On "Revisionist" error nitpicking (3)

On "Revisionist" error nitpicking (1)

On "Revisionist" error nitpicking (2)

This blog continues the discussion of Jansson’s blog Muehlenkamp mangles mass cremation calculations, commenced in the previous blog of this series.


Apparently aware that the fuel requirements information in the AUSVETPLAN’s third edition doesn't help him much, Jansson preceded his self-projecting accusation of source omission, addressed at the end of this series’ previous blog, with the following considerations:

The information about economies of scale offering a reduction of fuel requirements of one third (from 1500 to 1000 kg for a cow) gives us yet another method for estimating fuel requirements: we can take the fuel requirements of cremation pyres in India (variously reported, but clearly several hundred kg) and reduce the value by one third to obtain an estimate for the fuel requirements for mass pyres of humans. The result of this procedure is again in agreement with revisionist claims about fuel requirements.

Except that traditional Hindu cremation of human corpses is not exactly a fuel-efficient method, as pointed out by the sources referred to in the footnotes of my example e), the Mokshda Green Cremation System:

Estimating that it should only take about 44 pounds (22 kilograms) of wood to cremate the average body (as opposed to the excessive 880 pounds, or 440 kilograms, typically consumed in a 6 hour long formal Hindu cremation), he built his first pyre in 1993, an elevated brazier (i.e. a metal pan or cooking device) under a roof with slats to maintain the heat, which allowed air to circulate and feed the fire. (More Eco-Friendly Funeral Pyres Introduced in India)

In traditional Hindu cremations, the body is placed atop a pile of wood. The corpse is then covered with more wood and burned in the open air. Mokshda says this method requires as much as 880 pounds of wood to burn a single corpse (though the wood porters in Varanasi say the amount is closer to 600 pounds), a process that can take as long as six hours. (Hindus urged to adopt 'green' cremation)

Alarmed by the fuel-intensive nature of the funeral rites of Hindus who practise open-air cremation using firewood, an environmental group in New Delhi is promoting a new, more eco-friendly pyre.(New ‘green’ pyre to cool planet while burning India’s dead)

NEW DELHI: Over 40 million trees are consumed annually in the conventional Hindu system of cremation, leading to the denudation of 1,500-2,000 sq km of forests. It also results in the emission of 7.5 million tonnes of carbon dioxide, adding to global warming and polluting surroundings with suspended particulate matter.
Theoretically speaking, only 22 kg of firewood is required for the disposal of a body but practically 400-600 kg is used. Mokshda Paryavaran Evan Van Suraksha Samiti, a non-governmental organisation (NGO), which gathered the statistics, has devised an environmental-friendly cremation system. (Making funeral pyres eco-friendly)

Emphases in the above quotes are mine.

A little googling leads to a source even more explicit as concerns the inefficiency of traditional Hindu cremation:

A SWEET whiff of burning flesh hangs over India's open-air cremation grounds. The reason is that the traditional funeral pyres preferred by Hindus are extremely inefficient. On a windless day disposing of the remains of a fully-grown Hindu can take six hours and 500kg of wood.

With around 8.5m Hindus expiring each year in India, these pyres exact a huge environmental toll. By one estimate, they consume around 50m trees a year, producing 500,000 tonnes of ash and 8m tonnes of carbon dioxide.

("Burning bodies better", The Economist, Jun 18th 2007. Emphasis added.)

The "Revisionist" yarn about traditional Hindu cremation actually has a long white beard and has even been addressed in one of the HDOT myth/fact sheets already. One wonders why Jansson still uses it. He must be desperate.

Regarding example c):

c) The burning of 600 rams and 218 other sheep carried out in March 2001 near Lille, France, with a wood to carcass ratio of 2.19:1 using dry wood and 2.41:1 using fresh wood^[70]

Jansson doesn’t like my ratios for the requisite mass of dry wood and fresh wood because they "differ by only some 10%, which is manifestly absurd". My error is supposed to have been that I "assumed that the weight of a cord of dry wood is equal to the weight of a cord of green wood", and this is supposed to follow from a glance at my calculations in the blog Belzec Mass Graves and Archaeology: My Response to Carlo Mattogno (4,2).

