The amount of coarse dead wood and associated decay rates in forest reserves and managed forests, northwest Turkey

  • A. H. Colak
  • M. Tokcan
  • I. D. Rotherham
  • E. Atici
Keywords: Coarse woody debris, snag, log, decay classes, forest management

Abstract

This study describes the state of coarse dead wood (CDW) in the Forest Reserve and the Managed Forest zones of northern conifer-broadleaved mixed forest. The results showed mean total CDW volumes in the ranges 30,05±11,06 m3/ha in the Forest Reserve (6,33±2,98% of the LW volume), and 9,31±2,84 m3/ha in the Managed Forest (1,96±0,84% of the LW volume). The total CDW volume was 3,22 times higher in the Forest Reserve than in the Managed Forest. The CDWlog1 and CDWsnag1 were the most abundant CDW decay classes, whilst CDWlog2 and CDWsnag2 were the lowest. Comparisons of ratios between the Managed Forest and the Forest Reserve with abundant decay classes CDWlog1 and CDWsnag1 indicated large differences. The CDWlog1 volume was 4,09 times higher, and the CDWsnag1 volume was 3,68 times greater in the Forest Reserve than in the Managed Forest. The ratio of different CWD classes in the Managed Forest to CWD classes in the Reserve Forest confirms the pattern. In both Managed and Reserve Forest zones there is balance between total CDWlogs and total CDWsnags, but the differences between total CDWlogs and total CDWsnags was not statistically significant. The total CDW volume was significantly dependent on the forest management system. The system influenced amount and diversity of CDW. In commercially managed forest the abundance and structure of CDW retained is a compromise between the needs of timber production and nature conservation.

Downloads

Download data is not yet available.
Published
2009-12-01
How to Cite
Colak, A. H., Tokcan, M., Rotherham, I. D., & Atici, E. (2009). The amount of coarse dead wood and associated decay rates in forest reserves and managed forests, northwest Turkey. Forest Systems, 18(3), 350-359. https://doi.org/10.5424/fs/2009183-01074
Section
Research Articles