This document serves as a technical guide for maintaining long-term soil productivity during the increasingly common practice of in-woods biomass chipping. It outlines how excessive accumulations of wood chips can damage the environment by creating p...
This document serves as a technical guide for maintaining long-term soil productivity during the increasingly common practice of in-woods biomass chipping. It outlines how excessive accumulations of wood chips can damage the environment by creating physical barriers to plant growth, inducing anaerobic soil conditions, and releasing toxic leachate into aquatic ecosystems. To mitigate these risks, the authors provide best management practices that emphasize the integration of timber and biomass harvests to reduce equipment traffic and the use of direct-loading systems to avoid leaving residual piles on growing sites. This document aims to balance the economic opportunities of the bioenergy industry with the ecological necessity of preserving soil nutrients, hydrologic function, and the successful regeneration of forest species.
