Search

SA cemetery transforms ashes into flowers

We are an online community created around a smart and easy to access information hub which is focused on providing proven global and local insights about sustainability

11 Nov, 2024

This post was originally published on Sustainability Matters

By transforming ashes into flowers, South Australia’s Centennial Park is introducing a sustainable living memorial for families to commemorate their loved ones.

The cemetery and memorial park will offer this exclusive ecological option via a partnership with living memorial company Living Legacy. The initiative forms part of Centennial Park’s Environmental Sustainability Plan, launched this year.

Centennial Park Chief Executive Officer Janet Miller said Centennial Park was proud to be the first cemetery and memorial park in the state to offer the Living Legacy alternative memorial option.

“We recognise there is generational shift towards sustainable end-of-life choices, and as part of our own environmental sustainability goals, we want to accommodate the wishes of individuals and their loved ones now and into the future,” she said.

“This new offering is one example of the many commitments we are exploring as part of our five-year roadmap to achieve long-term impact and build upon our already strong history of environmental action to date.”

Miller added: “The process to turn a loved one’s ashes into Living Legacy flowers is a groundbreaking and an environmentally sensitive way to personally memorialise and connect to loved ones through a natural and living landmark.”

Living Legacy founder Warren Roberts explained that most people were unaware that the spreading of traditional cremated human ashes can be damaging to soil and plant health.

“Traditionally, people scatter ashes in nature and waterways, not realising the harm caused by the high alkaline levels which are similar to bleach,” he said.

“Through our unique scientific treatment process, we gradually detoxify and transform harmful ashes into micronutrients which are infused into the roots so it can sustain and perpetuate life through flowers, plants and trees.

“We are excited to be working with Centennial Park to bring the Living Legacy Forever Flower Garden to life here in South Australia, giving people the option to honour a loved one through the beauty of nature,” Roberts said.

Commemorating a loved one through the Living Legacy Forever Flower Garden involves a reflective ceremony, a personalised plaque and the option to retain some of the ashes inside a crystal keepsake.

In addition, for every person memorialised in the Forever Flower Garden, Living Legacy has committed to donating 20 trees to be planted in their honour, as part of its ongoing contribution to global reforestation.

More information on Living Legacy Forever Flowers can be found at https://www.centennialpark.org/living-legacy-forever-flowers/.

Image caption: Centennial Park CEO Janet Miller and Living Legacy founder Warren Roberts. Image credit: Tom Roschi.

Pass over the stars to rate this post. Your opinion is always welcome.
[Total: 0 Average: 0]

You may also like…

Researchers Find Ways to Keep Mosquitoes Out of Home Rain Barrels

Researchers Find Ways to Keep Mosquitoes Out of Home Rain Barrels

For water conservationists concerned about keeping pests out of their rain collection barrels, researchers from the University of Illinois Urbana-Champaign have some helpful advice. A new study, published in Journal of Medical Entomology, looked into the presence of mosquitoes in rain barrels in the central Illinois region and determined the most effective ways to prevent […]
The post Researchers Find Ways to Keep Mosquitoes Out of Home Rain Barrels appeared first on EcoWatch.

Green chemistry turns waste CO2 into amino acids

Green chemistry turns waste CO2 into amino acids

Researchers have devised a sustainable way of turning waste carbon dioxide into amino acids for humans, in a breakthrough that seeks to reduce carbon emissions and pave the way for green chemistry technologies across various industries.

The research by Professor San Ping Jiang, from Curtin’s WA School of Mines: Minerals, Energy and Chemical Engineering, working with Professor Jingyun Zheng from China’s Hunan University and Professor Xin Wang from City University of Hong Kong — published in Science Advances —developed a sustainable method to convert waste carbon dioxide (CO2) and nitrophenyl ethane, commonly found in industrial wastewater, into a high-value amino acid (L-phenylalanine).

“This innovative process uses sunlight as the energy source and employs a specially designed silicon-based photocathode to achieve efficient chemical conversion,” Jiang said.

“The significance of this discovery lies in its potential to simultaneously address two critical global challenges: reducing carbon emissions and developing sustainable methods for producing essential biochemicals. By utilising CO2, a major greenhouse gas, and nitrophenyl ethane, which is commonly found in industrial wastewater, this process transforms environmental hazards into amino acids, a valuable feedstock used in food, pharmaceuticals and other industries. This finding opens up new possibilities for sustainable chemical production and represents a significant step forward in the development of green chemistry technologies that can benefit society while protecting our planet.”

Image credit: iStock.com/Drypsiak

Festival Style, Done More Sustainably

Festival Style, Done More Sustainably

Our editors curate highly rated brands that are first assessed by our rigorous ratings system. Buying through our links may earn us a commission—supporting the work we do. Learn more.   What is festival fashion and where does it come from? And why are so many people talking about its problematic aspects? Here, we explore […]
The post Festival Style, Done More Sustainably appeared first on Good On You.

0 Comments