Ok I’m going to try and contour this as simply as possible. It won’t be perfect.
First, a couple of assumptions:
- we can measure the cost of tree damage, and assign a value to it.
- we can develop a margin for error on the above measurement, and be conservative in the assessment.
- we can measure the cost of personal injury incurred by professionals who work with trees that may have metal left in them. Also, it’s 2023, not 1987. We can assign a value to these injuries.
- we can develop a margin for error in the above measurements, and be conservative in the assessment.
- we can include the costs for more robust studies on tree health, and the impacts that these climbing methods have on it.
- we can update our management techniques often as we learn more. And we can remain open to the idea that we very likely have no idea if the impacts are positive or negative with regard to the entire ecosystem and our management goals.
Ok….
Taking those priors on board, lets assume a few options for poll:
First, a couple of assumptions:
- we can measure the cost of tree damage, and assign a value to it.
- we can develop a margin for error on the above measurement, and be conservative in the assessment.
- we can measure the cost of personal injury incurred by professionals who work with trees that may have metal left in them. Also, it’s 2023, not 1987. We can assign a value to these injuries.
- we can develop a margin for error in the above measurements, and be conservative in the assessment.
- we can include the costs for more robust studies on tree health, and the impacts that these climbing methods have on it.
- we can update our management techniques often as we learn more. And we can remain open to the idea that we very likely have no idea if the impacts are positive or negative with regard to the entire ecosystem and our management goals.
Ok….
Taking those priors on board, lets assume a few options for poll: