Stem surface area in modeling of forest stands

This text reveals the benefits of describing and modelling trees as the combined surface areas of their stems, and provides a concise overview of the fundamental grounds for adopting such an approach. Anatomically speaking, trees are largely thin sheaths of living cells and it is this understanding...

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Main Author Gavrikov, Vladimir L.
Format eBook Book
LanguageEnglish
Published Cham Springer 2017
Springer International Publishing AG
Springer International Publishing
Edition1
SeriesSpringerBriefs in Plant Science
Subjects
Biomedical and Life Sciences
Forestry
Forests and forestry
Forests and forestry > Measurement
Life Sciences
Plant anatomy
Plant Anatomy/Development
Theoretical Ecology/Statistics
Online AccessGet full text
ISBN9783319524481
3319524488
ISSN2192-1229
2192-1210
DOI10.1007/978-3-319-52449-8

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Abstract This text reveals the benefits of describing and modelling trees as the combined surface areas of their stems, and provides a concise overview of the fundamental grounds for adopting such an approach. Anatomically speaking, trees are largely thin sheaths of living cells and it is this understanding that has sparked growing interest in the study of stem surface areas in trees and stands. An overview of publications on analytical methods for the dynamics and structure of forest stands based on stem surface area is also provided. The approach described here gives readers a chance to rethink some models that were popular for decades, while also offering a glance into future research.
AbstractList This text reveals the benefits of describing and modelling trees as the combined surface areas of their stems, and provides a concise overview of the fundamental grounds for adopting such an approach. Anatomically speaking, trees are largely thin sheaths of living cells and it is this understanding that has sparked growing interest in the study of stem surface areas in trees and stands. An overview of publications on analytical methods for the dynamics and structure of forest stands based on stem surface area is also provided. The approach described here gives readers a chance to rethink some models that were popular for decades, while also offering a glance into future research.
Author Gavrikov, Vladimir L.
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Snippet This text reveals the benefits of describing and modelling trees as the combined surface areas of their stems, and provides a concise overview of the...
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SubjectTerms Biomedical and Life Sciences
Forestry
Forests and forestry
Forests and forestry -- Measurement
Life Sciences
Plant anatomy
Plant Anatomy/Development
Theoretical Ecology/Statistics
TableOfContents Intro -- Preface -- Contents -- 1 Stem Surface Area as Subject of Study -- 1.1 Primary and Secondary Growth: Version by Trees -- 1.2 Evolution and Ecological Consequences of Secondary Growth in Trees -- References -- 2 Stem Surface Area: Measurement and Development -- 2.1 Stem Surface Area and Forest Mensuration -- 2.2 Measuring Stem Surface Area for Research -- 2.3 Development of Stem Surface Area -- References -- 3 Self-thinning and Stem Surface Area -- 3.1 Primary and Secondary Relationships: Look Through a Geometrical Model of Forest Stand -- 3.1.1 A Geometrical Model of Forest Stand -- 3.1.2 Introducing Realism into the Model -- 3.1.3 Comparing the Model Against Forest Data -- 3.1.3.1 Dataset #1 -- 3.1.3.2 Dataset #2 -- 3.1.3.3 Datasets #3-#10 -- 3.1.3.4 Douglas Fir Dataset -- 3.2 Status of -3/2 Rule and Similarity in Self-thinning -- 3.2.1 Methods and Data -- 3.2.2 Analysis of Model -- 3.2.3 Accuracy of the Model Prediction of the Slope in s(N) -- 3.2.4 Relation of βr to α in the Context of -3/2 Slope -- References -- 4 Stem Respiratory Rate and Stem Surface Area -- 4.1 Stem Surface Area and Other Measuresin the Context of Respiration -- 4.2 Respiration Versus Stem Surface Area: A Test of Isometrical Scaling Hypothesis -- References -- Conclusion -- Appendix -- References -- Index
Title Stem surface area in modeling of forest stands
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