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More burnt firs on step ground in the CZU

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More burnt firs on step ground in the CZU

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Rico, what attributes to the long holding fibers on half the hinge and not on the other?

I can see where the wedges were pounded in. With that particular stem, did you lay it uphill, downhill, sidehill?
 
Started today with make a mess and walk away project for a construction company, called last week with short notice “could you please?” etc. Maybe 50’ and 30” on the butt brushy pig, started with top handle and quickly changed my mind, ~1.5hrs from pulling up and chatting. So I head out and pass the project guy.
Him: “Thanks, about how much you thinking?”
Me: “~$500 with drive time”
Him: “How’s about $800 for squeezing it in?”
Gotta love fellow quality trade folk.
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Sent it straight uphill as sidehill or downhill were not an option.

This tree had a pretty decent downhill and sidehill lean so I imagine the long fibers are a result of reaction wood.
Trying to learn here and want to compare with my own experience going forward…was a conifer so regular cells and compression cells. Were those longer fibers compression or regular?
 
Rico, what attributes to the long holding fibers on half the hinge and not on the other?

I can see where the wedges were pounded in. With that particular stem, did you lay it uphill, downhill, sidehill?
isn‘t that quite normal? i thought that is because the front half of hinge fibers becomes compressed and the back part pulled apart.
 
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Should have taken more pics, but this was a butt puckerer. 60ft silver maple lead pointed directly at the house, deck, and service wires. About 20" at the girdled point with SIGNIFICANT decay for 5 or 6 feet above it. Had to do some light rigging from it to avoid the wires and fence. Thankfully my ground guy was extra smooth today.
 
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Should have taken more pics, but this was a butt puckerer. 60ft silver maple lead pointed directly at the house, deck, and service wires. About 20" at the girdled point with SIGNIFICANT decay for 5 or 6 feet above it. Had to do some light rigging from it to avoid the wires and fence. Thankfully my ground guy was extra smooth today.
My gaffs seem to find every rotten tree in my and surrounding counties.
 
isn‘t that quite normal? i thought that is because the front half of hinge fibers becomes compressed and the back part pulled apart.
Have a look at Rico’s photo and maybe you’ll see what I mean.

Short fibers along the “face cut” hinge edge and taller fibers along the “back cut” hinge edge is definitely normal. That’s not what I’m seeing in his photo.

While I see typical fibers across the entire hinge, I’m also seeing lots of taller fibers from the pith out to one edge much more so than the other. Perhaps the hinge is slightly wider toward the edge with the taller tension fibers?
 
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Have a look at Rico’s photo and maybe you’ll see what I mean.

Short fibers along the “face cut” hinge edge and taller fibers along the “back cut” hinge edge is definitely normal. That’s not what I’m seeing in his photo.

While I see typical fibers across the entire hinge, I’m also seeing lots of taller fibers from the pith out to one edge much more so than the other. Perhaps the hinge is slightly wider toward the edge with the taller tension fibers?
yes, i see what you are talking about. looks like the hinge is slightly fatter on the side where the whiskers stick out of the stump but there is also fibre-pull visible on the other side and they probably protrude out of the butt-log. maybe it has something to to where the fibres break under tension first, due to a slight weakness?
 

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