Autecology, ethnobotany and agronomy of Balsamorhiza sagitta: Northwestern Plateau, British Columbia

This research examines an edible and medicinal plant species, Balsamorhiza sagittata Pursh (Nutt) (balsamroot, or spring sunflower). Included are: 1) a study of literature concerning previous uses and potential agronomic applications of B. sagittata; 2) an ecological study to assess the general h...

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Main Author: Chambers, Kimberlee
Other Authors: Turner, Nancy J.
Format: Others
Language:English
en
Published: 2017
Subjects:
Online Access:https://dspace.library.uvic.ca//handle/1828/8834
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spelling ndltd-uvic.ca-oai-dspace.library.uvic.ca-1828-88342017-12-06T17:21:01Z Autecology, ethnobotany and agronomy of Balsamorhiza sagitta: Northwestern Plateau, British Columbia Chambers, Kimberlee Turner, Nancy J. Keller, C. Peter edible plants Arrowleaf balsamroot medicinal plants agronomic experiments ethnobotany This research examines an edible and medicinal plant species, Balsamorhiza sagittata Pursh (Nutt) (balsamroot, or spring sunflower). Included are: 1) a study of literature concerning previous uses and potential agronomic applications of B. sagittata; 2) an ecological study to assess the general habitat requirements of B. sagittata at three populations in the Northwestern Plateau of British Columbia; and 3) an agronomic study of B. sagittata, the main purpose of which is to explore the development of the species in a cropping system or as a horticulture plant. Ethnobotanical literature confirms that B. sagittata has a long tradition as a highly significant food and medicinal resource on the Northern plateau. A review of botanical and range literature indicates that the species is an ecologically important forb in sagebrush ecosystems. Ecological data collectci:l was significantly different between the field sites. The only variable that was statistically similar at the Pavilion Mountain, Hat Creek Valley and Botanie Valley research locations was the number of blooms on the B. sagittata plants. Furthermore the data did not indicate significant correlations to explain variation in the number of B. sagittata plants between sample plots. Preliminary agronomic experiments indicate that B. sagittata can be propagated by seed, both in a greenhouse and at a field location. Treating seeds with ethylene before stratification significantly increased seed germination. Graduate 2017-12-05T21:57:20Z 2017-12-05T21:57:20Z 2001 2017-12-05 Thesis https://dspace.library.uvic.ca//handle/1828/8834 English en Available to the World Wide Web application/pdf
collection NDLTD
language English
en
format Others
sources NDLTD
topic edible plants
Arrowleaf balsamroot
medicinal plants
agronomic experiments
ethnobotany
spellingShingle edible plants
Arrowleaf balsamroot
medicinal plants
agronomic experiments
ethnobotany
Chambers, Kimberlee
Autecology, ethnobotany and agronomy of Balsamorhiza sagitta: Northwestern Plateau, British Columbia
description This research examines an edible and medicinal plant species, Balsamorhiza sagittata Pursh (Nutt) (balsamroot, or spring sunflower). Included are: 1) a study of literature concerning previous uses and potential agronomic applications of B. sagittata; 2) an ecological study to assess the general habitat requirements of B. sagittata at three populations in the Northwestern Plateau of British Columbia; and 3) an agronomic study of B. sagittata, the main purpose of which is to explore the development of the species in a cropping system or as a horticulture plant. Ethnobotanical literature confirms that B. sagittata has a long tradition as a highly significant food and medicinal resource on the Northern plateau. A review of botanical and range literature indicates that the species is an ecologically important forb in sagebrush ecosystems. Ecological data collectci:l was significantly different between the field sites. The only variable that was statistically similar at the Pavilion Mountain, Hat Creek Valley and Botanie Valley research locations was the number of blooms on the B. sagittata plants. Furthermore the data did not indicate significant correlations to explain variation in the number of B. sagittata plants between sample plots. Preliminary agronomic experiments indicate that B. sagittata can be propagated by seed, both in a greenhouse and at a field location. Treating seeds with ethylene before stratification significantly increased seed germination. === Graduate
author2 Turner, Nancy J.
author_facet Turner, Nancy J.
Chambers, Kimberlee
author Chambers, Kimberlee
author_sort Chambers, Kimberlee
title Autecology, ethnobotany and agronomy of Balsamorhiza sagitta: Northwestern Plateau, British Columbia
title_short Autecology, ethnobotany and agronomy of Balsamorhiza sagitta: Northwestern Plateau, British Columbia
title_full Autecology, ethnobotany and agronomy of Balsamorhiza sagitta: Northwestern Plateau, British Columbia
title_fullStr Autecology, ethnobotany and agronomy of Balsamorhiza sagitta: Northwestern Plateau, British Columbia
title_full_unstemmed Autecology, ethnobotany and agronomy of Balsamorhiza sagitta: Northwestern Plateau, British Columbia
title_sort autecology, ethnobotany and agronomy of balsamorhiza sagitta: northwestern plateau, british columbia
publishDate 2017
url https://dspace.library.uvic.ca//handle/1828/8834
work_keys_str_mv AT chamberskimberlee autecologyethnobotanyandagronomyofbalsamorhizasagittanorthwesternplateaubritishcolumbia
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