Ventana de aplicación de plaguicidas en huertos de arándano (Vaccinium sp.) de la zona de Los Ángeles, Chile

The objectives of this work were to establish non-polluting pesticide application windows (VAP), that is the existence and size of appropriate daily periods to apply pesticides, for blueberry (Vaccinium sp.) orchards located in the Los Angeles area (37º28’ S. lat., 72º23’ W long.), Bio-Bio province,...

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Autores principales: Hetz,Edmundo, Saavedra,Mauricio, Venegas,Alejandro, López,Marco
Lenguaje:Spanish / Castilian
Publicado: Instituto de Investigaciones Agropecuarias, INIA 2004
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Acceso en línea:http://www.scielo.cl/scielo.php?script=sci_arttext&pid=S0365-28072004000400006
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spelling oai:scielo:S0365-280720040004000062005-05-27Ventana de aplicación de plaguicidas en huertos de arándano (Vaccinium sp.) de la zona de Los Ángeles, ChileHetz,EdmundoSaavedra,MauricioVenegas,AlejandroLópez,Marco spraying appropriate days pollution probabilities pulverización días apropiados contaminación probabilidades The objectives of this work were to establish non-polluting pesticide application windows (VAP), that is the existence and size of appropriate daily periods to apply pesticides, for blueberry (Vaccinium sp.) orchards located in the Los Angeles area (37º28’ S. lat., 72º23’ W long.), Bio-Bio province, Chile; to compare them with the time demands of the annual spraying schedule, the effective work capacity (CET) of the air blast sprayers available in the market, and the area of the orchards. To achieve these objectives a 21-year daily meteorological database that included daily rainfall, wind speed, temperature and relative humidity was probabilistically processed. The results showed that there are enough appropriate days to carry out these applications, even at high probability levels (mean = 16.3 days month-1; range = 13.3-20.5 days month-1). The months with the larger number of appropriate days were March (20.5) and April (17.9); this time decreases greatly in January (13.3), December (13.4) and February (14.4) due to high temperatures and wind speed, and in May (15.0), June (15.6) and July (16.3) due to high rainfall. The comparison of the applications schedule with the magnitude of the VAP shows an adequate relationship between them. Given the magnitude of the VAP windows, the individual CET of the air blast sprayers (0.36-0.98 ha h-1) and the area of the majority of the blueberry orchards (< 10 ha), it can be concluded that the applications can be carried out in a timely way during the existing VAP.info:eu-repo/semantics/openAccessInstituto de Investigaciones Agropecuarias, INIAAgricultura Técnica v.64 n.4 20042004-10-01text/htmlhttp://www.scielo.cl/scielo.php?script=sci_arttext&pid=S0365-28072004000400006es10.4067/S0365-28072004000400006
institution Scielo Chile
collection Scielo Chile
language Spanish / Castilian
topic spraying
appropriate days
pollution
probabilities
pulverización
días apropiados
contaminación
probabilidades
spellingShingle spraying
appropriate days
pollution
probabilities
pulverización
días apropiados
contaminación
probabilidades
Hetz,Edmundo
Saavedra,Mauricio
Venegas,Alejandro
López,Marco
Ventana de aplicación de plaguicidas en huertos de arándano (Vaccinium sp.) de la zona de Los Ángeles, Chile
description The objectives of this work were to establish non-polluting pesticide application windows (VAP), that is the existence and size of appropriate daily periods to apply pesticides, for blueberry (Vaccinium sp.) orchards located in the Los Angeles area (37º28’ S. lat., 72º23’ W long.), Bio-Bio province, Chile; to compare them with the time demands of the annual spraying schedule, the effective work capacity (CET) of the air blast sprayers available in the market, and the area of the orchards. To achieve these objectives a 21-year daily meteorological database that included daily rainfall, wind speed, temperature and relative humidity was probabilistically processed. The results showed that there are enough appropriate days to carry out these applications, even at high probability levels (mean = 16.3 days month-1; range = 13.3-20.5 days month-1). The months with the larger number of appropriate days were March (20.5) and April (17.9); this time decreases greatly in January (13.3), December (13.4) and February (14.4) due to high temperatures and wind speed, and in May (15.0), June (15.6) and July (16.3) due to high rainfall. The comparison of the applications schedule with the magnitude of the VAP shows an adequate relationship between them. Given the magnitude of the VAP windows, the individual CET of the air blast sprayers (0.36-0.98 ha h-1) and the area of the majority of the blueberry orchards (< 10 ha), it can be concluded that the applications can be carried out in a timely way during the existing VAP.
author Hetz,Edmundo
Saavedra,Mauricio
Venegas,Alejandro
López,Marco
author_facet Hetz,Edmundo
Saavedra,Mauricio
Venegas,Alejandro
López,Marco
author_sort Hetz,Edmundo
title Ventana de aplicación de plaguicidas en huertos de arándano (Vaccinium sp.) de la zona de Los Ángeles, Chile
title_short Ventana de aplicación de plaguicidas en huertos de arándano (Vaccinium sp.) de la zona de Los Ángeles, Chile
title_full Ventana de aplicación de plaguicidas en huertos de arándano (Vaccinium sp.) de la zona de Los Ángeles, Chile
title_fullStr Ventana de aplicación de plaguicidas en huertos de arándano (Vaccinium sp.) de la zona de Los Ángeles, Chile
title_full_unstemmed Ventana de aplicación de plaguicidas en huertos de arándano (Vaccinium sp.) de la zona de Los Ángeles, Chile
title_sort ventana de aplicación de plaguicidas en huertos de arándano (vaccinium sp.) de la zona de los ángeles, chile
publisher Instituto de Investigaciones Agropecuarias, INIA
publishDate 2004
url http://www.scielo.cl/scielo.php?script=sci_arttext&pid=S0365-28072004000400006
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