Colpitts, M. C., Fahmy, S. H., MacDougall, J. E., Ng, T. T., McInnis, B. G., & Zelazny, V. F. (1995). “Forest Soils of New Brunswick” and Maps, CLBRR Contribution (pp. 95-38). Fredericton: New Brunswick Dept. of Nat. Resources and Energy, Agriculture and Agri-Food Canada and Canadian Forestry Service, Natural Resources Canada.

has been cited by the following article:

• TITLE: Assessing Soil-Related Black Spruce and White Spruce Plantation Productivity

  AUTHORS: Shane Furze, Mark Castonguay, Jae Ogilvie, Mina Nasr, Pierre Cormier, Rolland Gagnon, Greg Adams, Paul A. Arp

  KEYWORDS: Forest Plantation Productivity Mapping, Black Spruce, White Spruce, Soil Type & Drainage, Digital Terrain Modelling

  JOURNAL NAME: Open Journal of Forestry, Vol.7 No.2, April 13, 2017

  ABSTRACT: This article focuses on modelling and mapping the productivity of black (Picea mariana) and white spruce (Picea glauca) plantations across the Black Brook forest management area in northwestern New Brunswick, Canada, encompassing about 200,000 ha. This effort involved establishing 3500 50 m2 survey plots, each informing about: plantation age (15 to 43 years), planted species type, stem count, tree height, basal area, and wood volume. All of this was supplemented with location-specific productivity predictors, i.e., xy location and specifications pertaining to soil type, soil drainage (established through digital elevation modelling by way of the depth-to-water index DTW), and years since thinning (pre-commercial and commercial), and. The DTW index, as it emulates the elevation rise away from open water features such as streams, rivers and lakes, allowed the re-mapping of existing soil borders by topographic position and drainage association. Non-linear regression analysis revealed that plantation height, basal area and volume all increased with plantation age, as to be expected. Pre-commercial thinning in plantations