This report expands and clarifies previous classifications of non-forested plant communities from upper subalpine and alpine locations in coastal British Columbia. A total of 80 plots (releves) sampled specifically for this study were added to 202 releves from published and unpublished studies conducted since 1963. We used tabular and multivariate methods to synthesize and classify plant communities according to the Braun-Blanquet approach. Plant communities were classified into 37 vegetation units (associations or subassociations) which served as the basis of the resulting hierarchical classification. We describe the habitat and species composition of these vegetation units and their relationship to units recogized elsewhere in the Pacific...
An ecological classification of high elevation range provides a framework for proper resource manage...
The plant communities of thirteen salt marshes along the coast of British Columbia are described and...
This full report presents the first approximation of vegetation classification of trembling aspen ec...
This report expands and clarifies previous classifications of non-forested plant communities from up...
Vegetation science, like any science, uses classification to organize knowledge about plants and pla...
Plant communities were classified and described for Gwaii Haanas National Park Reserve and Haida He...
Terrestrial ecosystems in British Columbia are cataloged using the Biogeoclimatic Ecosystem Classifi...
We sampled vegetation and soils of, and classified mid-seral, even-aged, fire-origin, upland Picea m...
The objective of this study was to quantitatively describe the structure, composition and ecological...
A classification of forest vegetation is presented for the Mt. Baker-snoqualmie Forest. It is based ...
Vegetation science, like any science, uses classification to organize knowledge about plants and pla...
Abstract: An overview of the montane and subalpine forests of Abies lasiocarpa, Picea engelmannii, A...
This full report describes both forested and non-forested ecosystems of the Mountain Hemlock (MH) zo...
The present study attempts to classify the epilithic (=growing on rock) bryophyte vegetation of sout...
This full report presents a classification of mid-seral black spruce ecosystems in the Boreal White ...
An ecological classification of high elevation range provides a framework for proper resource manage...
The plant communities of thirteen salt marshes along the coast of British Columbia are described and...
This full report presents the first approximation of vegetation classification of trembling aspen ec...
This report expands and clarifies previous classifications of non-forested plant communities from up...
Vegetation science, like any science, uses classification to organize knowledge about plants and pla...
Plant communities were classified and described for Gwaii Haanas National Park Reserve and Haida He...
Terrestrial ecosystems in British Columbia are cataloged using the Biogeoclimatic Ecosystem Classifi...
We sampled vegetation and soils of, and classified mid-seral, even-aged, fire-origin, upland Picea m...
The objective of this study was to quantitatively describe the structure, composition and ecological...
A classification of forest vegetation is presented for the Mt. Baker-snoqualmie Forest. It is based ...
Vegetation science, like any science, uses classification to organize knowledge about plants and pla...
Abstract: An overview of the montane and subalpine forests of Abies lasiocarpa, Picea engelmannii, A...
This full report describes both forested and non-forested ecosystems of the Mountain Hemlock (MH) zo...
The present study attempts to classify the epilithic (=growing on rock) bryophyte vegetation of sout...
This full report presents a classification of mid-seral black spruce ecosystems in the Boreal White ...
An ecological classification of high elevation range provides a framework for proper resource manage...
The plant communities of thirteen salt marshes along the coast of British Columbia are described and...
This full report presents the first approximation of vegetation classification of trembling aspen ec...