A method for the evaluation of mouse control using tamper-proof mouse bait stations was developed and efficacy trials conducted to determine if house mice (Mus musculus) would visit and consume rodenticidal baits located within these stations. All stations were rapidly investigated by mice. Variation seen between the individual stations related to animal variation and did not appear to be related to differences in the stations themselves. Station placement was more critical to mouse investigation and subsequent bait consumption from the station than were the various features used to prohibit nontarget access
Commensal rodents, including the house mouse (Mus musculus L.), pose a substantial risk of damage an...
In 1918 the first device of this kind was designed near Winchester, Virginia. In 1973 we introduced ...
CONCLUSIONS (1) Exterior house mice (M- musculus) were the source (SOS) of 90% or more of the potent...
A method for the evaluation of mouse control using tamper-proof mouse bait stations was developed an...
Several researchers have established a link between the presence of house mouse (Mus domesticus) inf...
Tamper-resistant rodenticide bait containers are used extensively around the world for a multitude o...
This NebGuide describes the design and safe use of bait stations for rat and mouse control. It inclu...
To achieve successful control of an infestation of house mice, one must attempt to interpret the beh...
In New Zealand, mice are a pest of conservation and economic importance. The work presented here was...
This paper discusses the development of site-specific baiting technology for controlling the house m...
This paper discusses the development of site-specific baiting technology for controlling the house m...
Field research was conducted from Purdue University during 1991 to 1993 to examine some aspects of t...
Enclosed and insulated commercial poultry buildings provide ideal habitat for supporting unusually l...
We compared the quantity of wheat bait consumed by Norway rats (Rattus norvegicus) from: (i) wooden ...
Roof rats and deer mice are occasional pests of orchard crops throughout the world. The application ...
Commensal rodents, including the house mouse (Mus musculus L.), pose a substantial risk of damage an...
In 1918 the first device of this kind was designed near Winchester, Virginia. In 1973 we introduced ...
CONCLUSIONS (1) Exterior house mice (M- musculus) were the source (SOS) of 90% or more of the potent...
A method for the evaluation of mouse control using tamper-proof mouse bait stations was developed an...
Several researchers have established a link between the presence of house mouse (Mus domesticus) inf...
Tamper-resistant rodenticide bait containers are used extensively around the world for a multitude o...
This NebGuide describes the design and safe use of bait stations for rat and mouse control. It inclu...
To achieve successful control of an infestation of house mice, one must attempt to interpret the beh...
In New Zealand, mice are a pest of conservation and economic importance. The work presented here was...
This paper discusses the development of site-specific baiting technology for controlling the house m...
This paper discusses the development of site-specific baiting technology for controlling the house m...
Field research was conducted from Purdue University during 1991 to 1993 to examine some aspects of t...
Enclosed and insulated commercial poultry buildings provide ideal habitat for supporting unusually l...
We compared the quantity of wheat bait consumed by Norway rats (Rattus norvegicus) from: (i) wooden ...
Roof rats and deer mice are occasional pests of orchard crops throughout the world. The application ...
Commensal rodents, including the house mouse (Mus musculus L.), pose a substantial risk of damage an...
In 1918 the first device of this kind was designed near Winchester, Virginia. In 1973 we introduced ...
CONCLUSIONS (1) Exterior house mice (M- musculus) were the source (SOS) of 90% or more of the potent...