Modelling effective soil depth at field scale from soil sensors and geomorphometric indices
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Fecha
01/01/2017 (publicación)
27/04/2018 (carga)
Editor
Journal Title
Volume Title
Editorial
Resumen
The effective soil depth (ESD) affects both dynamic of hydrology and plant growth. In the southeast of Buenos Aires province, the presence of petrocalcic horizon constitutes a limitation to ESD. The aim of this study was to develop a statistic model to predict spatial patterns of ESD using apparent electrical conductivity at two depths: 0-30 (ECa_30) and 0-90 (ECa_90) and geomorphometric indices. To do this, a Random Forest (RF) analysis was applied. RF was able to select those variables accordi... Ver más
Unidad de Investigacion
EEA Barrow
EEA Balcarce
EEA Balcarce
Description
Sponsors
Keywords
Suelo, Soil, Hidrología, Hydrology, Geomorfología, Geomorphology
Citation
Fuente
Acta Agronómica 66 (2) : 228-234. (2017)
Journal ISSN
0120-2812
2323-0118
2323-0118
ISBN
Licencia CC
http://creativecommons.org/licenses/by-nc-sa/4.0/
Tipología INTA
Científico
Tipo de recurso
Artículo