Oregon has legalized human composting
vice.com
vice.com
As you can imagine, I've ruminated a lot on this lately. What's the purpose of a tombstone, or a plaque, or an urn full of ashes? To memorialize, or to honor someone who is gone? I don't need a monument for that. I spent a couple of hours yesterday propagating roses with my six-year old daughter, her grand-daughter. That's a better way to honor my mother, I think, and she would agree.
As old-world tradition and religiosity fade, we can all find our own new ways to do these things. This is 'meaning-making', an interesting term I learned recently.
Incidentally, her gardening buddies were intrigued to learn about human composting. I think Recompose is going to be big.
I have been thinking as well, what if after passing away of a family member we plant their favorite fruit tree with them. After generations there will be a beautiful garden.
People usually laugh at this idea; maybe rightfully so, but there is something profound in it about feeding the plants and by proxy animals and fellow people who fed us.
If in the far far future we develop a means of resurrecting the dead, the epitaphs on tombstones may be used to determine who deserves resurrection. But of course this is extremely fanciful speculation.
That's unlikely unless the dead person is exceptionally well-preserved (or you're just creating Generic Human Body #42 and giving it the dead person's name). Brain structure doesn't really survive current burial/embalming techniques and I imagine that any sort of "immortal soul" may have long left by then. Cryonics aims for this sort of far-future resurrection, but even it has problems about viability.
How such a feat could be accomplished, I don't know, but capabilities that seem impossible today may become possible with millions of years of technological progress, especially if the exponential phase of technological progress continues for a while longer.
I think in some ways, a monument helps people compartmentalize the loss in a literal way: there's a place they can go to visit, mourn, remember, etc. I imagine many people struggle with this in some form.
I knew someone who drove around for years with a friend's ashes in a jar ("the copilot") before eventually spreading them somewhere scenic.
Roses are indeed a fine monument.
Every time I read about using human corpses to produce soil, I recall this article:
"Grass plants bind, retain, uptake and transport infectious prions"
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4449294/
In the past I read about this or similar startup and they mentioned that they don't accept corpses of people diagnosed with prion diseases. IMHO, this is not enough. For example, a person with early CJD could die of other cause and never be diagnosed. Besides that, sporadic CJD isn't as rare as "1 per million" (still rare though).
Here is an interesting video about prion diseases that, among other things, discusses epidemiology ("1 in 7000 US deaths"):
"Creutzfeldt-Jakob Disease and Other Prion Diseases - Brian Appleby, M.D."
https://youtu.be/4vyuby6gibs?t=328
Testing of corpses based on Protein Misfolding Cyclic Amplification (PMCA) might come in handy (if it's not too expensive). It is claimed to be very sensitive. Here is presentation by Dr. Rodrigo Morales (one of the authors of the article about prion uptake by plants that I linked above):
"Texas CWD Symposium: Pre-symptomatic prion detection"
https://www.youtube.com/watch?v=Q8ZX8sHAPUw
P.S.: Hopefully, this eco-burial fad wouldn't catch on. How about deep sea burials?
> Alkaline hydrolysis is also used in the agricultural industry to sterilize animal carcasses that may pose a health hazard, because the process inactivates viruses, bacteria, and prions
https://en.wikipedia.org/wiki/Alkaline_hydrolysis_(body_disp...
You could move to Tibet in order to have it eventually, though.
I want to say they’re aware of the issue, but when I went back to look for this info today I couldn’t find it. So unfortunately you’ll have to take this with a grain of salt.
> A 68 kg (150 lbs) body which contains 65% water will require 100 MJ of thermal energy before any combustion will take place. 100 MJ is approximately equivalent to 3 m3 (105 ft3) of natural gas, or 3 liters of fuel oil (0.8 US gallons). Additional energy is necessary to make up for the heat capacity ("preheating") of the furnace, fuel burned for emissions control, and heat losses through the insulation and in the flue gases.
> As a result, crematories are most often heated by burners fueled by natural gas. LPG (propane/butane) or fuel oil may be used where natural gas is not available. These burners can range in power from 150 to 400 kilowatts (0.51 to 1.4 million British thermal units per hour).
>Crematories heated by electricity also exist in India, where electric heating elements bring about cremation without the direct application of flame to the body.
>Coal, coke, and wood were used in the past, heating the chambers from below (like a cooking pot). This resulted in an indirect heat and prevented mixing of ash from the fuel with ash from the body. The term retort when applied to cremation furnaces originally referred to this design.
More eco-friendly option would be to use pellet or electricity.
I think it's not, but, maybe?
missed opportunity or subtlety mastery ?
Clearly a savage had lived there amongst the nuclear barrels. Its mind altered by the radiation, chopping off those poor worker heads.
If it wasn't clear: /s
And yes prions might be dangerous but what you propose seems out of proportion.
For people who drove cars.. mostly a (once-in-a-lifetime) symbolical gesture.
Compared to an estimated 130 billion wild mammals. That’s without the vast herds of herbivores that used to roam the plains of the world.
> Prehistory of endocannibalism controversy Whether or not endocannibalism was commonplace through much of human prehistory remains controversial.
