Thats horse####. This is a hazardous tree, cabling is not a guarantee and if he is looking for an answer that guarantees that tree isnt going to fail when he or someone else happens to be in that out building then the answer is remove the tree. You say no offense given, but your holier-than-thou attitude with this crap that
"Alot of quick lets take it down with out knowing more about the situation, man that just sucks that that's what you get mostly. I take care of TREES TOO" is offensive to some of the other people in here. As a matter of fact most of the people in here "take care of TREES TOO" and attempt to educate the customers on tree care. In this case that tree or those trees are now somewhat hazardous. In the future they are going to be very hazardous. I would bet there is not a tree care person here that has not seen a 3/8 cable snapped by a windstorm.
Sometimes removal is just the right answer, you cant save all the trees so drive down to Jersey and hug that one while you can... and by the way thanks for our lovely new gun laws.
heres a little education for you.
Codominant Stems
What does that refer to?
The term "codominant stems" is used to describe 2 or more main stems (or "leaders") that are about the same diameter and emerge from the same location on the main trunk.
As the tree grows older, the stems remain similar in size without any single one becoming dominant.
Why are such stems important to recognize?
Codominant stems tend to fail much more often than others, especially in storms.
Though such stems may look fine to the casual observer, they may actually be dangerous.
Early recognition of such stems allows remedial action when it does the most good.
Many of our most common street, highway, and park trees commonly form codominant stems.
Maples and oaks
Conifers that have lost the terminal during development
How can you tell if there is a serious problem?
Classifying codominant stems into 3 risk stages can aid in their management:
- Risk Stage 1: does the union between the two stems form a "V" but there are no other symptoms? A "V" union is much more likely to fail than a "U" Stems with a "V" union compress bark between them as they grow, leaving little physical connection
- Risk Stage 2: are there symptoms of decay in the union? Can you see rotted matter between the stems? Is there any fluid flowing from the union? Are there woody plants growing in the union? Do you see wide "ears" (swelling) on either side of the union?
- Risk Stage 3: is there any sign of failure? Can you see any cracks in the union itself? Is reaction wood being formed rapidly at the base of the stems?