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Analyzes the quantitative framework for breeding and conservation of forest tree genetic resources in British Columbia. Relevance of the methods use in integrating breeding with conservation population Role of in- and ex-situ populations on forest tree gene resource management; Genetic conservation objectives of in situ-populations.
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We present a comprehensive approach to carry out community-wide assessments of in situ conservation of forest trees based on basic botanical and ecological data. This is a first step, resulting in a consistent framework to set priorities for collection and inclusion of species- specific biological and genetic information. We use botanical sample data to generate high-resolution distribution maps as a basis for a gap analysis of how well each species is represented in protected areas. To account for adaptive genetic variation of tree species we stratify populations by ecological zones that represent different macroclimates. In a detailed example for Douglas-fir (Pseudotsuga menziesii (Mirb.) Franco), we show that...
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We present a comprehensive approach to carry out community-wide assessments of in situ conservation of forest trees based on basic botanical and ecological data. This is a first step, resulting in a consistent framework to set priorities for collection and inclusion of species- specific biological and genetic information. We use botanical sample data to generate high-resolution distribution maps as a basis for a gap analysis of how well each species is represented in protected areas. To account for adaptive genetic variation of tree species we stratify populations by ecological zones that represent different macroclimates. In a detailed example for Douglas-fir (Pseudotsuga menziesii (Mirb.) Franco), we show that...
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Analyzes the quantitative framework for breeding and conservation of forest tree genetic resources in British Columbia. Relevance of the methods use in integrating breeding with conservation population Role of in- and ex-situ populations on forest tree gene resource management; Genetic conservation objectives of in situ-populations.
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Analyzes the quantitative framework for breeding and conservation of forest tree genetic resources in British Columbia. Relevance of the methods use in integrating breeding with conservation population Role of in- and ex-situ populations on forest tree gene resource management; Genetic conservation objectives of in situ-populations.
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