Modeling Forest Trees and Stands

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Springer Science & Business Media, Apr 27, 2012 - Technology & Engineering - 458 pages

Drawing upon a wealth of past research and results, this book provides a comprehensive summary of state-of-the-art methods for empirical modeling of forest trees and stands. It opens by describing methods for quantifying individual trees, progresses to a thorough coverage of whole-stand, size-class and individual-tree approaches for modeling forest stand dynamics, growth and yield, moves on to methods for incorporating response to silvicultural treatments and wood quality characteristics in forest growth and yield models, and concludes with a discussion on evaluating and implementing growth and yield models.

Ideal for use in graduate-level forestry courses, this book also provides ready access to a plethora of reference material for researchers working in growth and yield modeling.

 

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Contents

Relationships
WholeStand Models forEvenAged Stands
References
Outside Bark Diameters 2 5 TaperVolume CompatibleFunctions 2 6 Statistical
Functions
IV
References
GuideCurve Based Site Index Equations 7 5 Site Index EquationsUsing Ageand Height at IndexAge 7 6 SegmentedModels forSite Index Curves
Yield Equations
Aged Stands 12 1 Estimating Yieldsby SizeClass Using
Distributions UsingParameter Recovery
Function Approach 12 4 1 PercentileBased Distributions
References
IndividualTree Modelsfor EvenAged Stands
Models
Model Implementation and Evaluation

Stand DensityMeasures References 9 Indices ofIndividualTree Competition 9 1 DistanceIndependent Indices
the CompetitionIndices 9 2 4 InterspecificCompetition 9 2 5 Clumping Differentiation and Mingling
Equations
Biological Aspects 18 2 3 Characterizationof ModelErrors 18 2 4 Datafor Model Validation
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About the author (2012)

Dr. Harold Burkhart, University Distinguished Professor Department of Forest Resources and Environmental Conservation, College of Natural Resources and Environment, Virginia Tech University, Blacksburg, VA 24061, USA Interest Areas: Modeling forest stand dynamics, growth and yield; applying quantitative analysis techniques to forestry problems. B.S., Oklahoma State University (1965) M.S., University of Georgia (1967) Ph.D., University of Georgia (1969) Current research project Cooperative Research Program in Growth and Yield of Managed Stands of Loblolly Pine (Twelve industrial forestry firms plus Virginia Department of Forest Resources and Environmental Conservation and USDA Forest Service, 1979-present): The objective of this Cooperative is to develop loblolly pine tree growth and stand development models sufficiently flexible to account for the effects of intensive cultural practices, with output sufficiently detailed to allow for analyses of a full range of utilization options. The Cooperative maintains three large field studies: (1) a set of designed spacing trials, (2) a region-wide set of growth plots in intensively managed plantations, and (3) two pruning experiments and is part of the NSF Center for Advanced Forestry Systems.

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