yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

Securing Lumber Stores (Deleted Scene) | Life Below Zero


2m read
·Nov 11, 2024

It's too hot out here. First t-shirt day of the year. Word is the river's been moving upstream of me, so I'm expecting today, sometime today, maybe as late as early tomorrow morning. But not a lot of time to get the last finishing touches done here. It's kind of nice to know that it is moving; it has put some urgency into what I'm doing.

I know there's still some projects that need to get done, and I got a kick butt and get them done right now because I know it's coming. So the job at hand right now is to get these logs all tied together. This is about two weeks' worth of cutting trees and hauling trees in, and this will all be raw materials for use with my sawmill.

The big fear I have is I got a little hell of a lot of work invested in these logs, and I don't want them to float away. So I think what I want to try and do is get some nails driven into these, run rope around them, connect them all up, get them tied off to a tree or something so they can't float away. Then I'll do the same with that pile over there.

In 2009, I had enough logs to build a house, and they all went away in about 12 hours. That was a hard lesson learned, so I don't want to lose these. It's pretty hard to put a value on stuff like this, but you know this is thousands of dollars' worth of lumber. I know that for me it's the time I put into it—time and calories.

So I need to do now is just take a line, staple it onto all the logs, go back over, staple it up the other way—that should tie them together. One of the projects I have for this summer, in addition to finishing this house, is putting up a couple of yurts. One of them will be one that'll be for my clients, but the other one will be basically a workshop—a 24-foot diameter workshop—so I have a good place to work in the winter.

You don't usually get trees this big; I had to hunt around quite a while to find trees this big around here. Pretty valuable—these big guys right here are pretty valuable to me. I don't want to lose them. I don't know if that'll stop it from floating away or not, but maybe there's a little bit of peace of mind that it might slow it down anyway.

I think if I fled to the point where all these logs are floating and all this material here is floating, I'm in big trouble. I'll probably have a lot bigger worries than a few logs floating away at that point. I think that's good.

More Articles

View All
Bandit bakers and the social contract
A YouTube user made a two-part video in which he gave replies to claims that he associates with libertarianism. I was quickly asked to give a response. I’m busy working on the follow-up to George Ought to Help at the moment, so I’m gonna keep this brief a…
Finding connections between ideas within a passage | Reading | Khan Academy
Hello readers. Today we’re going to talk about making connections. So, I don’t mean to brag, but I have at least one friend. I’m kind of a big deal! I have friends at work, friends from the schools I attended, friends in my apartment building, in my neigh…
The GOAT and the Pancreas - Linked | Explorer
NARRATOR: OK, there’s this Argentinian guy named Adolfo Cambiaso. Many call him “The G.O.A.T of polo.” You know, the sport with the horses and the sticks and the ball and all the money, like the logo on your collared shirt. Adolfo has been ranked among th…
Crowdfunding campaign: Give Me Your Ball
Why don’t we start by telling? By introducing. Why don’t we start by having? Let’s start. My name is Thomas K. A couple of years ago, I made the film “George Ought to Help.” Last year, with the help of crowdfunding, I made the film “Edgar the Exploiter.”…
Using similarity to estimate ratio between side lengths | High school geometry | Khan Academy
So we’ve been given some information about these three triangles here, and then they say use one of the triangles. So use one of these three triangles to approximate the ratio. The ratio is the length of segment PN divided by the length of segment MN. S…
Factoring using polynomial division | Algebra 2 | Khan Academy
We are told the polynomial p of x is equal to 4x to the third plus 19x squared plus 19x minus 6 has a known factor of x plus 2. Rewrite p of x as a product of linear factors. So pause this video and see if you can have a go at that. All right, now let’s …