A woman in her 70s has become the first person in Australia to be laid to rest in a biodegradable "living coffin" crafted from mycelium, the root network of mushrooms, and upcycled hemp fibers. The burial, which took place on September 4, utilized a casket designed to decompose rapidly, returning nutrients to the earth.

The "Loop Living Cocoon" is the creation of Bob Hendrikx, founder of Loop Biotech, a Dutch company that developed the technology. While similar mushroom coffins have been used in the United Kingdom, this marks the first instance in Australia. The casket is grown in approximately seven days and is designed to degrade completely within 45 days of burial.

Carolyn's family chose the mycelium coffin as a reflection of her lifelong connection to nature and her commitment to helping others. "It feels very true to who she was that even after her death, she can still do something for others while giving something back to nature," said Donald, Carolyn's husband. Her daughter, Erin, added, "It feels incredibly fitting that she became the first person in Australia to be laid to rest this way. Continuing to give back even after her life."

Mycelium, known as nature's recycler, plays a crucial role in nutrient absorption and decomposition, fostering new life in the soil by providing a carbon and energy source. The interior of the coffin can be lined with natural materials such as moss, wool, or organic cotton.

The farewell ceremony was held in Faulconbridge, with the burial taking place at Springwood Cemetery in the Blue Mountains. Friends described the sight of Carolyn resting on a moss bed as "whimsical" and feeling as though she was "already becoming part of the earth."

This eco-friendly burial option aligns with the growing popularity of "green" burials, which have been gaining traction since the 1990s. These methods prioritize minimizing environmental impact by using biodegradable materials and avoiding embalming, often occurring in natural burial grounds.

Alternative eco-conscious funeral practices are also emerging globally. These include "water cremation" or alkaline hydrolysis, which uses a chemical process to break down the body, leaving behind bone fragments and a liquid effluent. Other methods involve promession (using liquid nitrogen to fragment the body), cremation followed by diamond creation from ashes, and traditional sea burials.