Skip to content
You can be killing eagles without knowing!

You can be killing eagles without knowing!

Did you know that certain poisons silently claim the lives of majestic predators? It's a shocking reality that demands our attention. Statistics reveal that these magnificent birds, symbols of strength and freedom, are falling victim to indiscriminate poison use.

Let's take a closer look at how rat poisons work. Most rat poisons contain chemicals called anticoagulants. When animals consume a high dose of these substances, a tragic fate awaits them. Slowly but surely, they suffer from blood loss, leading to their eventual demise. Even a small amount of blood loss over time can be lethal.

Additionally, the poison itself has secondary effects, altering their behavior and making them vulnerable to accidents or predators. This is where the devastating impact of rat poisons on non-target animals becomes apparent.

Rat poisons can either kill rodents outright or impair them, making them easy targets for predators. In both cases, the poisoned rodents become meals for other animals, leading to secondary poisoning.

Predators that consume poisoned rodents suffer ill effects due to the high levels of poison they ingest. In fact, a single rodent can provide enough poison to kill the predator as well. This chain of events can disrupt ecosystems and even worsen rodent problems if natural predator species are affected.

It's also worth noting that most rat poisons come with inherent risks inside the home — accidental ingestion by pets or children, and long-lasting environmental impacts.

That’s why it’s smarter to choose environmentally safe, toxin-free traps. These solve the rodent problem without creating a new one.

All of these reasons and more are why it's better to use an environmentally safe, toxin-free trap. These products are designed to deal with rodents without causing secondary poisoning. And like all rodent control, the sooner you deploy it, the more effective it will be — so choose an eco-friendly method as early as possible.

Back to blog