Student's fungus on faeces videos are going viral, as Alfred Drummond-Herdman, a 27-year-old trainee lawyer, turns his Edinburgh bedroom into a laboratory of dung-dwelling fungi. His extraordinary timelapse footage, capturing brightly colored fungi emerging from animal droppings, has attracted millions of views worldwide and made him a natural history sensation on social media.
Drummond-Herdman's journey began during the pandemic when he stumbled upon cowpats in the Ochil Hills that were covered in mushrooms. Intrigued, he dove into the world of coprophilous fungi—fungi that thrive on animal dung—and has since become a self-taught amateur taxonomist. His bedroom now houses terrariums and plastic containers filled with cowpats, grouse droppings, and rabbit pellets, each a potential treasure trove of fungal life.
What Are Coprophilous Fungi?
Coprophilous fungi are a specialized group of organisms that decompose animal feces, playing a crucial role in nutrient cycling. They are often overlooked, but their life cycles are fascinating. When an herbivore deposits dung, fungal spores already present in the gut or on the vegetation begin to germinate, racing to produce fruiting bodies within days. These fungi can be colorful, bizarre, and surprisingly diverse.
According to Kew Gardens, at least 2 million fungi species are yet to be discovered globally. Drummond-Herdman is contributing to this effort by identifying British specimens, including two new species he has formally described. His work highlights the hidden biodiversity that exists in our backyards and fields.
Why His Videos Captivate Millions
Drummond-Herdman's videos are not just scientific records; they are visual art. He photographs the fungi every 30 seconds, creating timelapses that reveal the rapid, almost magical, growth of these organisms. The result is a mesmerizing display of colors and forms, from inkcaps to fieldcaps, and ascobolus that resemble tiny barnacles. His Instagram account has over 60,000 followers, and his videos are shared across platforms, sparking curiosity and awe.
His approach is accessible: he collaborates with enthusiasts and experts on forums, sharing his findings and learning from others. This open-science ethos has endeared him to a global community of fungal lovers and nature enthusiasts.
Comparison: Traditional vs. Social Media Science Communication
| Aspect | Traditional Science Communication | Social Media Science Communication |
|---|---|---|
| Reach | Limited to academic journals and niche audiences | Millions of views across platforms like Instagram |
| Speed | Slow, peer-reviewed process | Immediate, real-time sharing |
| Engagement | Passive reading | Interactive, with comments and shares |
| Accessibility | Often paywalled or jargon-heavy | Free and visually compelling |
Key Takeaways from This Viral Story
- Coprophilous fungi are a hidden treasure of biodiversity, with millions of species yet to be discovered.
- Amateur scientists can make significant contributions to taxonomy and ecology.
- Social media is a powerful tool for science communication, making complex topics engaging.
- Understanding housemates and a bit of patience are all you need to start your own fungal exploration.
FAQ
FAQ: What is coprophilous fungi?
FAQ: Why are these videos so popular?
FAQ: How can I start observing fungi?
This story is a testament to how curiosity and social media can turn a niche hobby into a global phenomenon. Whether you're a science enthusiast or just love a good viral video, the world of fungi on faeces offers a surprising and beautiful perspective on life.