Geodat Inc. / Forest Protection Ltd. / Elsevier Scientific Publishing / BioSIM / John Wiley and Sons / Worner S.P. / Schaub L.P. / /
Country
United States / Canada / Australia / South Korea / /
Event
Business Partnership / Environmental Issue / /
Facility
AZ B. Orland University of Illinois / IL T.C. Daniel University of Arizona / Acadia Forest Experiment Station / Range Experiment Station / /
IndustryTerm
model-output analysis tool / public groups / recent technological applications / real-time weather data / agricultural pest management / computerized decision-support systems / software applications / image processing / pest management / output-analysis tool / database management / public-domain geographical information systems / geographic information systems / /
USDA / Department of Natural Resources / Department of Landscape Architecture / University of Illinois / School of Renewable Natural Resources / University of Arizona / New Brunswick Department / /
Person
J. Pickering / Nat / L.A. Hull / W.W. Hargrove / R.E. Stinner / J.E.Bachelor / Thomas Reid / H.W. Hogmire Jr. / /
Position
stochastic model for the simulation o f daily weather / General / Hunter / /
ProvinceOrState
New Jersey / Quebec / New Brunswick / Illinois / British Columbia / Florida / Georgia / Arizona / /
Region
southeastern USA / western U.S. / eastern North America / northern New Brunswick / /
Decision Support Systems for Forest Pest Management, Proceedings Figure 3. Diagram of the approach adopted in BioSIM to project temperature-driven model output features to the landscape level (adapted from Régnière 19