A team led by Michael Alpers, a lifelong investigator of kuru,[14] found genes that protect against similar prion diseases were widespread, suggesting that such endocannibalism could have once been common around the world.[15][16]
A genetic study with a range of authors published by the University College London in 2009 declared evidence of a "powerful episode" of natural selection in recent humans. This evidence is found in the 127V polymorphism, a mutation which protects against the kuru disease. In simpler terms, it would appear the kuru disease has affected all humans to the extent we have a specialised immune response to it.[17] However, a study drawing from hundreds of resources in 2013 claims further that 127V derives from an ancient and wide spread cannibalistic practice, not related to kuru specifically, but "kuru-like epidemics" which appeared around the time of the extinction of the neanderthals who co-existed with humans. This allows the suggestion that cannibalistic practises may have caused diseases which killed the neanderthals, but not the humans because of the 127V resistance gene.[18]
https://en.wikipedia.org/wiki/Endocannibalism
>The earliest known reference to a requirement for a six-foot burial occurred in 1665 during the Great Plague of London. John Lawrence, the Lord Mayor of London,[13] ordered that the bodies of plague victims "...shall be at least six foot deep." The city officials apparently believed this would inhibit the spread of the disease, not realising that the true vector was fleas living on rats in the streets.
Do you feel like we should roll the dice? If we roll a 6, it could be worse that the Plague and Covid combined
"Head towards the light".
I’m not sure how real of a concern this is as deer with CWD die and decompose and I’m not aware of any transmission in this way.
> To destroy a prion it must be denatured to the point that it can no longer cause normal proteins to misfold. Sustained heat for several hours at extremely high temperatures (900°F and above) will reliably destroy a prion.
https://dwr.virginia.gov/wildlife/diseases/cwd/what-are-prio...
I don't know the specific temperature profile of cremation, but I doubt it is sufficient.
https://www.cremationresource.org/cremation/how-is-a-body-cr...
It's like what the mafia used to do to dissolve bodies
> Over the next 30 days, naturally-occurring microbes—and a few turnings with a tool similar to a dough hook—break the body down.
https://www.vice.com/en/article/93wmd5/the-first-us-funeral-...
Edit: after a few minutes of thought, I definitely like this less. Imagining my body like a pair of shoes banging around in the dryer or torn to shreds is not a great thought. In a way it's irrational. I don't think of cremation as my body in an inferno even thought that's what it is. I've always liked the idea of just having myself tossed in a hole and a tree planted over me. I've done this with my late dogs and it's always a joy to revisit the tree even after (especially after) years past. Gives me a feeling they are there still. It's odd but such is life, and death.
I'll probably get over it but I had a similar visceral reaction.
If it's legal by the time my clock is up I'd like a "burial" where they just throw my body into a forest and let nature take its course, but that one's probably gonna take a lot longer to be legal because of the worry that like, a coyote will drag an arm or something into a populated area. Previously my plan was to have my ashes pressed into a vinyl record of my music and distributed among friends and family but now this is a pretty appealing prospect.
Anyone interested in eco-death is probably well aware of this youtube channel but if not you should check this out: https://www.youtube.com/watch?v=pWo2-LHwGMM
But I suspect that if people knew what "embalming" means, they'd be squeamish about that as well.
...
I was present for a cremation sale where the funeral director explained that they fire the body, then collect any metals (titanium screws etc) and sell them for scrap.
This bothered me, but I can't say (still to this day) whether it was because it seemed way too graphic for the average bereaved family member, or if I was just offended that the crematorium thought it was OK to sell other peoples' property.
See Nature's Head, for instance.
I’m okay with the spark of life being a result of a collection of stuff and the interactions amongst it all.
I treat the dead with respect because I’m my own panopticon.
Wrap them in something organic for presentation, a weight stone, then, go out to sea (with family along option -others may be ok with remote video) and let them slip into the ocean like sailors buried at sea.
No creepiness, no vicarious cannibalism via eating veggies nourished by uncle Vinnie or aunt Mathilda or anything.
Traditional burial-at-sea.
It may not be cost effective for some... but a large percentage (~60%) of the US pop live within a 100 miles from seashores...
The speed you would need to get that far might be high enough for the force to tear off limbs or to shred the skin. The chances of you getting a permit after you put "might rain human limbs or remains on the beach" is very low.
You'd probably have better luck with little solar-powered, GPS-guided dinghys or kayaks that can go out 3 miles, drop the body and come back.
Every year every person in US produces >10 tons of CO2, any energy required for their body disposal is irrelevant.
So if you scale up from the relatively small numbers of people who die (and whose bodies aren't recovered) by accident or suicide near/in water, it's probably reasonable to expect a lot more of this. Maybe your idea is workable if you go far enough out that any detached remnants are grabbed by the big oceanic gyres.
Although the article mentions that this is the first time it's happened in 25 years, note that only about a dozen people every year choose to be buried in this way: https://www.bbc.com/news/uk-england-38210497
Decomposition is a natural process that happens to any corpse. It does not need to be optimized. That said, it does not need to be slowed down with embalming either.
https://www.ft.com/content/0e6f301c-baea-11df-9e1d-00144feab...
for anyone else who was curious :)
Not going to lie on a personal level, the composting process sounds terrible.
