used to perform seventy-two infiltration tests in different types of soils with varying organic matter content, texture, soil structure, and vegetation cover, which showed the spatial variability that exists in two cantons of Loja province, Ecuador. In addition, it was observed that the infiltration rate depended mainly on the content of the organic matter in the soil and is consistent with information collected on permeability worldwide. In this study, generated pedotransfer function (FTP) coefficient of determination R. 0.78, the determination of the coefficient indicates a satisfactory estimate of the permeability with the variables that were analyzed; in addition, the methodology for assessing the permeability was suitable for the conditions of this investigation. For this reason, the method described here should be tested in other areas of the country with a greater number of field trials and with more variable contents of organic matter and soil textural classes.
publisher Universidad Central del Ecuador
publishDate 2023
url http://scielo.senescyt.gob.ec/scielo.php?script=sci_arttext&pid=S2477-88502023000100014
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