These calculations were published about 6 years ago, and I would have to go through them to establish if Jansson’s claim is correct, which I don’t feel like doing as it is for Jansson (otherwise so fond of showing tables with red error marks) to demonstrate (and not just claim) that I made the error he attributes to me. In any case, Table 19 in the aforementioned blog doesn’t look like I assumed equal weights for volume units of dry and green wood, for the weight value in the column "Weight of fresh wood equivalent kg" is 10 % higher than the weight value in the column "Weight of dry wood equivalent kg". This difference, if I remember correctly, is related to information on this page whereby "Heat values of Cords with dry wood can be estimated by adding the green wood cords values with approximately 10%". The 56 cubic meters of firewood, which I considered to weigh 19,718 or 21,692 kg depending on whether they consist of dry wood or green wood, are from Mattogno’s article Bełżec or the Holocaust Controversy of Roberto Muehlenkamp, where he stated the fuel requirements of this cremation to have been 350 railway sleepers, 56 cubic meters of firewood, 10 tons of straw and 60 tons of coal and naphta.

Mattogno’s conclusion was that

A sheep of medium build weighs 60-75 kilo, a heavy one 75-90 kg[118]. Assuming the maximum weight, the 818 carcassed would have weighed (818 × 90 =) 73,620 kg and the firewood required to burn them would have corresponded to (270.200: 73.620 =) ~ 3.67 kg of firewood per kilo of carcass.

Jansson argues that I shouldn’t have used the weight per sheep assumed by Mattogno (90 kg) for my calculations because Mattogno had used it "in order to be as generous as possible to his opponent – i.e. to assume an excessive weight and show that his arguments went through nevertheless, and therefore show that with the correct weight they would be even more valid". The weight is supposed to be excessive because "during the 2001 UK FMD epidemic, sheep were assessed at an average weight of 50 kg" and "the weight from the UK is the best available estimate, as it comes from the same year and a neighboring country". In what must be another case of self-projection Jansson even babbles about one of my "favorite methods of deceit" in this context.

What a load of utter nonsense.

First of all, in order to demonstrate that Mattogno’s wood or wood equivalent calculations were mistaken and correct calculations resulted in a lower fuel to body mass ratio under the same body mass assumptions, I of course had to use Mattogno’s body mass assumptions and no other.

Second, there is nothing in Mattogno’s text to indicate that he was being "as generous as possible to his opponent"; he was simply using what he claimed to be the highest of a range of values given by his source, which would have been the appropriate thing to do if his source had really pointed to these values as being the highest ones for sheep cremated in France (and thus probably being of a French breed).

Now, Mattogno’s source for sheep weights gives the following adult weights for foreign breeds raised in Italy: Île-de-France, 90-120 kg for rams, 60-70 kg for ewes; Dorset Down: 70-80 kg for rams, 50-55 kg for ewes; Suffolk, 100 kg for rams, 80 kg for ewes. Which of these breeds is likeliest to have been burned in March 2001, near Lille, France? That’s right, the Île-de-France, a breed of sheep native to the French region of Île-de-France near Paris, one of the top meat breeds worldwide, and most probably the breed that would be raised in the region of Lille, which is pretty close to Île-de-France and, unless I missed something here, has no breeds native to the region. The animals burned were 600 rams and 218 "other sheep". The assumption least favorable to Mattogno’s argument would have been that the 600 rams weighed 120 kg apiece (the maximum weight stated by his source) and the "other sheep" were ewes weighing 70 kg apiece. So if Mattogno had been "as generous as possible to his opponent", as Jansson claims, he would have assumed a total weight of 72,000 kg for the rams (pretty close to the 73,620 kg he did assume) and of 15,260 kg for the ewes, making a total of 87,260 kg for all 818 sheep and an average weight of 107 kg per sheep. The fuel to body mass ratio would then, according to Mattogno’s flawed wood or wood equivalent calculations, have been (270,200÷87,260 =) ~ 3.1 kg of firewood per kilo of carcass, instead of (270,200÷73.620 =) ~ 3.67 kg of firewood per kilo of carcass. With the corrected total wood or wood equivalent values in my Table 19, the ratios would have been (177,330÷87,260 =) ~ 2.03 kg of firewood per kilo of carcass instead of 2.41 (green wood) and (161,192÷87,260 =) ~ 1.85 kg of firewood per kilo of carcass instead of 2.19 (dry wood). As long as we don’t know the actual weights of the animals, these ratios remain a possibility.

This means that Jansson produced a lot of sheep dung when claiming that Mattogno was being "as generous as possible to his opponent". He should have checked Mattogno’s source before making this silly claim. Poor show again, Mr. Jansson.

Ah, and last but not least: whatever weights whoever assessed in the UK during the 2001 FMD epidemic, in whatever context and for whatever reason, are not the "best available estimate" of weights in a specific sheep cremation case outside the UK, and the "same year" and "neighboring country" arguments are also not exactly pertinent. They are one of several possible approximations at best.

