Identification of boreal mixedwood forest structure cohorts in Northwestern Ontario using Ontario's forest resource inventory, Abitibi-Bowater's continuous forest inventory and stepwise discriminant function analysis
Abstract
A model was developed to determine if Ontario's Forest Resource Inventory (FRI) could be used to classify boreal mixedwood stands in northwestern Ontario into structural cohorts as proposed in the Multi Cohort Forest Management (MCFM) concept. Successful methods developed to-date for determining cohort status rely on Weibull functions of tree diameter distributions. This study proposed an alternative method for multi-cohort classification based on the range of stand attributes found in the FRI.
Collections
Related items
Showing items related by title, author, creator and subject.
-
Analysis on the influencing factors of forest natural regeneration in northern China
Huang, Baichuan (2021)The purpose of this paper is to clarify that the differences in natural regeneration between the two forests in northern China are caused by precipitation, altitude, temperature, and canopy density. Similarly, the ... -
A script for the automatic delineation of canopy gaps from raster images and incorporation of analysis with Ontario’s FRI datasets
Sweeney, Robert (2019)This thesis project serves as a tool for resource managers looking to delineate gaps in the forest canopy, where a Canopy Height Model raster is available. Once identified, analysis is performed in order to assess the ... -
Carbon and nitrogen dynamics associated with post-wildfire stand development of boreal mixed conifer ecosystems : application of data in model validation and refinement
Hoepting, Michael Kurt (2006)Study site : Northwestern Ontario