To register veterinary medicinal products (VMPs) as parasiticides on pastured animals, legislation in the European Union requires an environmental risk assessment to test the potential nontarget effects of fecal residues on dung-dwelling organisms. Products with adverse effects in single-species laboratory tests require further, higher-tier testing to assess the extent of these effects on entire communities of dung-dwelling organisms under more realistic field or semifield conditions. Currently, there are no documents specifically written to assist researchers in conducting higher-tier tests or to assist regulators in interpreting the results of such tests in an appropriate context. Here we provide such a document, written by members of the...
Parasiticides are veterinary pharmaceuticals very frequently used in pasture animals. Particularly s...
The spread of veterinary medicinal products (VMP) and biocides onto agriculturally used areas repres...
The insecticidal properties of many anthelmintics pose a risk to dung fauna through the effects of d...
To register veterinary medicinal products (VMPs) as parasiticides on pastured animals, legislation i...
To register veterinary medicinal products (VMPs) as parasiticides on pastured animals, legislation i...
Registration of veterinary medical products includes the provision that field tests may be required ...
The application of veterinary medical products to livestock can impact soil organisms in manure-amen...
Residues of veterinary parasiticides in dung of treated livestock have nontarget effects on dung-bre...
All veterinary medicines have to undergo a rigorous environmental risk assessment before gaining a m...
The authorization of veterinary medicinal products requires that they be assessed for nontarget effe...
By degrading the dung of livestock that graze on pastures, coprophilous arthropods accelerate the cy...
International audienceAccording to European Union recommendations, a test method has been developed ...
According to European Union recommendations, a test method has been developed to evaluate the effec...
Invertebrates associated with livestock dung provide a valuable ecosystem service of dung decomposit...
Veterinary medical product residues can cause severe damage in the dung ecosystem. Depending on the ...
Parasiticides are veterinary pharmaceuticals very frequently used in pasture animals. Particularly s...
The spread of veterinary medicinal products (VMP) and biocides onto agriculturally used areas repres...
The insecticidal properties of many anthelmintics pose a risk to dung fauna through the effects of d...
To register veterinary medicinal products (VMPs) as parasiticides on pastured animals, legislation i...
To register veterinary medicinal products (VMPs) as parasiticides on pastured animals, legislation i...
Registration of veterinary medical products includes the provision that field tests may be required ...
The application of veterinary medical products to livestock can impact soil organisms in manure-amen...
Residues of veterinary parasiticides in dung of treated livestock have nontarget effects on dung-bre...
All veterinary medicines have to undergo a rigorous environmental risk assessment before gaining a m...
The authorization of veterinary medicinal products requires that they be assessed for nontarget effe...
By degrading the dung of livestock that graze on pastures, coprophilous arthropods accelerate the cy...
International audienceAccording to European Union recommendations, a test method has been developed ...
According to European Union recommendations, a test method has been developed to evaluate the effec...
Invertebrates associated with livestock dung provide a valuable ecosystem service of dung decomposit...
Veterinary medical product residues can cause severe damage in the dung ecosystem. Depending on the ...
Parasiticides are veterinary pharmaceuticals very frequently used in pasture animals. Particularly s...
The spread of veterinary medicinal products (VMP) and biocides onto agriculturally used areas repres...
The insecticidal properties of many anthelmintics pose a risk to dung fauna through the effects of d...