Dangerous pesticides and pet flea treatment detected in English rivers for first time

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"Research Detects Modern Pesticides in English Rivers for the First Time"

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Recent research conducted by the British Geological Survey has revealed alarming findings regarding the presence of dangerous modern pesticides in English rivers for the first time. The study focused on two specific rivers: the Tone in Somerset and the Wensum in Norfolk. Scientists tested water, sediments, fish, and invertebrates for a total of 52 pesticides, discovering significant concentrations of the veterinary pesticide fipronil, commonly used for flea treatments in dogs. This pesticide is believed to enter the rivers when dogs swim in them, posing a toxic threat to aquatic life. Additionally, the study found elevated levels of propiconazole, a fungicide used in agriculture, which has been linked to adverse health effects on fish. The presence of these substances highlights the urgent need for stricter regulations surrounding the use of high-risk pesticides in both agriculture and pet care to protect aquatic ecosystems.

Moreover, the research uncovered the presence of highly toxic neonicotinoid pesticides in both rivers. These pesticides can be lethal to various aquatic organisms, even at minimal concentrations, with one-third of the sampled sites exceeding the chronic threshold for aquatic invertebrates, indicating a detrimental impact on their health. Dr. Christopher Vane, head of organic chemistry at BGS, emphasized the dual nature of modern pesticides, which serve important roles in agriculture and veterinary medicine but also pose significant risks to wildlife when they infiltrate river systems. He called for increased protective measures and stricter regulations on the most hazardous pesticides to mitigate the ecological risks. The study underscores the necessity for further research on the prevalence of these substances in English waterways and their effects on aquatic ecosystems, paving the way for more sustainable practices in both agriculture and pet care.

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Dangerous modern pesticides used in agriculture and pet flea treatment have been detected for the first time in English rivers, research has found.

Scientists have called for stricter regulation around high-risk farming pesticides and flea treatments for pets because of the deadly effects they have on fish and other aquatic life when they make their way into rivers.

The research, by the British Geological Survey, evaluated the pollution by such pesticides in the waters and sediments of two English rivers: the Tone in Somerset, which runs through Taunton; and the Wensum in Norfolk, which runs through Norwich.

Scientists from the BGS and the University of Nottingham tested water, sediments, fish and invertebrates along the two rivers for 52 pesticides and found that the veterinary pesticide fipronil, which is used as an anti-flea treatment for dogs, was measured at high concentrations. It is thought to get into rivers by dogs swimming in them, and has been found to be toxic to aquatic life.

They also found high concentrations of propiconazole, a fungicide commonly used in agriculture, in the rivers. This has been found to have negative health effects on fish.

Cats and dogs are widely treated with insecticides to prevent fleas. Vets often recommend regular flea treatments as a preventive measure, even when dogs and cats do not have the pest. But scientists now recommend animals should not be treated for fleas unless they actually have them.

Highly toxic neonicotinoid pesticides, which can be lethal to insects and fish even at very small concentrations, were found in both rivers. At one third of the sites sampled, the level of neonicotinoids exceeded the chronic threshold for aquatic invertebrates, meaning they are affecting the health of these organisms.

This data has formed one of the most comprehensive assessments of pesticides in any English river catchment to date.

Dr Christopher Vane, head of organic chemistry at BGS, said: “Modern chemical pesticides have positive applications, such as veterinary medicines helping prevent fleas in domestic pets, and in UK agriculture where herbicides, insecticides an fungicides can help prevent food shortages by protecting crops from various pests.

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“However, our research has highlighted that these pesticides are now present in English rivers and could potentially pose threats to the local wildlife. To help mitigate the risk to ecosystem health, additional protective measures are needed to promote more environmentally sustainable practices, alongside the introduction of stricter regulation around the most high-risk pesticides to help protect our rivers from further impact.”

The researchers said more studies needed to be done on the prevalence of modern pesticides in English rivers and other countries’ waterways, as well as their impact on aquatic life.

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Source: The Guardian