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OpTimber-LP +	Optimized forest strategic planning  +
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PEB +	PEB is a multi-criteria forest planning software developed for research and teaching.  +
PLANFLOR +	Planflor is a Forest Planning Decision Support System developed in AIMMS language which is based on a Mixed-Integer Programming model of large capacity.  +
PLANKAT +	PLANKAT simulates tactical 10-year plans with annual planning information.  +
PROTEUS +	PROTEUS can be applied at all levels within the Danish Nature Agency, from the single stand to compartment, to forest, to forest district, regional and national level.  +
PSSis +	Information System for managing the entire Pulpwood Supply Chain of an integrated pulp mill in portugal.  +
PYL +	The application area of GISCAME is to assess the impact of land cover and land use change scenarios on planning objectives, which can be expressed by ecosystem services or other, to a higher or lower degree aggregated target figures, such as land use functions or sustainability criteria. As a result, alternative land-use scenarios can be visualized and the platform provides a visual feed-back on their impact on the balance of the selected target figures. Currently, the system is applicable for regions up to 10,000 km², which can be divided into so called “working windows” (standard: 100 km²; other dimensions can be defined individually) to support the visualization of land-use pattern and infrastructural details at mesoscale. Considering the technical background, GISCAME is a combination of a cellular automaton technology with GIS features and a multicriteria assessment framework for which standardized routines are available in the graphical user interface.  +
Portugal-Pulpwood Supply Chain Planning in a Portuguese integrated Pulp and Paper Company +	The case study relates to the design and specification of the Celbi Pulpwood Supply Chain Information System (PSSiS) applying the Enterprise Architecture methodological approach. Accordingly, the PSSiS functional requirements emerge from the overall wood supply chain processes architecture, drawn in the course of workshop meetings with a multidisciplinary team of experts from Celbi, one of the largest Portuguese integrated pulp and paper companies. It started with the Celbi administration commitment in the project kick-off meeting. The experts involved in each wood supply chain function were identified. The several process specification workshop meetings were conducted by an EA skilled facilitator, who applies the “Port-IT method” for drawing the current situation top-down hierarchical process architecture, starting with the context diagram, the Celbi business model and the several Pulp Wood Supply Chain process flowcharts. Current problems and improvement opportunities were described. The existing systems and data repositories were also characterized. The future process architecture incorporated current problems solutions and improvement opportunities as well as state-of-the-art models and management procedures. The PSSiS process architecture report was produced and validated. It’s results were presented to Celbi administration. The information architecture and applications architecture were produced by the EA team, based on automatic activities and its required input and output data flows. Afterwards, a technological architecture and an implementation plan were proposed. The project team includes: 1 project manager (20% allocation) 1 EA expert as technical responsible (50% allocation) 1 forest analyst (100% allocation) 1 IT analyst (100% allocation) Problem structuring The Celbi Pulpwood Supply Chain Planning problem was defined in the course of the project throughout Celbi experts’ involvement in several workshop meetings following the EA approach.  +
PractiSFM +	The PractiSFM DSS comprises three main modules which control the functionality of the application. This functionality includes production of inventory data entry forms, validation of inventory data, production of stand timber and non-timber forecasts, generation of reports and control of interactive mapping and goal analysis functions.  +
Pri.For.Man DSS +	Pri.For.Man is a FDSS developed as a webgis and based on 30 cartographic levels which also integrates environmental and landscape constraints, and other basic information. Developed in the north east of Italy (Friuli Venezia Giulia) it allows: 1. to support small forest owners, public bodies and professionals in identifying suit-ble areas for wood production and for the preparation of the management docu-ments required by the local authorities; 2. to provide information of local accessibility thus to derive exploitable standing volume; 3. to provide a complete assessment of all the existing constraints (i.e. environmental, legal, economic); 4. to provide aggregated data at regional and municipal scales through an integrated dashboard for online statistics and to support local policy- and decision-makers.  +
ProgettoBosco +	ProgettoBosco is a Data-Driven Decision Support Systems, aimed at optimising the data collection on forest and forest management of Italy. With ProgettoBosco a unique, participated and shared information system effective for all forest typologies existing in Italy was accomplished.  +
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RODPOST +	RODPOST is applied for optimizing the assortment distribution of single trees, based on information about the length and diameter of the log.  +
RPF +	RPF system is completely configurable, and it allows generation of forest management alternatives that can be set by the user. The DSS has the main objective of showing detaily the whole process of the mathematics process involved. It also allows the generation of Linear Programming models and Mixed Integer Programming models.  +
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SADPOF +	Web based application for optimized forest operational planning (FOP). Currently solves harvest scheduling integrated with eucalyptus (Eucalyptus globulus, Labill) wood logs and biomass assortment and assignment, under the scope of an integrated pulp and paper company.  +
SADfLOR web-based +	SADfLOR is a complete decision support system (DSS) that integrates an information system, a supply driven stand level forest simulator and several optimization tools to support forest management planning.  +
SCION +	Scion is a New Zealand Crown Research Institute (CRI) that specialises in research, science and technology development for the forestry, wood product and wood-derived materials and other biomaterial sectors. Our purpose is to drive innovation and growth from these sectors to build economic value and contribute to beneficial environmental and social outcomes for New Zealand. Scion is the leading CRI in the following areas: Sustainable forest management and tree improvement. Forestry biosecurity, risk management and mitigation. Wood processing, wood-related bioenergy, waste streams and other biomaterials. Forestry and forestry-based ecosystem services to inform land-use decision making.  +
SGIS +	The SGIS is a strategic planning system designed to aid the planner in selecting site-specific management schedules that will conform to environmental and recreational standards.  +
SIGFOR +	SIGFOR is an information system to help the execution of the forest management planing  +
SILVAH +	SILVAH is a decision support system that processes data from inventories conducted specifically for SILVAH analysis, analyses that data against objective criteria expressed in dichotomous decision charts based on research, recommends prescriptions associated with sustainable forestry practices with a special emphasis on regeneration prescriptions, and provides growth and yield simulation for even-aged stands;  +
SIMFLOR +	The platform for Portuguese Forest Simulators - sIMfLOR, makes available forest simulators for the Portuguese forest with user-friendly interfaces to facilitate the introduction of the information for the simulators. The platform displays stand and regional simulators, interfaces to generate required inputs and also auxiliary tools. As the platform focus on end-users, it allows visualization of the simulators outputs in default graphics which can easily be edited by users.  +
SIMO +	SIMO has been designed so that it could be adapted to various planning proglems and scales. The flexible data model allows the computing units to be basically anything; a tree, a stand, a raster cell  +
SIPAFIT +	It’s a forest management system that integrates statistical and sampling methods with computer and technological resources allowing an effective georeferenced description of the dendroauxometric and structural forest parameters.  +
SiWaWa +	Test  +
SifPlan +	Flexible system designed to manage scenarios of long term forest planning with linear programming technique.  +
Sim4Tree +	Sim4Tree is a modular and multipurpose toolbox, in which modelling outputs from very different models or simulators (e.g. yield tables, mechanistic ecosystem models) can be flexibly plugged in and connected to an intuitive user interface and management optimization routines. This forest DSS supports strategic and tactical forestry planning by providing simulations of forest development, ecosystem services potential and economic performance through time, from a regional to a stand scale, under various management and climate regimes. Sim4Tree allows comparing the performance of different scenarios with regard to diverse criteria as to optimize management choices. The actual version 2.5 is designed for use in Flanders, but the flexible database structure of Sim4Tree and the open source design allow for an easy adaptation for use in other geographical locations with a different decision environment.  +

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