As concerns example d), Jansson accuses me of the same fallacy regarding Köchel that I’m supposed to have incurred in regarding Mattogno, "using a number given as a rhetorical concession as if it were the correct value". In his eagerness to accuse me of some method of "deceit" that exists in his self-projecting fantasies alone (he spends a whole paragraph explaining to his sheep how this supposed "tactic" of mine is supposed to work), Jansson obviously failed to notice the important detail that my source for the fuel to body mass ratio was not Köchel’s paper itself, but the rendering thereof by Carlo Mattogno, who in Bełżec or the Holocaust Controversy of Roberto Muehlenkamp wrote the following:

From a serious study of the literature relating to the burning of animal carcasses during epidemics, it turns out that the equivalent given for a human corpse weighing 70 kg is 140 kg of firewood[101], thus 2 kg of firewood per 1 kg of meat.

On pp. 462-63 of the HC critique and in the blog Mattogno, Graf & Kues on Aktion Reinhard(t) Cremation (2), I accordingly referred to

Other incineration cases mentioned by fellow "Revisionist" Heinrich Köchel, which according to Mattogno show that a wood or wood equivalent weight of 140 kg is required to burn a human corpse weighing 70 kg, i.e. a wood-to-corpse weight ratio of 2:1

(Emphasis added.)

And guess who my source for the above was. Not Köchel but

Mattogno, Controversie, p. 30, referring to Heinrich Köchel, «Leichenverbrennung im Freien», in: Vierteljahreshefte für freie Geschichtsforschung, Year 8 Nº 4, December 2004, pp. 427-432; Mattogno, Controversy.

I also referred to Mattogno (and not to Köchel) as my source for the fuel to body mass ratio in the blog Belzec Mass Graves and Archaeology: My Response to Carlo Mattogno (4,2), in which I made the following assessment of Köchel’s publication and Mattogno’s assumptions derived from the same (emphases added):

In the original article I referred to a carcass burning experiment with an air curtain incinerator regarding which various sources point to a wood weight to carcass weight ratio of either 0.58:1 or 1.74:1. Mattogno’s first objection to the lower figure is, quite amazingly, an article by fellow “Revisionist” Heinrich Köchel, ostensibly based on a serious study of literature about the large-scale burning of diseased carcasses during the 2001 epidemic of foot-and-mouth disease in the United Kingdom[179], which according to Mattogno shows that a wood or wood equivalent weight of 140 kg is required to burn a human corpse weighing 70 kg, i.e. a wood or wood equivalent weight to corpse weight ratio of 2:1– the higher of the ratios I eventually assumed in my original article.

Köchel's article is a rather transparent collection of nonsense. For instance, he baselessly claims a ridiculously low concentration of just two bodies per cubic meter on the grid, and that an incineration grid could only have been reloaded after ten days considering the time for burning, cooling of the remains, sifting through them and crushing larger remains (as if the latter tasks couldn't have been done in parallel while the grid was made ready for the next cremation). One wonders how, then, they managed to burn 6,865 bodies on a single much smaller grid within a couple of weeks (with much of the time obviously being taken up by efforts to identify the victims) on the Dresden Altmarkt after the bombing attack on 13/14 February 1945[180]. The only more or less useful part of Köchel's article is the table at the end of it, in which he puts together data from various sources about the incineration of animals affected by foot-and-mouth-disease in Great Britain in 2001 and converts the amounts of various burnable substances given by those sources into the equivalent in wood corresponding to the equivalent of one adult pig carcass:

Table 7

Köchel writes (my translation):

If one adds up the heating values of the burnable materials and expresses the sum as an equivalent amount of wood, the resulting values are between 125 and 875 kg of wood for the equivalent of one pig, the average value being 325. Given this relatively high variation it seems appropriate to dismiss the two extreme values, and the average thus corrected is then 280 kg of wood for the equivalent of one pig. If one considers the human body in this manner, one can make the careful assumption that two human corpses correspond to one swine carcass, or eight human corpses to one carcass of beef cattle. One thus obtains an amount of about 140 kg of wood, which would have to be used for burning one human corpse. Depending on the type of wood this weight corresponds to about 0.2 to 0.3 cubic meters of dry (!) wood.

