Publikationen und Downloads

Laucht et al. (2017) Habitat preferences of linnets (Linaria cannabina) in vineyards

A large part of vineyards in Europe show no or very little ground vegetation, due to chemical and non-chemical weed control. But management techniques have started to change in the last years resulting in a reduction in herbicide applications and in an increase in ground vegetation growth and cover.

Neuwoehner (2017) Chances and Challenges in Regulatory Ecotoxicological Mixture Toxicity Assessment for Plant Protection Products

Lückmann et al. (2017) Fenoxycarb, a suitable reference item in semi-field testing on the solitary bee Osmia bicornis (L., 1758) (Hymenoptera, Megachilidae)?

According to the ‘EFSA Guidance Document on the risk assessment of plant protection on bees’, not only honeybees but also bumble bees and solitary bees have to be considered for the first time. But for testing of solitary bees under laboratory, semi-field and field conditions no official test guideline exists.

Jakoby et al. (2017) Evaluating Ecological Recovery in Mechanistic Effect Models for Environmental Risk Assessment

In environmental risk assessments (ERA) for plant protection products (PPP) one possible protection goal option at the population level is recovery (EFSA, 2016). This recovery option accepts “some population-level effects of a potential stressor if recovery takes place within an accepted time period”.

Ludwigs et al. (2017) Skylarks nesting in pesticide-treated fields compared to those nesting in non-treated agricultural land and main reasons for complete nest loss

Pesticides are commonly considered a cause of species decline in farmland. In the past, most studies have focused on acute effects of pesticides on adult birds or on indirect effects on offspring (e.g. mortality due to limited food resources as a result of pesticide use).

Nikisch, Llandera, Lutz (2017) Step4ward – An Efate Toolbox

‘Step4ward’ is a user-friendly Windows® toolbox to automate PECsw calculations, extract data from the current models FOCUS TOXSWA and SWAN and create MS Word® tables in the current dRR format.

Ludwigs et al. (2016) Appropriate Exposure Estimates for Wildlife Risk Assessments of Crop Protection Products Based on Continuous Radio Telemetry: A Case Study with Woodpegions

The registration of pesticides follows guidance published by the European Food Safety Authority (EFSA). As a default, the EFSA guidance document on risk assessment for birds and mammals assumes that animals feed exclusively on pesticide-treated fields.

Schmidt et al. (2016) High genetic structuring of Tula hantavirus - Archives of Virology

Official Journal of the Virology Division of the International Union of Microbiological Societies

Lückmann, Ludwigs, Delgado-Cartay (2015) Non-target organisms – higher-tier methods to refine the risk of plant protection products

Lückmann, Becker (2015) Honeybee brood studies under field conditions: Is there a difference of the brood termination rate compared to semi-field studies?

Based on EU Regulation 1107/2009/EC the current regulatory risk assessment on bees has to address the risk to honeybee larvae or honeybee brood. According to the data requirements under EC 1107/2009 Commission Regulation 284/2013 and the proposed EFSA Bee Guidance Document (EFSA 2014), both the Oomen bee brood feeding test (OOMEN et al. 1992) as well as the OECD Guidance Document 75 (OECD 2007) (hereafter called OECD GD 75) are given as the two higher tier options to refine the risk on honeybee brood if concerns are raised in tier 1.

Ludwigs et al. (2015) A statistical approach for selecting the most appropriate PT value for long-term wildlife risk assessments

In higher tier Risk Assessments (RAs) for Birds and Mammals, exposure takes into account the ‘portion of food taken from the treated area’, addressed by the surrogate parameter portion of time spent by birds or mammals potentially foraging in treated fields (the so-called PT value).

Nickisch, Krömer (2015) A standardised approach to identify worst-case FOCUS surface water exposure profiles in aquatic pulsed exposure events

The outcome of Tier 1 risk assessment for plant protection products frequently calls for the use of higher tier approaches to evidence an acceptable risk to aquatic organisms. In this context, laboratory pulsed exposure experiments can be used to test the effects of varying exposure concentrations on the mortality and/or immobilization of organisms.