INVESTIGADORES
GOMEZ VILLAFAÑE Isabel Elisa
artículos
Título:
Experimental assessment of rodent control on two poultry farms of central Argentina
Autor/es:
GÓMEZ VILLAFAÑE, ISABEL; MIÑARRO, FERNANDO; VALENZUELA, LUCIANO; BILENCA, DAVID
Revista:
JOURNAL OF APPLIED POULTRY RESEARCH
Editorial:
POULTRY SCIENCE ASSOC INC
Referencias:
Año: 2009 vol. 18 p. 622 - 629
ISSN:
1056-6171
Resumen:
We experimentally assessed the effect of controlling vegetation height along farm perimeters
on the abundance of rodents in 2 broiler poultry farms in central Argentina. We carried out an
experimental design based on the before-after?control-impact method. After vegetation treatments,
there was a significant decrease in rodent abundance at the perimeter of the farm with
control of vegetation height because of the reduction of the Pampean grassland mouse Akodon
azarae. In poultry houses, there was a significant decrease in rodent abundance on nonaffected
farms because of the reduction of the commensal house mouse Mus musculus domesticus, possibly
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
farms because of the reduction of the commensal house mouse Mus musculus domesticus, possibly
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
farms because of the reduction of the commensal house mouse Mus musculus domesticus, possibly
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
azarae. In poultry houses, there was a significant decrease in rodent abundance on nonaffected
farms because of the reduction of the commensal house mouse Mus musculus domesticus, possibly
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
farms because of the reduction of the commensal house mouse Mus musculus domesticus, possibly
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
farms because of the reduction of the commensal house mouse Mus musculus domesticus, possibly
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
azarae. In poultry houses, there was a significant decrease in rodent abundance on nonaffected
farms because of the reduction of the commensal house mouse Mus musculus domesticus, possibly
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
farms because of the reduction of the commensal house mouse Mus musculus domesticus, possibly
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
farms because of the reduction of the commensal house mouse Mus musculus domesticus, possibly
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
Akodon
azarae. In poultry houses, there was a significant decrease in rodent abundance on nonaffected
farms because of the reduction of the commensal house mouse Mus musculus domesticus, possibly
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
farms because of the reduction of the commensal house mouse Mus musculus domesticus, possibly
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
farms because of the reduction of the commensal house mouse Mus musculus domesticus, possibly
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
. In poultry houses, there was a significant decrease in rodent abundance on nonaffected
farms because of the reduction of the commensal house mouse Mus musculus domesticus, possibly
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.
Mus musculus domesticus, possibly
because of a major collocation of rodenticide. Our results indicate that both the control of
vegetation growth at the perimeters and the appropriate timing of rodenticide applications are
effective measures for rodent control on broiler poultry farms when both control measures are
applied simultaneously. We achieved effective rodent control through an understanding of the
habitat use and population dynamics of the species involved and the characteristics of the area
where the control program would be applied.