The Remsoft Spatial Planning System is used for sustainable, spatial forest management planning and wildfire management. It consists of 3 components:
- Woodstock - Flexible forest modeling
- Stanley - Spatial harvest scheduling
- Allocation Optimizer - Optimal fibre allocation
http://www.remsoft.com/products.php?cid=1 (No Longer Available)
Biodiversity Conservation
Certification
Ecosystem Management
Fire Management
Fire Suppression
Fish And Wildlife Management
Fuels Management
Silviculture
Timber Harvesting
Zoning
Alternative Evaluation
Schedule
Status Assessment
Suitability Assessment
Conservation Of Biodiversity
Decision Modeling
Forest Fuel Modeling
Forest Succession Modeling
Landscape Analysis And Modeling
Management Process Modeling
Socioeconomic System Modeling
Vegetation Management
Rank Alternatives
Scenario Simulation And Comparison
Optimization Methods
Simulation
Trade-Off Analysis
Biophysical Process
Economic Process
Management Process
Social Process
User Defined Process
Map
All (User Defined Analysis Extent)
Patch Extent
Regional Extent
Subregional Extent
All (User Defined Unit Of Observation)
Patch
True ^^ Http://Www.W3.Org/2001/Xmlschema#Boolean
Forest Age Classes Or Successional Stages
Forest Fragmentation
Forest Management Classes
Forest Types
Species Diversity
Species Viability
Visualization
True ^^ Http://Www.W3.Org/2001/Xmlschema#Boolean
True ^^ Http://Www.W3.Org/2001/Xmlschema#Boolean
Windows 2000
Windows NT
Windows XP
Woodstock: forest modeling software for performing a wide variety of strategic analysis. Spatial Woodstock: a spatial data management and analysis tool and extension to Woodstock that spatially represents your model.Stanley: takes Woodstock results, which have been verified using Spatial Woodstock, and automatically creates and schedules harvest blocks or units.
Extensive Scientific Training
False ^^ Http://Www.W3.Org/2001/Xmlschema#Boolean
False ^^ Http://Www.W3.Org/2001/Xmlschema#Boolean
$3000
Commercial Off The Shelf (COTS)
Regularly Distributed
Remsoft Inc.
National Commission On Science For Sustainable Forestry
Software Tools And Models - All
Spatial Decision Support Systems
- Spatial Woodstock can also map non-timber values such as wildlife habitat, biodiversity, landscape aesthetics, carbon loads, watercourse buffers or riparian zones. allows for a choice of model formulations, Dr. Huettmann is able to use linear programming (LP) to test scenarios that optimize on a particular objective or value, (maximum habitat size, for example) or alternatively, use stochastic or random simulation when accounting for the impact of random factors like an avalanche or a fire outbreak.Stanley, spatial harvest scheduling software, automates the process of mapping these complex models - integrating and sequencing the myriad of activities and showing how they will be manifested on the landscape in 10, 50 or 100 years time. The maps also show where habitat will be, how much of it there will be and what shape it will take.
2008-06-06T00:00:00Z ^^ http://www.w3.org/2001/XMLSchema#dateTime
Alternative Ranking, Decision Making
Decision Alternatives Generation, Scenario Simulation
Decision Model
Evaluative Models
Simulation Models
Spatial Decision Support Systems
Climate Change Process
Timber Harvest Process
Wild Fire