Sadly I know this because a young person that committed suicide opted for such a burial. I imagine the older generations are more concerned with tradition and religion.
[1] https://www.nhfuneral.org/green-burial-cemeteries-in-the-us-...
Zoroastrian rituals related to death are fascinating (not only because of their impact on abrahamic religions, but that's a different story)
Or a ensure a Ralphs is nearby.
Human remains are a breeding ground for disease that specializes in breaking down humans. Now imagine that diseased juice getting into the local water system.
With regard to drinking water, here's what the CDC advises with regard to whether people should be concerned with a natural abundance of un-preserved corpses in the wake of a natural disaster:
"Bacteria and viruses from human remains in flood water are a minor part of the overall contamination that can include uncontrolled sewerage, a variety of soil and water organisms, and household and industrial chemicals. There are no additional practices or precautions for flood water related to human remains, beyond what is normally required for safe food and drinking water, standard hygiene and first aid."
https://www.cdc.gov/disasters/handleremains.html
In general their broader advice is that you don't need to worry about any sort of disease outbreak happening if there are un-preserved corpses lying around (a position with which the WHO concurs).
We should be more concerned with formaldehyde leaching out of preserved corpses than from any chemical byproduct of human decomposition.
They are not diseases, but common microorganism - and they are specialized into breaking down any dead organic material.
You don't want them in the drinking water, though. But you don't want any microorganism in the drinking water.
The article mentions the amount of land that this uses. I’d imagine that’s a big part of it.
Because this is a huge waste of land.
https://begravenindenatuur.com/overzicht-natuurbegraafplaats...
Let the earth eat me when I die.
Different species of psychedelic mushrooms have been found in almost all of the contiguous United States and Hawai'i. It used to be thought that the PNW and Southeast US were the only places they grew in the US, but new native species have been discovered in the last 20 years, and some of them are actually quite common, prolific and apparently potent.
Pacemakers are removed carefully, especially if they include RTGs.
http://large.stanford.edu/courses/2015/ph241/degraw2/
Prosthetic implants are typically not removed.
https://www.bbc.com/future/article/20140311-body-parts-that-...
I know someone who saved up the ones dropped or otherwise opened and not used on a cath lab. I’m not sure what he did after that.
Are we talking 1998 A.D. or B.C.?
https://en.wikipedia.org/wiki/Alkaline_hydrolysis_(body_disp...
I’ve always thought it would be great if one could become some kind of long lasting tree that could last generations and could be visited upon by ancestors, but I don’t know how practical such graveyard forests would be.
> a corpse is placed in a cylinder with organic materials, like wood chips, plants, and straw, then heated and turned repeatedly for several weeks with a hook until it’s broken down into a nutrient-rich soil
I wonder how much energy it takes to complete the composting process and how they can ensure that the electricity needed (even if less than cremation) is generated by sustainable methods.
As for sustainability, Wouldn't be hard to power the whole thing with a solar farm and batteries. That said, oregon is part of a set of states which draw a very large portion of their power from hydro.
Heat in the winter would be less than the amount used for those electric blankets. In the summer you could almost power the composter with a car battery.
Cremation takes a about 40 kilowatt hours of electricity or fuel. The process usually requires very expensive furnaces that can get hot enough. In addition it requires special permits and there are a lot of regulations and zoning limitations.
However, 40 kwh isn't that much compared to steel and concrete production. Especially since the per capita is literally 40kwh. Most people use more than that to brush their teeth. The real advantage (of composting) is that it makes a cheaper alternative for families of deceased.
For example, in Bokashi composting you innoculate your organic matter with a blend of anerobic microbes (primarily Lacto Bacillus) store in anerobic conditions for a few weeks. When you empty the bucket it doesn't look especially decomposed but it smells sweet and pickled. You can then bury it in your yard and it rapidly decomposes into soil.
This method can safely decompose meat, dairy, and all sorts of materials you wouldn't ordinarily consider safe for at home aerobic composting. I imagine it would be an ideal system for a compost burial process so long as the family is okay with the idea of fermenting their loved ones..
The royal colony of Oregon among the imperial nation of the United States allows for human beings to return to the Earth when they die.
In all seriousness... I'm going to dig a whole in the ground and my friends and family can literally drag me in there.
This ridiculousness goes the way back to the "embalming industry" circa civil war.
edit: typo
Grandma makes the best potatoes
https://sustainablefoodtrust.org/articles/human-manure-closi...
Open burials for pets and such are also legal here in Oregon as long as it is 100 or so feet away from a water source, like a stream, pond, lake etc.
"Please volunteer for human composting. Recycle yourself!"
but seriously if someone has money for something like this how do you judge that they did not live their life fully? at least its better than taking up permanent real estate in a cemetery.
aerobic - with oxygen
Anaerobic decomposes as well but it is not compost. Anaerobic decomposition is putrefaction and creates the "smell of death"
Yes, there is a trend for anerobic teas. But it didnt come from Elaine Ingham.