Baboon Extra Head, I think you are being a little harsh for a quickie 15-minute job of estimating based on a few estimated and averaged numbers. First, I realize there are innumerable variables to deal with and I realize they change the numbers. The amount of time to include all these variables would not be worth the effort. There are also very little hard numbers that can be used. Trying to come up with population estimates, life expectancy, and other variables are all just educated guesses. In short, I think you have some valid objections, but that they cannot be practically applied.
You mentioned that BF is not evenly dispersed throughout areas, which is true. That is why I set up a hypothetically average area. It would be practically impossible to predict specific rates for specific areas.
You also mentioned that
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We are told that Bigfoot is territorial. This means that they should be living in social groups within the relative vicinity of any signs or evidence of presence. Even if the territory is large, it changes your analysis by orders of magnitude
The communal structure and territorialness (I know territorialness is not a real word, but I am using it anyways) of BF is something that I do not believe there is enough information to justify either way. I also fail to see the connection between territorialness and living in social groups. Orangutans for example are territorial, but do not live in social groups, at least not with my definition of a social group. Also,
if BF is territorial, it is likely that they would be more evenly dispersed than if not territorial. Non-territorial animals may tend to congregate to a greater degree in areas with better food/shelter resources.
To make an analysis to find the ideal rate of BF body discovery based on human activity would be a gargantuan undertaking. I would welcome you do deal with all the variables and show something otherwise. You are right that it might come up with the mirror opposite, but it also might not. Both results are possible without doing the analysis you proposed.
About body decomposition, I did not suggest a body would only be discoverable for 2 weeks. The two week number was one of my two extremes and I think it is a conservative number for the fastest rate of skeletalization. Some of the bigger variables for decomposition rates are temperature, humidity, carnivore and insect access, and body size. BF's environment and size aid in the speed of decomposition. Larger sizes increase rates. Higher humidity increases rates, which the PNW has. Also the areas BFs are in probably have high rates of carnivore and insect access.
Here is a body decomposition model that lets you play around with a few variables. I stand by the two week claim to skeletalization for the fastest rate of decomposition. Also, while a skull may still draw attention, fragmented skeletal pieces are not anywhere near as easy casually spot than a complete body.
Finally, I think your statement of
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I think that if you want to propose that a real population of BF is out there but has never been confirmed, then statistics are not your friend.
is overstating any intentions I had. I find it hard to construe that posting a couple of simple numbers equals trying to propose a real population of BFs or suggesting that it can be done. You are right that BF is not very statistics friendly. Statistics are calculated from a sample, of which there is very little in regards to BF. What I did was not statistics and I never claimed them to be, I only tossed out a quick estimate.