Difference between revisions of "FMPP"
From COST Action FP0804: FORSYS
Ola Eriksson (Talk | contribs) |
Ola Eriksson (Talk | contribs) |
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{{DSS description, Identification | {{DSS description, Identification | ||
| − | |Acronym= | + | |Acronym=FMPP |
| − | |Name= | + | |Name=Forest Management Planning Package |
| − | |Contact person= | + | |Contact person=Ola Eriksson |
| − | |Contact email= | + | |Contact email=ola.eriksson@slu.se |
| − | |Type of the owner organization= | + | |Type of the owner organization=research institution, higher or secondary education establishment |
| − | |Website= | + | |Website=http://www.srh.slu.se/default.cfm |
| − | |Description= | + | |Description=The Forest Management Planning Package it is an existing planning system used in practical forestry in Sweden. It focuses on the economically effective resource management of forest timber. The FMPP integrates economic theory, objective inventory measurements, growth forecasts and optimization methods. It is essentially aimed at long term (strategic) planning of larger forest holdings. The planning problem can be formulated and solved in two ways. (1) A non-linear objective function and mathematical optimization result in a compromise between maximization of economics benefits (Net Present Value) and a sustainable development (sustained net-revenue profile). (2) A linear programming package, [[JLP]], is utilized to maximize Net Present Value under some preselected restrictions. |
| − | + | |Development start year=1970 | |
| − | |Development start year= | + | |Institutional framework=research prototype (R&D project) |
| + | |size=User access control= Team profiles= Software development methods= | ||
| + | |participating in specification= | ||
}} | }} | ||
{{DSS description, FORSYS problem types classification | {{DSS description, FORSYS problem types classification | ||
| − | |Temporal scale= | + | |Temporal scale=long term (strategic) |
| − | |Spatial context= | + | |Spatial context=non spatial |
| − | |Spatial scale= | + | |Spatial scale=forest level |
| − | |Decision making dimension= | + | |Decision making dimension=single decision maker |
| − | |Objectives dimension= | + | |Objectives dimension=single objective |
| − | |Goods and services dimension= | + | |Goods and services dimension=market wood products |
| + | |size=User access control= Team profiles= Software development methods= | ||
| + | |participating in specification= | ||
}} | }} | ||
{{DSS description, Utilisation scope | {{DSS description, Utilisation scope | ||
| − | |Status= | + | |Status=used (stable |
| − | |User profile= | + | |User profile=corporations, IT company |
| − | |Initial deployment effort= | + | |Initial deployment effort=<= 1 week |
| − | |Adaptation effort= | + | |Adaptation effort=parametrised by the user |
| − | |Maintenance organization= | + | |Maintenance organization=SkogForsk |
| − | |User support organization= | + | |User support organization=SkogForsk |
| − | |Support team size= | + | |Support team size=1 |
| − | |Number of real-life applications= | + | |Number of real-life applications=<=30 |
| − | |Last utilisation year by users= | + | |Last utilisation year by users=2009 |
| − | |Typical use case= | + | |Typical use case=200,000 ha |
| − | |Number of users= | + | |Number of users=<=30 |
| − | |Utilisation in education= | + | |Utilisation in education=used by students |
| − | |Manual= | + | |Manual=No |
| − | |Accessibility= | + | |Accessibility=restricted access |
| − | |Deployment cost= | + | |Deployment cost=<= 10‘000€ |
| − | |Installation requirements= | + | |Installation requirements=Windows; JLP if LP |
| − | |Country= | + | |Country=Sweden |
| + | |Last utilised in education=2008 | ||
| + | |size=User access control= Team profiles= Software development methods= | ||
| + | |participating in specification= | ||
}} | }} | ||
{{DSS description, Functional description | {{DSS description, Functional description | ||
| − | |Species= | + | |Species=Norway spruce; Scots pine; Birch; Oak; Beech; Other deciduos |
| − | |Silvicultural regime= | + | |Silvicultural regime=even-aged |
| − | |Forest management goal= | + | |Forest management goal=afforestation management, economic evaluation, forest inventory, silvicultural regime, wood supply planning |
| − | |Risk evaluation= | + | |Risk evaluation=N/A |
| − | |Input data requirements= | + | |Input data requirements=Forest inventory data |
