Difference between revisions of "ESC.Decision support techniques"
From forestDSS
(Created page with "{{Decision support techniques |Has forest model=Forest stand models |Has ecological model=Soil erosion model |Has social model=N/A |Has other models=Forest (inventory data) in...") |
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{{Decision support techniques | {{Decision support techniques | ||
|Has forest model=Forest stand models | |Has forest model=Forest stand models | ||
| − | |||
|Has social model=N/A | |Has social model=N/A | ||
|Has other models=Forest (inventory data) information management | |Has other models=Forest (inventory data) information management | ||
| − | |Has optimisation package= | + | |Has MCDM method=Simple ranking |
| + | |Has optimisation package=AIMMS | ||
|Has optimisation algorithm=Any optimisation method | |Has optimisation algorithm=Any optimisation method | ||
|Has risk evaluation=Climate change | |Has risk evaluation=Climate change | ||
|Has uncertainty evaluation=Any simulation method | |Has uncertainty evaluation=Any simulation method | ||
|Has planning scenario=Climate change | |Has planning scenario=Climate change | ||
| + | |Has other methods=EMIS | ||
}} | }} | ||
| + | EMIS attempts to present the complex interactions between site constraints and silvicultural options to improve establishment success and tree growth. Good practice guidance is web-delivered by providing recommended options for cultivation, fertilization and aspects of 'plant quality' after species choice is matched to site constraints.The EMIS software integrates with the Ecological Site Classification system . The ESC DSS uses models to assess tree species dependent upon six Ecological Site Classification (ESC) factors as criteria for testing site-species suitability. | ||
Latest revision as of 14:13, 20 February 2015
Decision support techniques
| Has forest model | Forest stand models |
|---|---|
| Has ecological model | |
| Has social model | N/A |
| Has other models | Forest (inventory data) information management |
| Has MCDM method | Simple ranking |
| Has optimisation package | AIMMS |
| Has optimisation algorithm | Any optimisation method |
| Has risk evaluation | Climate change |
| Has uncertainty evaluation | Any simulation method |
| Has planning scenario | Climate change |
| Has other methods | EMIS |
- has related DSS:ESC
EMIS attempts to present the complex interactions between site constraints and silvicultural options to improve establishment success and tree growth. Good practice guidance is web-delivered by providing recommended options for cultivation, fertilization and aspects of 'plant quality' after species choice is matched to site constraints.The EMIS software integrates with the Ecological Site Classification system . The ESC DSS uses models to assess tree species dependent upon six Ecological Site Classification (ESC) factors as criteria for testing site-species suitability.
