Construction of a stand growth model utilizing photosynthesis and respiration relationships in individual trees

R. Sievanen; T. E. Burk; A. R. Ek

doi:10.1139/x88-156

Construction of a stand growth model utilizing photosynthesis and respiration relationships in individual trees

R. Sievanen, T. E. Burk, A. R. Ek

Forest Resources

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Abstract

A discrete growth model for an individual tree in a forest stand is based on simplified photosynthesis and respiration relationships. Implementation of the model also requires functions for change in live crown ratio and stems per unit area. Tree growth predictions are expressed in terms of biomass and basal area. A preliminary evaluation of the model is made using data on growth of even-aged stands of red pine Pinus resinosa. The model produced both short- and long-term trends consistent with stand growth data. -from Authors

Original language	English (US)
Pages (from-to)	1027-1035
Number of pages	9
Journal	Canadian Journal of Forest Research
Volume	18
Issue number	8
DOIs	https://doi.org/10.1139/x88-156
State	Published - Jan 1 1988

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abstract = "A discrete growth model for an individual tree in a forest stand is based on simplified photosynthesis and respiration relationships. Implementation of the model also requires functions for change in live crown ratio and stems per unit area. Tree growth predictions are expressed in terms of biomass and basal area. A preliminary evaluation of the model is made using data on growth of even-aged stands of red pine Pinus resinosa. The model produced both short- and long-term trends consistent with stand growth data. -from Authors",

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AB - A discrete growth model for an individual tree in a forest stand is based on simplified photosynthesis and respiration relationships. Implementation of the model also requires functions for change in live crown ratio and stems per unit area. Tree growth predictions are expressed in terms of biomass and basal area. A preliminary evaluation of the model is made using data on growth of even-aged stands of red pine Pinus resinosa. The model produced both short- and long-term trends consistent with stand growth data. -from Authors

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Construction of a stand growth model utilizing photosynthesis and respiration relationships in individual trees

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