Canadian Journal of Forest Research · 1986 · 27 citations · 0 references
Natural ResourcesBiostatisticsForestryForest InventoryForest ManagementStochastic ModelingBasal Area EstimationForest GrowthForest Stand DynamicsMortality EstimationStand ManagementStand Structure AnalysisBasal Area GrowthGrowth Projection ModelingIndividual Tree Growth ModelsIndividual Tree ModelingStand Growth ModelsTree Diameter DistributionsTree Growth AnalysisTree Growth Modelling
Long-term projections (100 years) were made using the deterministic and stochastic mortality algorithms of the STEMS individual tree based stand growth projection model. Deterministic versus averaged stochastic projection results showed no practical differences in mean stand values for number of trees, basal area, volume, or diameter distributions. The deterministic approach also eliminates the need for making repeated stochastic runs and averaging the results where interest lies only in mean projected values.