This guide focuses on 152 of the most common forest plants found in north-western Ontario, organized into six main categories according to common growth form or habit: trees, shrubs, herbs, graminoids, ferns and fern-allies, and bryophytes and lichens. Provides line drawings to aid in identification; descriptions of general appearance, leaves, flowers, fruit, and habitat; and notes regarding such matters as differences with similar species and traditional uses of the plants, as applicable. An additional 61 species are noted briefly. Includes glossary and index.

This colourful, easy-to-use guide will help you identify more than 300 species of trees, shrubs, wildflowers, grasses, mosses, lichens and ferns found in the boreal forest of Northeastern Ontario and adjacent areas. Forest Plants of Northeastern Ontario includes: * More than 300 colour photographs * Nearly 350 original line drawings * Clear descriptions to help identify plants in the field * Notes on edible plants and native uses of plants * Colour-coded thumbtabs for major sections. * This handy book will be an essential addition to your backpack or bookshelf, whether you are a naturalist, dayhiker or armchair explorer.

Guide to assist in the recognition of vegetation and soil features of forest ecosystems in north-western Ontario using a classification system that enables the allocation of any forest ecosystem to one of 40 vegetation types and one of 22 soil types. Provides an orientation to the vegetation classification; describes the vegetation types and their determination, including a key and factsheets for classifying stands to vegetation types; provides keys and factsheets for classifying soil types; and gives a brief overview of the relationships among vegetation and soil types in north-western Ontario as well as background information on potential applications of the classification. Also contains aids for describing or recognizing important soil features and many of the plant species used in the allocation keys and factsheets.

A comprehensive guide to Michigan’s wild-growing seed plants

An ecological classification system was developed for the mid-boreal ecoregions of Saskatchewan through the analysis of vegetation, soil, site, and forest productivity information. The hierarchical classification system has three levels - ecosite, ecosite phase, and plant community type. Thirteen ecosites are descrived with further details provided by subdivision into ecosite phase and plant community type. A soil type classification system that describes 17 soil types was also developed. Management interpretations were made for drought, excess moisture, hazard, frost heave hazard, soil temperature limitations, vegetation competition, windthrow hazard, productivity, and season of harvest. Colour photos and drawings for 103 common plants of the mid-boreal ecoregions of Saskatchewan are presented.

Guide to assist in the application of the Northwestern Ontario forest ecosystem classification to forest management in northwestern Ontario. Interpretations relate vegetation, soil, site, and climatic factors to limitations or opportunities for forest management. The guide introduces the concept of forest ecosystem interpretations; presents the concept as a method of applying the classification to site-specific management through a set of generalized treatment units that may be further adapted to accommodate local variations in site or climate; describes some basic silvicultural interpretations, followed by interpretations for wildlife; and deals with incorporation of the system into operational forestry surveys.

Innate Terrain addresses the varied perceptions of Canada’s natural terrain, framing the discussion in the context of landscapes designed by Canadian landscape architects. This edited collection draws on contemporary works to theorize a distinct approach practiced by Canadian landscape architects from across the country. The essays – authored by Canadian scholars and practitioners, some of whom are Indigenous or have worked closely with Indigenous communities – are united by the argument that Canadian landscape architecture is intrinsically linked to the innate qualities of the surrounding terrain. Beautifully illustrated, Innate Terrain aims to capture distinct regional qualities that are rooted in the broader context of the Canadian landscape.