Indonesia's Unsung Heroes: The Ecosystem Role of Dung Beetles
Diplomacy
2026年7月27日
5
Mongabay Indonesia

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Indonesia's Unsung Heroes: The Ecosystem Role of Dung Beetles

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Dung beetles in Indonesia act as crucial ecosystem 'cleaners,' decomposing and burying animal dung, thereby enriching soil and controlling pests. Their diverse behaviors and environmental benefits are gaining attention.

In Indonesia's rich natural environment, dung beetles (Kumbang Kotoran) play an indispensable role in ecosystem maintenance through their unique biology. These insects utilize animal dung not just as waste, but as a source of food, a breeding ground, and a nursery for their larvae. Their actions, famously depicted in the popular animated series "Larva," bring significant environmental benefits through the process of rolling, moving, and burying dung. Globally, there are approximately 7,000 species of dung beetles, broadly categorized into three groups based on their feeding and nesting habits. "Dweller" types live and reproduce directly within dung piles. "Tunnelers" excavate soil beneath the dung and drag portions of it down. Meanwhile, "rollers" form dung into balls and transport them to safe locations for burial. These balls serve not only as food but also as "brood balls," where the beetles lay eggs and their larvae develop. By moving the dung from its original location, they reduce competition with other beetles and protect their offspring. This seemingly simple activity earns dung beetles the title of "ecosystem cleaners." They prevent dung from accumulating in one spot and accelerate its decomposition process. When dung is buried, nutrients like nitrogen, phosphorus, and calcium are incorporated into the soil, increasing organic matter content, improving air circulation, and speeding up nutrient cycling. Particularly in agricultural and livestock areas, the presence of dung beetles helps maintain healthy grasslands. Dung left on the surface can damage grass and become a breeding ground for flies and parasites. One experiment showed that the presence of dung beetles increased the amount of dung decomposed by about 53 percent, while simultaneously reducing...

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