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Estimating Asymptotic Attributes of Forest Stands Based on Bio-Mathematical Rationales Item Info

An approach for estimating asymptotic forest stand yield, basal area, and tree density (number of stems per unit of area) is proposed. Available forest stand growth data are used to establish the reciprocal equation of Competition-Density (C-D) effect and develop equations relating the coefficients of C-D effect to stand top height. Asymptotic stand yield, basal area, and tree density are derived based on bio-mathematical rationales and expressed as functions of asymptotic top height. Asymptotic top height can be obtained for different site qualities and/or habitat types by evaluating a height growth model in the limit as age approaches infinity. Estimated asymptotes can be utilized to parameterize sigmoid-shaped growth functions (e.g., Richards growth model) for developing forest growth and yield models.

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Title:
Estimating Asymptotic Attributes of Forest Stands Based on Bio-Mathematical Rationales
Creator:
Zhang, L.; Moore, J.A.; Newberry, J.D.
Date Created (ISO Standard):
1993-11-01
Approximated Date:
yes
Description:
An approach for estimating asymptotic forest stand yield, basal area, and tree density (number of stems per unit of area) is proposed. Available forest stand growth data are used to establish the reciprocal equation of Competition-Density (C-D) effect and develop equations relating the coefficients of C-D effect to stand top height. Asymptotic stand yield, basal area, and tree density are derived based on bio-mathematical rationales and expressed as functions of asymptotic top height. Asymptotic top height can be obtained for different site qualities and/or habitat types by evaluating a height growth model in the limit as age approaches infinity. Estimated asymptotes can be utilized to parameterize sigmoid-shaped growth functions (e.g., Richards growth model) for developing forest growth and yield models.
Subjects:
research (document genres) statistics
Location:
North and Central Idaho; Eastern Washington; Western Montana; Northeastern Oregon
Publisher:
Ecological Applications
Source:
Zhang, L., J.A. Moore, J.D. Newberry. 1993. Estimating asymptotic attributes based on bio-mathematical rationales. Ecological Applications 3(4)743-748.
Source Identifier:
Estimating_Asymptotic_Attributes_of_Forest_Stands_Based_on_Biomathematical_Rationales_EA_003_004_1993
Type:
Text
Format:
application/pdf
Language:
eng

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Preferred Citation:
"Estimating Asymptotic Attributes of Forest Stands Based on Bio-Mathematical Rationales", Idaho Forestry Research Collection, University of Idaho Library Digital Collections, https://www.lib.uidaho.edu/digital/forestryresearch/items/forestryresearch878.html
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