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Takuo Nagaike (email)

Snag abundance and species composition in a managed forest landscape in central Japan composed of Larix kaempferi plantations and secondary broadleaf forests

Nagaike T. (2009). Snag abundance and species composition in a managed forest landscape in central Japan composed of Larix kaempferi plantations and secondary broadleaf forests. Silva Fennica vol. 43 no. 5 article id 171. https://doi.org/10.14214/sf.171

Abstract

Larix kaempferi is the main plantation species in the low-snow, cool-temperate zone of Japan. I studied L. kaempferi plantations of various stand ages in central Japan to examine and compare the effect of stand age on the abundance, size, and species composition of snags (standing dead trees) compared to those in secondary broadleaf forests. Plantations that were older than the standard rotation age had more and larger snags than young plantations, and the species diversity of snags was positively correlated with stand age. Because the density of living planted L. kaempferi showed little correlation with snag variables, whereas that of naturally regenerated tree species was positively correlated with snag variables, the density dependence of snag occurrence was stronger in naturally regenerated trees than in planted L. kaempferi. Snag species that were positively correlated with stand age were the main species in secondary broadleaf forests in this area. Basal area, density, and number of species of snags in standard-rotation plantations were significantly lower than in long-rotation plantations and secondary broadleaf forests. Long-rotation plantations are useful for retaining snags compared to standard-rotation plantations.

Keywords
long-rotation plantation; plantation age; snags; species composition

Author Info
  • Nagaike, Yamanashi Forest Research Institute, Masuho, Yamanashi 400-0502, Japan ORCID ID:E-mail nagaike-zty@pref.yamanashi.lg.jp (email)

Received 26 May 2008 Accepted 25 August 2009 Published 31 December 2009

Available at https://doi.org/10.14214/sf.171 | Download PDF

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