Mattogno apparently assumes that Köchel considers the average weight of a pig to be 140 kg and the average weight of a human being to be 70 kg, though this doesn't become apparent from Köchel's article. As the weight of a domestic pig ranges from 50 to 350 kg[181], the data in Köchel's table don't tell us much without knowing the weight of the animals burned that each of his sources mentions or considers, which in turn makes Köchel's dismissing the highest and the lowest value seem somewhat arbitrary, all the more so as the latter is based on recommendations made by an authoritative source on the subject, the Food and Agriculture Organization of the United Nations (FAO), which is furthermore the basis of Köchel's conversion of animals other than swine into swine equivalents.

As I didn’t quote or refer to Köchel regarding the food to body mass ratio of 2:1, Jansson has made a fool of himself for the second time (the first was when he claimed that Mattogno had been "as generous as possible to his opponent", see above) by accusing me of having "using a number given as a rhetorical concession as if it were the correct value". Congratulations, Mr. Jansson!

Following yet another sadly failed attempt to smear his opponent, Jansson tries to sanitize Köchel, by referring to his favorite FMD weight figures (500 kg a bovine, 100 kg a pig, 50 kg a sheep) and arguing, based on the high fat content of pigs, that the equation should be not 1 pig = 2 Jews as per Köchel’s "exceedingly generous" assumption, but rather 1 sheep = 1 Jew, thus doubling the fuel to body mass ratio that Mattogno derived from Köchel’s considerations.

Convenient as this equation is for Jansson’s articles of faith, it also has several flaws.

The first, as already pointed out in the previous installment’s first update, it that it is unlikely that the authors who published the rule of thumb whereby 1 cattle corresponds to 4 pigs or 4 shorn sheep for the purpose of fuel requirements had Jansson’s favorite weight figures in mind, at least as concerns pigs and sheep. What is more likely (as there’s no reason why pigs and sheep, despite their relatively higher fat content in comparison to that of bovine cattle, should require more fuel on a per-weight-unit basis than bovine cattle) is that the distribution was based on an assumed weight ratio of 1:4 between bovine cattle and pigs and between bovine cattle and sheep. This, incidentally, also seems to be suggested by Köchel’s table.

The second is that, while the aforementioned rule of thumb may hold true in most cases, it cannot be applied if, in the specific cremation case assessed, the weights of the carcasses cremated differ considerably from what corresponds to the rule of thumb, e.g. where burned pigs or sheep are mature animals from a breed in which such animals are heavier than what the rule of thumb considers to be the average for the species. Without knowing the weights of the animals in each case, calculations of fuel requirements per body mass are largely speculative approximations that may turn out to be completely mistaken.

The third flaw is that Köchel’s calculations are themselves flawed, in that he excluded the Caldbeck data and the FAO data without a reasonable justification. Especially the exclusion of the latter, i.e. the very set of data from which he took his 1 bovine = 4 pigs = 4 sheep rule of thumb (and which can be assumed to have been based on a wide range of experience, or on another source drawing on such experience), with the pretext that the value for the equivalent of one pig is too low, comes across as an artifice meant to obtain a desired average – moreover as the FAO data are more or less in line with three other sets of data, those of the Heddon-on-the-Wall cremation, the first Oswestry cremation and the cremation at Bondues, France. If Köchel wanted to exclude cases that seemed unrepresentative, the likely candidates would have been Caldbeck alone or Caldbeck and DOH, not Caldbeck and FAO.

The table below is based on Köchel’s figures in the columns "Schweineäquivalent" (pig equivalent) and "Holzäquivalent [l]" (wood equivalent in tons, which I converted into wood equivalent in kg by multiplying each value with 1,000). The calculated values in the column "Wood per pig kg" are slightly but not much different from the values in Köchel’s table, the difference probably resulting at least chiefly from the fact that Köchel used the wood equivalent values in kg yielded by his calculations, even though he only showed rounded values in tons in his table. The values in this column "Wood per pig kg" are then, in the columns to the right of it, divided by three assumed pig head weights: 140 kg (which seems to correspond to Mattogno’s understanding of Köchel’s paper) 125 kg (which corresponds to my understanding as to the pig and sheep weights considered when establishing the 1 bovine = 4 pigs = 4 sheep rule of thumb) and 100 kg (which is Jansson’s favorite pig weight figure related to the 2001 FMD epidemic).


The averages include those taken by Köchel ((a) and (b)) and the ones that I think Köchel should have taken ((c) and (d)). The latter two yield lower food to body mass ratios than the former. Average (c) (without Caldbeck) yields ratios of 1.91, 2.14 or 2.67 kg of wood per kg of carcass, depending on whether the assumed individual pig weight is 140, 125 or 100 kg, while average (d) (without Caldbeck and DOH) yields ratios of, respectively, 1.63, 1.83 and 2.29 kg of wood per kg of carcass.

