Evaluation of AquaCrop model for optimal and deficit irrigation conditions on Phaseolus vulgaris

The investigation was developed during the months of January until April of 2017, with the objective of evaluating the behavior of the pattern AquaCrop in the simulation of the agricultural yield of the dry bean crop under variables conditions of availability water. The investigation area belongs t...

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Autores principales: Norge Tornés Olivera, Yarisbel Gómez Masjuan, Toni Boicet Fabré, Oscar Brown Manrique
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Publicado: Universidad Central "Marta Abreu" de Las Villas 2021
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spelling oai:doaj.org-article:a0a4c74a7d294ef6a9862402fb6a66e82021-11-16T14:49:30ZEvaluation of AquaCrop model for optimal and deficit irrigation conditions on Phaseolus vulgaris0253-57852072-2001https://doaj.org/article/a0a4c74a7d294ef6a9862402fb6a66e82021-04-01T00:00:00Zhttp://cagricola.uclv.edu.cu/index.php/es/volumen-48-2021/no-2-abr-jun-2021/1292-evaluacion-del-modelo-aquacrop-en-condiciones-de-riego-optimo-y-deficitario-en-phaseolus-vulgarishttps://doaj.org/toc/0253-5785https://doaj.org/toc/2072-2001The investigation was developed during the months of January until April of 2017, with the objective of evaluating the behavior of the pattern AquaCrop in the simulation of the agricultural yield of the dry bean crop under variables conditions of availability water. The investigation area belongs to the Cooperativa de Créditos y Servicios (CCS) Clemente Ramos, municipality of Bayamo, Granma province, which is located at the 20° 22' 57,1" of Latitude N and at 76° 38' 16,4" Longitude O, with a height of 52,50 msnm. A randomized experiment design was utilized, with three variants and three repetitions. The experimental variants were, mark of plantation of 0,07*0,7 m and 100 % of the evapotranspiration demand, mark of plantation of 0,07*0,7 m and 80 % of the evapotranspiration demand, mark of plantation of 0,05*0,55 m and 100 % of the evapotranspiration demand. The model simulated the canopy cover acceptably, when being achieved values of R2 (0,94; 0,94 and 0,92) and values of d (0,87; 0,77 and 0,73) for the three variants, while the values achieved in the simulation of air dry biomass under limitation conditions, alone they were acceptable the R2 0,99 and d 0,72 in the variant 1. The agricultural yield was simulated from an acceptable way when being achieved R2 98,88 and EAM 0,044. Norge Tornés OliveraYarisbel Gómez MasjuanToni Boicet FabréOscar Brown ManriqueUniversidad Central "Marta Abreu" de Las Villasarticleavailability watercommon beanagricultural yieldsimulationAgriculture (General)S1-972Plant ecologyQK900-989ESCentro Agrícola, Vol 48, Iss 2, Pp 37-46 (2021)
institution DOAJ
collection DOAJ
language ES
topic availability water
common bean
agricultural yield
simulation
Agriculture (General)
S1-972
Plant ecology
QK900-989
spellingShingle availability water
common bean
agricultural yield
simulation
Agriculture (General)
S1-972
Plant ecology
QK900-989
Norge Tornés Olivera
Yarisbel Gómez Masjuan
Toni Boicet Fabré
Oscar Brown Manrique
Evaluation of AquaCrop model for optimal and deficit irrigation conditions on Phaseolus vulgaris
description The investigation was developed during the months of January until April of 2017, with the objective of evaluating the behavior of the pattern AquaCrop in the simulation of the agricultural yield of the dry bean crop under variables conditions of availability water. The investigation area belongs to the Cooperativa de Créditos y Servicios (CCS) Clemente Ramos, municipality of Bayamo, Granma province, which is located at the 20° 22' 57,1" of Latitude N and at 76° 38' 16,4" Longitude O, with a height of 52,50 msnm. A randomized experiment design was utilized, with three variants and three repetitions. The experimental variants were, mark of plantation of 0,07*0,7 m and 100 % of the evapotranspiration demand, mark of plantation of 0,07*0,7 m and 80 % of the evapotranspiration demand, mark of plantation of 0,05*0,55 m and 100 % of the evapotranspiration demand. The model simulated the canopy cover acceptably, when being achieved values of R2 (0,94; 0,94 and 0,92) and values of d (0,87; 0,77 and 0,73) for the three variants, while the values achieved in the simulation of air dry biomass under limitation conditions, alone they were acceptable the R2 0,99 and d 0,72 in the variant 1. The agricultural yield was simulated from an acceptable way when being achieved R2 98,88 and EAM 0,044.
format article
author Norge Tornés Olivera
Yarisbel Gómez Masjuan
Toni Boicet Fabré
Oscar Brown Manrique
author_facet Norge Tornés Olivera
Yarisbel Gómez Masjuan
Toni Boicet Fabré
Oscar Brown Manrique
author_sort Norge Tornés Olivera
title Evaluation of AquaCrop model for optimal and deficit irrigation conditions on Phaseolus vulgaris
title_short Evaluation of AquaCrop model for optimal and deficit irrigation conditions on Phaseolus vulgaris
title_full Evaluation of AquaCrop model for optimal and deficit irrigation conditions on Phaseolus vulgaris
title_fullStr Evaluation of AquaCrop model for optimal and deficit irrigation conditions on Phaseolus vulgaris
title_full_unstemmed Evaluation of AquaCrop model for optimal and deficit irrigation conditions on Phaseolus vulgaris
title_sort evaluation of aquacrop model for optimal and deficit irrigation conditions on phaseolus vulgaris
publisher Universidad Central "Marta Abreu" de Las Villas
publishDate 2021
url https://doaj.org/article/a0a4c74a7d294ef6a9862402fb6a66e8
work_keys_str_mv AT norgetornesolivera evaluationofaquacropmodelforoptimalanddeficitirrigationconditionsonphaseolusvulgaris
AT yarisbelgomezmasjuan evaluationofaquacropmodelforoptimalanddeficitirrigationconditionsonphaseolusvulgaris
AT toniboicetfabre evaluationofaquacropmodelforoptimalanddeficitirrigationconditionsonphaseolusvulgaris
AT oscarbrownmanrique evaluationofaquacropmodelforoptimalanddeficitirrigationconditionsonphaseolusvulgaris
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