Mussel culture in British Columbia : the influence of salmon farms on mussel growth and biochemical composition

To realise the potential for mussel culture in British Columbia, mariculture research must identify specific environments and suitable locations which promote maximum growth in mussels. The present study investigates the possible advantages, through nutritional enrichment, of salmon farms as sites f...

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Main Author: Taylor, Barbara Elan
Language:English
Published: University of British Columbia 2010
Subjects:
Online Access:http://hdl.handle.net/2429/28953
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spelling ndltd-UBC-oai-circle.library.ubc.ca-2429-289532018-01-05T17:44:55Z Mussel culture in British Columbia : the influence of salmon farms on mussel growth and biochemical composition Taylor, Barbara Elan Mussel culture -- British Columbia Mussels -- British Columbia -- Growth Bivalvia -- British Columbia -- Nutrition Mussels -- British Columbia -- Nutrition Bivalvia -- British Columbia -- Growth & development To realise the potential for mussel culture in British Columbia, mariculture research must identify specific environments and suitable locations which promote maximum growth in mussels. The present study investigates the possible advantages, through nutritional enrichment, of salmon farms as sites for mussel culture. Mussels were cultured at different distances around two salmon farms on the east coast of Vancouver Island (Departure Bay and Genoa Bay). Three parameters of mussel growth: condition index, carbohydrate content, and crude protein content were monitored at 3-6 wk intervals from September 1988 to August 1989. Distinct seasonal differences in growth were observed, but distance from the farm did not substantially influence mussel growth. Adult mortality and larval settlement were similarly unaffected. Contrary to prediction, the farms did not increase available food for mussels. Measures of seston and chlorophyll concentration, made concurrently with the mussel collections, indicated that neither a direct contribution of nutrients in the form of feed and fish faeces, nor an indirect contribution of waste ammonia to augment phytoplankton production, occurred. This was despite currents flowing, at least part of the time, in such a direction as to transport potential nutrients from the farms to the mussels. Science, Faculty of Zoology, Department of Graduate 2010-10-05T22:36:07Z 2010-10-05T22:36:07Z 1990 Text Thesis/Dissertation http://hdl.handle.net/2429/28953 eng For non-commercial purposes only, such as research, private study and education. Additional conditions apply, see Terms of Use https://open.library.ubc.ca/terms_of_use. University of British Columbia
collection NDLTD
language English
sources NDLTD
topic Mussel culture -- British Columbia
Mussels -- British Columbia -- Growth
Bivalvia -- British Columbia -- Nutrition
Mussels -- British Columbia -- Nutrition
Bivalvia -- British Columbia -- Growth & development
spellingShingle Mussel culture -- British Columbia
Mussels -- British Columbia -- Growth
Bivalvia -- British Columbia -- Nutrition
Mussels -- British Columbia -- Nutrition
Bivalvia -- British Columbia -- Growth & development
Taylor, Barbara Elan
Mussel culture in British Columbia : the influence of salmon farms on mussel growth and biochemical composition
description To realise the potential for mussel culture in British Columbia, mariculture research must identify specific environments and suitable locations which promote maximum growth in mussels. The present study investigates the possible advantages, through nutritional enrichment, of salmon farms as sites for mussel culture. Mussels were cultured at different distances around two salmon farms on the east coast of Vancouver Island (Departure Bay and Genoa Bay). Three parameters of mussel growth: condition index, carbohydrate content, and crude protein content were monitored at 3-6 wk intervals from September 1988 to August 1989. Distinct seasonal differences in growth were observed, but distance from the farm did not substantially influence mussel growth. Adult mortality and larval settlement were similarly unaffected. Contrary to prediction, the farms did not increase available food for mussels. Measures of seston and chlorophyll concentration, made concurrently with the mussel collections, indicated that neither a direct contribution of nutrients in the form of feed and fish faeces, nor an indirect contribution of waste ammonia to augment phytoplankton production, occurred. This was despite currents flowing, at least part of the time, in such a direction as to transport potential nutrients from the farms to the mussels. === Science, Faculty of === Zoology, Department of === Graduate
author Taylor, Barbara Elan
author_facet Taylor, Barbara Elan
author_sort Taylor, Barbara Elan
title Mussel culture in British Columbia : the influence of salmon farms on mussel growth and biochemical composition
title_short Mussel culture in British Columbia : the influence of salmon farms on mussel growth and biochemical composition
title_full Mussel culture in British Columbia : the influence of salmon farms on mussel growth and biochemical composition
title_fullStr Mussel culture in British Columbia : the influence of salmon farms on mussel growth and biochemical composition
title_full_unstemmed Mussel culture in British Columbia : the influence of salmon farms on mussel growth and biochemical composition
title_sort mussel culture in british columbia : the influence of salmon farms on mussel growth and biochemical composition
publisher University of British Columbia
publishDate 2010
url http://hdl.handle.net/2429/28953
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