Not really. Corpses don't really gain the ability to transmit diseases if the disease wasn't already there. For those with infectious diseases that are of concern for human to human transmission, many locations have laws already in place. In Alberta, my province, we refer to these as Schedule 1 and Schedule 2 diseases and have public health law regarding handling of the deceased that fall into these categories [1].
You're really going to have to provide a citation for that.
On our way to choosing a natural eco-friendly burial, we looked at quite a few locations. There was one common feature - none allowed embalming. Nor is there any legal requirement for embalming, and very few (regular) burial grounds require it. It's a convenience for undertakers (and a nice way to bump the price implying it's an expected procedure).
It seems very unlikely that would be the case if your assertion were true.
I don't however know if the undertaker lobby has since managed to get embalmment mandatory / carteling with the graveyards
And this is the reason that composting never took hold in antiquity. For the ancients, who may not have had as much scientific knowledge, burial and cremation could be done improperly, and still provide a sanitary means of disposal of the deceased. You try to compost the deceased in an ancient society lacking the proper techniques, facilities, and medical care, and I'd imagine you'd just be bringing a whole world of problems down on your village or town.
I rather doubt that is they reason why in the past we didn't decide to throw our dead in what is essentially a rubbish heap...
Per the FTC, embalming is not required for burial in any state. A lot of cemeteries require it, but Google "green burial" for more info on places that don't.
According to [1], taking a 40yr old male, the body would be 180cm x 25cm x 70cm (805, 236, 506+378 extrapolated). You'd probably want at least 2.5cm of epoxy border giving you 185cm x 30cm x 75cm or 0.42m^3. Assuming the body takes up about 0.067m^3[2], you're left with 0.35m^3 or 21350in^3. [3] says multiply that by 0.0163 to get 350 litres which then translates to kg of resin. Using GlassCast 50, at 32kg for £450 inc vat, you'd be looking at ~£4900.
(you could also just paint over a few thin layers instead but it wouldn't look as impressive.)
(also you'd need to dry the body out first because the resin would react badly with the moisture.)
[1] https://msis.jsc.nasa.gov/sections/section03.htm [2] https://www.researchgate.net/post/Volume_of_average_human_bo... [3] https://www.easycomposites.co.uk/#!/resin-gel-silicone-adhes...
But I tend to agree that composting is a bit... strange.
The size of the plot and headstone. The common use of heavyweight steel for coffins that can delay decomposition even longer. Concrete grave linings. Cremation is no better from an impact perspective.
I think they may be aiming for corpses that hang around as long as ancient Egypt achieved. :)
Ever been to cemeteries in Paris? Giant monuments, incredibly ornate graves.. The US is far more modest by comparison.
In general, humanity has buried and burned people with expensive objects to show reverence or recognize status. The Egyptians, Greeks, Romans, etc. It's kind of a tradition to waste a bunch of money on the dead!
Composting provides extra oxygen and whatever other steps are necessary to accelerate the decomposition process.
A buried body can last many years, especially if it’s several feet into the clay layer.
Try it. Bury a cat or dog six feet under and come back in five years. If it’s common clay, a large percentage will still be there.
And in some cases (e.g. peat) "many" can end up being "hundreds" or even "thousands".
I imagine it will be at least that long, and likely much longer, until the land used for cemeteries is repurposed.
The vast majority of cultures have rites for taking care of the dead in a tidy manner. This is partly out of respect and partly for cleanliness purposes. Corpses that aren’t embalmed or cremated are hotbeds for disease. Having them naturally degrade seems like a great way for new human-specific evolutions in disease to grow and spread.