Conventional cemeteries and funeral homes in North American engage in burial practices that involve embalming, wooden caskets, digging into the ground 1.5 meters (5 to 6 feet), the use of concrete for gravestone mounts and grave liners, the manufactured gravestones themselves, and the upkeep of cemetery grounds.
The embalming fluids are toxic. The caskets may be made of exotic imported endangered trees from tropical countries. The depths of graves lead to decomposition that produces greenhouse gases (GHGs). The concrete manufacturing process for the mounts and liners produces GHGs as well. And then you have the gasoline-powered mowers that keep the cemetery grounds pristine while pumping out even more GHGs.
If you choose what you think is a better solution such as cremation, you may not tie up the land but in the burning of your body, you are producing GHGs.
So it would seem you can’t win in the death and burial game because traditional cultural rituals of remembrance aren’t focused on our carbon footprint.
In the United States funerals annually consume:
There is a growing movement to make death and internment greener because of climate change concerns. Borrowing from Jewish and Muslim cultures,
is inspiring funeral homes and cemeteries to consider alternatives to our existing North American and European traditions.
This has led to the formation of a Green Burial Council, headquartered in Placerville, California, where you can find, on its website, a directory of funeral homes and cemeteries for the states and provinces within the U.S. and Canada.
What burial standard do all members of the Council follow?
The Council has been set up to provide compliance specialists who can assist cemeteries and funeral homes to meet green burial standards.
Considering the dying and internment business earns those in the industry more than $20 billion annually in the U.S., and around $1.6 billion in Canada, this is a big market facing significant disruption if greener practices take hold.
Many who pride themselves on being environmentalists, and see land being tied up in cemeteries as wasteful, have opted for cremation. But each cremation emits almost 250 kilograms (540 pounds) of Co2, along with hydrochloric acid, sulfur dioxide, and carcinogenic-inducing dioxins. Cremation in North America is dramatically on the rise, seen by many to be a better environmental choice, but the way it is currently practiced isn’t. 250,000 tons of CO2 and other GHGs are emitted in the U.S. annually from cremations. That number is only going to grow.
One answer to cremation pollution is zero-emission technology, furnaces that produce no GHGs. Another approach is aquamation or water cremation. A third is recomposition, which is human composting, a process borrowed from farm animal decomposition practices. Zero-emission furnaces are new to the industry. And the latter two are not catching on even though these practices are more environmentally friendly. They just may strike a nerve with many, even those who see climate change as the existential issue of our time.
That’s why it is so difficult today for loved ones to mark the meaning of a life after we die in the age of climate change while being environmentally responsible. There are only hard choices when it comes to satisfying the needs of the environment and those of the grieving who wish to honour a life in death.

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