Difference between revisions of "Recreation Value Model"
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(New page: ==Stand-level index= For each stand, a recreation index (RI) can be calculated as a function of the following variables: ===For bare land and plantations (<2m height)=== *Age structure (R...) |
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For each stand, a recreation index (RI) can be calculated as a function of the following variables: | For each stand, a recreation index (RI) can be calculated as a function of the following variables: | ||
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===For older stands === | ===For older stands === | ||
*No. of stems (Many large trees are preferred before small trees) | *No. of stems (Many large trees are preferred before small trees) | ||
| − | *Soil damage (Occurence of soil | + | *Soil damage (Occurence of soil damages from harvest machines etc. has a negative impact on RI. |
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| + | ==Landscape level== | ||
Revision as of 17:19, 3 November 2008
Stand-level index
For each stand, a recreation index (RI) can be calculated as a function of the following variables:
For bare land and plantations (<2m height)
- Age structure (RI increases with increased tree size diversity)
- Dead wood occurence (RI decreases with increased abundance of dead wood).
- Downed logs (RI decreases with increased abundance of downed logs. Percepted as hindering)
- Harvest residues (RI decreases with increased abundance of harvest redidues)
For young stands > 2m, and before first thinning
As above, plus:
- Pine and spruce proportion (RI decreases with increased occourence of conifer plants, broadleaves are preferred)
For older stands
- No. of stems (Many large trees are preferred before small trees)
- Soil damage (Occurence of soil damages from harvest machines etc. has a negative impact on RI.
==Landscape level==
References
Lindhagen...