| − | |Modelling dimension= | + | |Modelling dimension=Economical indicators, Forest indicators |
| − | |Planning scenario= | + | |Planning scenario=- |
| − | |Parameterised GUI= | + | |Parameterised GUI=Yes |
| + | |size=User access control= Team profiles= Software development methods= | ||
| + | |participating in specification= | ||
}} | }} | ||
{{DSS description, Models and techniques to support decision making | {{DSS description, Models and techniques to support decision making | ||
| − | |Optimisation algorithm= | + | |Optimisation algorithm=linear programming |
| − | |MCDM methods= | + | |MCDM methods=N/A |
| − | |Knowlegde management methods= | + | |Knowlegde management methods=N/A |
| − | |Forest models= | + | |Forest models=growth models, yield models |
| − | |Ecological models= | + | |Ecological models=N/A |
| − | |Social models= | + | |Social models=N/A |
| − | |Data mining= | + | |Data mining=N/A |
| − | |Uncertainty evaluation= | + | |Uncertainty evaluation=N/A |
| − | |2D map interface= | + | |2D map interface=No |
| − | |3D map interface= | + | |3D map interface=No |
| + | |size=User access control= Team profiles= Software development methods= | ||
| + | |participating in specification= | ||
}} | }} | ||
{{DSS description, Support for knowledge management processes | {{DSS description, Support for knowledge management processes | ||
| − | |Tool dissemination= | + | |Tool dissemination=Consultant mediated |
| − | |Supported KM processes= | + | |Supported KM processes=Knowledge Storage |
| + | |KM tools used during the development of the DSS=Database | ||
| + | |Kind of knowlegde and information processed=Explicit Knowledge | ||
| + | |size=User access control= Team profiles= Software development methods= | ||
| + | |participating in specification= | ||
}} | }} | ||
{{DSS description, Support for participatory planning | {{DSS description, Support for participatory planning | ||
| − | |Participatory planning tasks supported= | + | |Participatory planning tasks supported=exploring options, evaluating options |
| + | |size=User access control= Team profiles= Software development methods= | ||
| + | |participating in specification= | ||
}} | }} | ||
{{DSS description, Development process | {{DSS description, Development process | ||
| − | |Number of forest specialists in the development team= | + | |Number of forest specialists in the development team=4 |
| − | |size= User access control= Team profiles= Software development methods= | + | |Development team size=2 |
| − | |User-friendliness of GUI= Number of developer months= Development cost= | + | |User access control=no |
| − | |Percentage of HR cost= Technical documentation= Number of users on | + | |Team profiles=Forest planning expert; programmer |
| + | |Software development methods=Ad hoc | ||
| + | |User-friendliness of GUI=Fair | ||
| + | |Number of developer months=60 | ||
| + | |Development cost=>10‘000€ | ||
| + | |Percentage of HR cost=95 | ||
| + | |Technical documentation=Yes | ||
| + | |Number of users on participating in specification=5 | ||
| + | |size=User access control= Team profiles= Software development methods= | ||
|participating in specification= | |participating in specification= | ||
}} | }} | ||
{{DSS description, IT environment & IT requirements | {{DSS description, IT environment & IT requirements | ||
| − | |Operating system= | + | |Operating system=Windows |
| − | |Programming language= | + | |Programming language=Visual Basic, Fortran |
| − | |System type= | + | |System type=stand-alone GUI |
| − | |Communication architecture= | + | |Communication architecture=- |
| − | |Database= | + | |Database=Access |
| − | |GIS integration= | + | |GIS integration=N/A |
| − | |Optimisation package= | + | |Optimisation package=other |
| − | |Application architecture= | + | |Application architecture=- |
| − | |Format of the input data= | + | |Format of the input data=text file |
| − | |Format of the output data= | + | |Format of the output data=GUI, pre-defined report |
| − | |Internal data management= | + | |Internal data management=temporary files |
| − | |Data validation= | + | |Data validation=N/A |
| − | |GUI technology= | + | |GUI technology=other |
| − | |Scalability= | + | |Scalability=No |
| − | |Spatial analysis= | + | |Spatial analysis=- |
| − | + | |Integration with other systems=- | |
| − | |Integration with other systems= | + | |Computational limitations=1000 if LP; none otherwise |
