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My take on this is that they use very similar resources as black bears do, and we have thousands of those here in BC. The only real difference from bears' needs is having to forage in winter, which bears avoid by hibernating. Sasquatch is supposed to be pretty intelligent, so presumably plans ahead by stockpiling food for the winter needs, such as nuts and tubers, which store well.

My personal opinion is there are far less out there than what people like to think. I would also say there is a lot of bad data incorporated from databases of encounters these days, I would be interested to see a data averaging from the 60's up to say 2008 ( before Finding Bigfoot ). I think you would see a very different spread both across behaviors and clusters geographically on the map. I do think the scenarios you lay out do in fact occur but just far less than reported.

Well it certainly doesn’t bode well for the person in Illinois claiming a family of Sasquatch live on his 50 acre wood lot all year long. But I don’t think they are that populous. And also that their activities probably fall through the cracks and are attributed to something else. Lastly? If they are as smart as say an Orangutan? Orangutans pick locks, know sign language and can paddle a boat. Surely Sasquatch could be rather cunning. And they probably know that sustained contact with humans is unhealthy. So they stay nocturnal, take only what they need and keep moving.

Go back 'n' read Nathan's post from a few days ago. He was talking about something else but the lack of obvious destruction like you're asking about is a side effect .. from a couple different angles.

It's possible that they do raid crops, and that it gets attributed to bears or feral hogs, as they are much more visible and therefore the "logical" answer.

This is what bothers me. First, FWIW, I made a chart for my own edification comparing biological facts about common animals. As I got all of this information off the web, I am certain that it is highly accurate & not subject to question. Somewhere, I found an estimate that Cro-Magnon, Neaderthals, and paleo-Indians required 4,800 calories per day and moose required 9,700 calories per day. The data I found for other large animals is just in poundage - 10-20 pounds of food per day for elk, 30 pounds per day for grizzly bears, 35 pounds for black bears(?), and 30-45 pounds for gorillas. What bothers me is that if Bigfoot is an omnivore, and if Bigfoot is as populous in the eastern US as some believe, why aren't they eating farmers out of house and home? Deer do it, groundhogs do it, foxes and coyotes prey on chickens, and such ... why wouldn't a bigfoot settle down near a nice big corn or potato or squash field and simply strip mine it for a day or two, then move on. That problem occurs with other biological animals, why doesn't it occur with Bigfoot?

The 3d scan sure is better than a casting. We need more of that in our research efforts.

The mountains and inland plateaus of BC get heavy accumulations of snow, but the coastal valleys only get a few snow days a year, usually followed by enough rain to melt it away quickly. Most sightings in BC, Wa. and Ak. occur in those coastal valleys. The only Sasquatch trackway I ever found was in late spring snow, crossing a pass over a ridge between two river valleys. I believe they stay below the snowline as much as possible, just as the majority of big game does.

I would suggest a home range model with a nomadic cycle of following resources completely every 2 to 3 weeks ( obviously deviating enough down from lasting snow ) along box-canyons and or benches that follow streams and smaller river pathways. This area would be chosen based on the ability to remain hidden, thermoregulation and browsing/hunting along the way. My data indicates constant movement cycle within a territory, they seem to hang in an area for not much longer than 3 or 4 days ( there have been certain months in certain areas that are exception ) and they basically travel for a day to another resource area along a known routine and hang out for a few days and so on, eventually they follow this general path all the way back around to the starting line and repeat but constantly flexing the path ( within 1 or 2 miles of bandwidth outside of direction of intended travel ) according to need or human activity. This model prevents patterning by prey and humans, prevents over browsing and resource devastation, explains the indifference and frequency of road crossing reports and provides a schedule that allows for gauging future resources to avoid scarcity periods. I plan on doing a thread thoroughly explaining it all in-depth in the near future.