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Citation:

Polymorphic Site Index Model of Casuarinae quisetifolia Fast-growing Plantation

  • Received Date: 2010-08-24
  • The fast-growing plantation of Casuarinae quisetifolia were selected for establishing the polymorphic site index model by parameter replacement method based on the nonlinear Richards equation. The results shows that: (1)The Richards equation has much higher precision and a good adaptability, the difference of dominant height between theoretical value and actual value is not significant by testing, which indicates that the dominant height increment of Casuarinae quisetifolia can be properly evaluated; (2) The reference age of site index for fast-growing C.quisetifolia is 3 years in this area; (3) With the analysis of inflection point, it shows that the dominant height increments under different site conditions can be objectively reflected by the polymorphic site index model; (4) It provides a reference for the research and application on the mathematical tables and models of domestic C. quisetifolia. And it also provides scientific and technological bases for site quality evaluation and management.
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Polymorphic Site Index Model of Casuarinae quisetifolia Fast-growing Plantation

  • 1. Research Institute of Forestry,Chinese Academy of Forestry
  • 2.  Key Laboratory of Tree Breeding and Cultivation,State Forestry Administration, Beijing 100091,China

Abstract: The fast-growing plantation of Casuarinae quisetifolia were selected for establishing the polymorphic site index model by parameter replacement method based on the nonlinear Richards equation. The results shows that: (1)The Richards equation has much higher precision and a good adaptability, the difference of dominant height between theoretical value and actual value is not significant by testing, which indicates that the dominant height increment of Casuarinae quisetifolia can be properly evaluated; (2) The reference age of site index for fast-growing C.quisetifolia is 3 years in this area; (3) With the analysis of inflection point, it shows that the dominant height increments under different site conditions can be objectively reflected by the polymorphic site index model; (4) It provides a reference for the research and application on the mathematical tables and models of domestic C. quisetifolia. And it also provides scientific and technological bases for site quality evaluation and management.

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