Biosum provides simulation-based analytical tools that leverage data from FIA — the nation's forest census — to predict, and statistically summarize over multi-million acre forested landscapes, the consequences of forest management strategies. Management strategies can be multi-objective, vary among owner groups, evolve over time, and be contingent on targeted sets of specific site and vegetation attributes. As many as hundreds of alternative silvicultural sequences can be simulated, evaluated and compared and best alternatives selected for each forested acre via user defined heuristics.
Biosum is suitable for addressing a variety of policy relevant questions concerning forest landscape management such as:
The MS Windows based biosum software and all component models in the analytic framework are free, downloadable, documented and supported.
Downloads - BioSum application, associated software, user guide, and starter project
Projects - In progress and completed BioSum research initiatives
Publications - Links to research publications
Support - Contact information for inquires and questions
Lead Developer: Lesley Bross
Founding Developer: Larry Potts
Project Manager: Jeremy Fried
Funding
Since 2002, BIOSUM has benefitted from substantial intellectual contributions by many individuals at multiple institutions, including:
USFS Pacific Northwest Research Station: Jamie Barbour, Roger Fight, Glenn Christensen, Dale Weyermann, Guy Pinjuv, Olaf Kuegler, Demetrios Gatziolis, Sebastian Busby
USFS Rocky Mountain Research Station: Terrie Jain, Jonathan Sandquist
Ecotrust: Sara Loreno
Portland State University: Lesley Bross, Tina Mozelewski, Tyler Sorg
University of Idaho: Rob Keefe, Conor Bell
University of California, Berkeley: Bill Stewart, Benktesh Sharma, Carlin Starrs
Oregon State University: Joshua Petitmermet