However, I don’t consider these averages very meaningful, at least not more meaningful than the FAO ratios I expect to be based on a wide range of experience (respectively 0.89, 1.00 and 1.25 kg of wood per kg of carcass). More interesting is the fact that there are three cremation cases (Heddon-on-the-Wall, first Oswestry and Bondues, France) plus one guideline presumably based on a wide range of experience (FAO) that yield fuel to body mass ratios below 2:1, and even close to or below 1:1 if pig weights higher than 100 kg are considered.

This proves that it is possible to cremate carcasses in open pyres with fuel to body mass ratios below 2:1 or even close to or below 1:1. Such possibility alone means that Mattogno and his epigones cannot provide proof that it is impossible to cremate carcasses in open pyres at fuel to body mass ratios below their desired 3.5:1 ratio.

And this, in turn, means that they fail to meet the impossibility/impracticability proof requirements outlined in this series’ 1st installment, before we even consider the differences between open air cremation of carcasses and corpse cremation at the AR camps that were pointed out in the 2nd installment of this series.

It is worth noting, by the way, that the cremation at Bondues, France mentioned in Köchel’s table, for which Köchel calculated a wood equivalent amount of about 190,000 kg (and in which, depending on the individual pig weight considered, the fuel to body mass ratio is 1.23, 1.38 or 1.73 kg of wood per kg of carcass) is obviously the same cremation regarding which Mattogno "generously" claimed a wood equivalent amount of about 270,200 kg and a ratio of 3.67. At least the number and type of carcasses (818 sheep) is exactly the same, and so is the source from which Köchel and Mattogno derived their data ("La Voix du Nord, 6. März 2001, „Un bûcher de 100 m de long pour 600 moutons“" = "Valérie Cormont, ”Un bûcher de 100 m de long pour 600 moutons”, in: La Voix du Nord, March 6, 2001")

Regarding my example e), the Mokshda Green Cremation System (MGCS), Jansson swiftly converts my observation that that the system’s description "suggests that it’s a rather simple device, and an open-air pyre rather than a cremation oven" (i.e. that the description suggests the device to have more similarities with an open-air pyre than with a cremation oven) into an "assumption that this system was an open-air pyre", and points to Mattogno’s supposed demonstration on pp. 1229-1230 of MGK’s magnum opus (I think he means pp. 1363-1367, especially p. 1366) that this device is "not at all comparable to an open-air pyre, and is therefore of very limited relevance to the problem at hand". Actually what Mattogno writes on p. 1366 makes my point that the MGCS has more in common with an open-air pyre than with a cremation oven, for Mattogno expressly compares the MGCS with the Dresden Altmarkt pyres, the only difference he points out being that air circulation is more efficient in the former than in the latter:

But a simple pile of corpses put on a grid of rail tracks, however, has nothing to do with the Mokshda cremation facility. In the latter case the principle of air flow around the corpses is ensured by the special structure of the grid and by the presence of a single corpse, with the possibility to regulate the combustion with the help of a movable chimney. In the case of the Dresden pyres the air flow only took place around the pile as a whole and affected only the external parts of the corpses. It is clear that the purpose of the pyres in this case was not incineration, but the partial carbonization of the bodies for hygienic reasons.

Mattogno may be right in that air circulation is better in the MGCS, and the movable chimney to regulate combustion is also an improvement over the Dresden pyres. But this doesn’t mean that the MGCS has nothing to do with the Dresden pyres; it just means that it is an improved open air pyre used for individual as opposed to mass cremation (see photos below, courtesy of Mattogno, as above pp. 1365 and 1367).

Mattogno’s caption: "Illustration 12.12: Cremation apparatus Mokshda. From: www.thehindu.com/life-andstyle/society/article3008863.ece"

Mattogno’s caption: "Illustration 12.13: Cremation apparatus Mokshda. From: Michele Clausi, Vita, morte e biossido di carbonio: la pira sostenibile, in: www.greenme.it/informarsi/ambiente/298-vitamorte-e-biossido-di-carbonio-la-pira-funebresostenibile"

Mattogno’s caption: "Illustration 12.16: Corpses pyre in Dresden. “Image 8.5” of Muehlenkamp (p. 488)"

Mattogno’s caption: "Illustration 12.17: Corpses pyre in Dresden. From: http://www.dhm.de/lemo/objekte/pict/ph003739/index.jpg"

As to Mattogno’s claim that the Dresden pyres only produced "the partial carbonization of the bodies for hygienic reasons", I have pointed out here and here (among other places) that this claim is in contradiction with photographic and (other) documentary evidence whereby the cremation result of the Dresden pyres was at least far closer to complete combustion than Mattogno is prepared to admit.