| − | |Computational limitations= | + | |size=User access control= Team profiles= Software development methods= |
| + | |participating in specification= | ||
}} | }} | ||
{{DSS description, Commercial information | {{DSS description, Commercial information | ||
| − | |Can be used commercially= | + | |Can be used commercially=Yes |
| + | |Price=2000 | ||
| + | |size=User access control= Team profiles= Software development methods= | ||
| + | |participating in specification= | ||
}} | }} | ||
| − | |||
== General System description == | == General System description == | ||
Revision as of 20:00, 23 October 2011
Template:DSS description, Identification Template:DSS description, FORSYS problem types classification Template:DSS description, Utilisation scope Template:DSS description, Functional description Template:DSS description, Models and techniques to support decision making Template:DSS description, Support for knowledge management processes Template:DSS description, Support for participatory planning Template:DSS description, Development process Template:DSS description, IT environment & IT requirements Template:DSS description, Commercial information
General System description
System name: Forest Management Planning Package
Acronym: FMPP
Brief overview
The Forest Management Planning Package it is an existing calculation system used in practical forestry in Sweden. It focuses on the economically effective resource management of forest timber.
Contents
Scope of the system
The FMPP integrates economic theory, objective inventory measurements, accurate growth forecasts and optimization methods. The core of the system is a chain of models depicting the production possibilities of a forest holding.
A non-linear objective function and mathematical optimization result in a compromise between maximization of economics benefits (Net Present Value) and a sustainable development (sustained net-revenue profile).
System origin
- The FMPP development started in the early 1970s.
- The FMPP was first developed and tested in the forest research holding Remingstorp, and then by Faculty of Forestry of the Swedish University of Agricultural Sciences. There also has been a fruitful cooperation with the HUGIN-project.
- The FMPP has been used for analysis of a large number of forest holdings in Sweden. A total of more than 2.5 million hectares has been analysed between 1983 and 1992.
Support for specific issues
Economic evaluation of the timber resources, adjusting to some forest sustainable management constraints such as a sustained revenue.
Support for specific thematic areas of a problem type
- Silvicultural
- Conservation
Related systems
Data and data models
Typical spatial extent of application
Package was developed for the purpose to allow forest companies to do projections their own forest holdings, but it is not well suited for areas of small-scale forestry[1].
Forest data input
The FMPP uses forest inventory data such as site quality, age, diameter, number of stems per ha, and species composition. This data can be provided by:
- the Swedish National Forest Survey,
- long-term experimental trials for estimating effects of treatments such as thinning and fertilizing,
- the sample tree material, collected in connection with the FMPP inventory for estimating tree quality and bark volume,
- the HUGIN-survey for estimating regeneration results and plant growth.
Models
Forest models
Forest growth prediction models are used. Also, economic evaluation through the NPV is made.
Decision Support
Definition of management interventions
The FMPP determines where (in which stand), when (at which age) and which silvicutural management treatments (harvestings, thinnings, regeneration...) have to be made.
Typical temporal scale of application
It can be used for operational and strategic planning, although it fits better to strategic planning requirements, since it has been developed toward this goal.
Decision-making processes and models
The FMPP uses to get the optimum solution linear programming, through the JLP package.
Output
Types of outputs
The results are stored in the form of yield tables.
References
Cited references
- ↑ ANDERSSON, M., B. DAHLIN et M. MOSSBERG (2005): The Forest Time Machine — a multi-purpose forest management decision-support system. Computers and Electronics in Agriculture, 49, 114–128.
External resources
- JONSSON, B., J. JACOBSSON et H. KALLUR (1993): The Forest Management Planning Package. Theory and application. ‘’Studia Forestalia Suecica’’ 189. 56 pp.
