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This study aimed to examine the relationship between topographic factors and the photosynthetic rate parameter of a process-based growth model for sugi (Cryptomeria japonica) planted forests. The sitespecific photosynthetic parameters were estimated using stand growth data derived from 30 permanent plots established in the Tano Forest Science Station (University of Miyazaki) by Bayesian calibration. The estimated plot-specific photosynthetic rates were related to the following topographic factors: solar radiation index, hydrological upslope contributing area index, vertical and horizontal exposure index, and average slope gradient. Significant but weak correlations were found between the plot-specific photosynthetic rate and all topographic factors except solar radiation index.

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Relationship between the Parameter of Photosynthetic Rate of a Process-Based Growth Model for Sugi (<i>Cryptomeria japonica</i>) Planted Forests and Topographic Factors

Relationship between the Parameter of Photosynthetic Rate of a Process-Based Growth Model for Sugi (Cryptomeria japonica) Planted Forests and Topographic Factors