Read about our first published peer-reviewed papers on the pesticide residue monitoring results in our 6th newsletter.  Also, find out about a recent report on the environmental and economic sustainability of pesticides and a systematic review of the effects of pesticides on health. Make sure you don't miss out as new results emerge from the project, by subscribing to our newsletter on the homepage to recieve project news.

Sprint newsletter 6 release

 

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SPRINT partners at RECETOX, Faculty of Science, Masaryk University in Brno, Czech Republic are advertising for a researcher in the field of pesticide data analysis, fate modelling, exposure and risk assessment. Are you a dedicated researcher, passionate about environmental exposures and what they mean for the environment, ecosystems and humans? Then this position could be for you.  

The deadline for applications is 14th December 2023. For more information, see the advert here. 

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A recent scientific study conducted as part of the Horizon 2020 funded SPRINT project, has unveiled the presence of pesticide residues in indoor environments. The study conducted across Europe and in Argentina, analysed 128 indoor dust samples from both conventional and organic farmworker households, shedding light on the scale of hazards people might be exposed to.

In contemporary agriculture, pesticides are widely used to safeguard crops against various threats. However, the unintended consequences of their use have raised significant concerns. The research, carried out by a team of respected scientists, sought to understand the scope of pesticide residue present in indoor environments and its implications for human exposure.

The comprehensive analysis, evaluating the presence of 198 pesticide residues, discovered a striking reality. Regardless of the household's farming practices, mixtures of pesticide residues were identified in all 128 dust samples. The number of pesticides in each home ranged between 25 and 121 and concentrations ranged from trace amounts to levels eight time higher (0.01 ng/g dust-206 μg/g dust). Notably, glyphosate and its degradation product AMPA, permethrin, cypermethrin, and piperonyl butoxide were detected at the highest concentrations.

 

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A groundbreaking study from the SPRINT project, funded by the European Union's Horizon program, has unveiled a concerning reality: pesticide residues are pervasive in both agricultural environments and residential settings, raising concerns for environmental and human health. These findings, which have significant implications for European Union decision-makers, emphasise the urgent need for comprehensive regulatory measures to address potentially far-reaching impacts of the co-occurrence of pesticides.

For decades, pesticides have been employed globally to bolster agricultural productivity, yet the cumulative effects of their residues have been largely overlooked. The scientific community are increasingly unveiling an alarming trend: pesticide residues, often assessed for risk on a substance-by-substance basis, are in fact extensively mingling in ecosystems. This issue is not confined to agricultural fields and waterbodies but also in the very homes of farmworkers and of their neighbours.

The SPRINT project undertook a field sampling campaign in 10 European countries that identified pesticide residues at all study sites. The first peer-reviewed paper presenting the sampling results has recently been published. This unique dataset has raised concerns about the consequences of such a wide distribution of pesticide residues.