Jansson goes on nitpicking that my source mentioning the first pyre built by Vinod Kumar Agarwal in 1993 says that this pyre burned ""about 100 kg", not "100 kg"". Poor soul.

He then derides my source as "a piece of low-grade promotional journalism, obviously written without any real research (basically a regurgitated press release)" and claims that a "more serious report", cited by Mattogno on p. 1227 of the magnum opus (I think he means p. 1363) "gave the fuel consumption as 150 kg per body".

Actually Mattogno’s "more serious source", a March 2012 article from The Hindu, begins with the following information, before mentioning that the MGCS requires "150 kg of wood as against the 400 kg required in the conventional system" (emphasis added):

Recently, a highly influential family reportedly reached Lodhi Road crematorium ground with the mortal remains of their beloved. Along with it they brought 400 kg of precious sandalwood for the purpose of cremation. After all, the last rites ritual is an important occasion to honour and respect the memories of the departed soul. So, even if it takes huge quantity of this valuable timber, so be it.

At the crematorium they came across an eco-friendly cremation system Mokshda, using which they were told could save 300 kg of the wood. They did exactly that, used 100 kg of the wood and took back the rest. But the makers of Mokshda aren't as lucky every time. People are not willing to listen so readily.

The figures given in the article, first 100 kg and then 150 kg, can be conciliated by assuming that the fuel requirements are not the same in every cremation and 150 kg per corpse is a maximum.

Moreover, the MGCS as referred to in the "more serious" article is obviously the system as presently operating, which is not the same as the 1993 "raised human size brazier" mentioned in my "piece of low-grade promotional journalism". The MGCS has undergone significant modifications since its first version, modifications apparently aimed less at increasing efficiency than at making it more acceptable to tradition-minded Hindus. The following is from a source that can hardly be called "low-grade promotional journalism", the already mentioned June 2007 article from The Economist (emphasis added):

Before building its latest pyres—including the dozen currently functioning—the NGO consulted Hindu priests on all aspects of their design. Among several changes that resulted, it stopped making its pyres in iron, which is an “unclean” metal for Hindus. It includes an icon of the Hindu god Shiva with each pyre, and has an education programme to help persuade traditionalists of the environmental evils of a conventional burning.

Could it be that the mentioned changes (e.g. replacing iron by a less conductive metal, or by tile material) sacrificed some fuel efficiency to better acceptability? Perhaps, but The Economist also mentions 100 kg of wood per corpse cremation:

This “Mokshda green cremation system” gives control over the temperature and circulation of the air around the flames. Mokshda says its system can dispose of a corpse in no more than two hours, using only 100kg of wood.

And it further mentions planned improvements, though the aforementioned 2012 article from The Hindu suggests that these have not yet been achieved:

With further improvements, Mokshda aims to be able to reduce an adult's corpse to ashes with only 70kg of wood.

These are current values or projections for individual cremation. It may be more difficult to achieve the same air flow quality in multiple cremation, but on the other hand, wouldn’t the economies of scale, mentioned in the previous installment (which Jansson would apply to traditional Hindu cremation, so he can’t have any objections to applying it to something that is more similar to burning corpses on a grate like at Dresden and the AR camps) reduce fuel consumption, perhaps by one-third (i.e. from 150 kg to 100 kg, from 100 kg to 67 kg, or from the projected 70 kg to 47 kg per corpse)? Looks like a possibility to be taken into consideration.

With this I reach the end of my discussion of Jansson’s blog Muehlenkamp mangles mass cremation calculations, and the conclusion doesn’t look good for Jansson.

If his objective was to show that "in every single one of his examples, Muehlenkamp either made a mathematical error, an inadmissible assumption, or ignored vital related information", he has failed disastrously.

Additionally he has shot himself in the foot (besides making a fool of himself) with his Mattogno/Köchel claims discussed in the present installment.

Whether alone or on top of having brilliantly exemplified the basic dilemma of "Revisionism" outlined at the beginning of this series, that’s quite an achievement indeed (even by Jansson’s standards).

And I look forward to more such achievements as this blog throws Jansson into another fit of rage, which I presume it will.