Imagine tiny dung beetles, hard at work in forests and pastures, facing a double whammy: rising temperatures and pesticides. These beetles are crucial for keeping our ecosystems clean, but they're under threat. Let's dive into what happens when they're exposed to high temperatures and a common drug called ivermectin.

        Ivermectin is a drug used to treat parasites in cattle. It ends up in their dung, which is the beetles' food source. Scientists wanted to see how this drug, combined with high temperatures, affects the beetles' ability to handle heat, their metabolism, and their survival.

        In a lab, researchers tested dung beetles at two different temperatures: 29°C and 33°C. They found something interesting. At 29°C, ivermectin made it harder for the beetles to survive. But at 33°C, the drug didn't seem to matter. This could be because the heat itself triggered a defense mechanism, helping the beetles cope with the drug.

        Both the drug and the heat sped up the beetles' metabolism. This might not be good news. A faster metabolism can lead to more oxidative stress, which can shorten their lifespan. But here's a twist: the beetles' ability to handle extreme heat wasn't affected by either the drug or the temperature.

        So, what does this mean for the beetles and our ecosystems? Well, high temperatures and pesticides could mess with the beetles' survival and their role in the ecosystem. This could lead to big changes in population dynamics and the services these beetles provide.

        Think about it. These tiny creatures play a big role in keeping our environment clean. But they're facing challenges that could disrupt their work. It's a reminder that even small changes in their environment can have big impacts.

Dung Beetles in Hot Water: The Impact of Heat and Drugs

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