Tree Selection of <i>Vernicia montana</i> in a Representative Orchard Cluster Within Southern Hunan Province, China: A Comprehensive Evaluation Approach. [PDF]
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Sex-Specific Responses of Sexual Reproduction, Clonal Reproduction, and Vegetative Growth to Environmental (Biotic and Abiotic) Factors in the Clonal Dioecious Plant Acer barbinerve. [PDF]
Plants (Basel)Liao D +5 more
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Advanced Generation Seed Orchard of <i>Abies alba</i> Mill. in Romania Combining Genetic Gain and Diversity. [PDF]
Plants (Basel)Mihai G +5 more
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Evaluation of Photoprotective Strategies in Asexual <i>Michelia guangdongensis</i> Lines Under High Temperature and Strong Light Stress Using the Entropy-Weighted TOPSIS Method. [PDF]
Plants (Basel)Liu J +8 more
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Cat-transmitted Sporotrichosis: A Clonal Household Outbreak with Atypical Human and Canine Disease Due to Sporothrix brasiliensis. [PDF]
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Risk analyses in clonal forestry
Canadian Journal of Forest Research, 1997The number of clones to use in plantations is an important problem that must be addressed by practitioners of clonal forestry because of productivity and forest health considerations. This problem has been analyzed from a number of perspectives, but analyses based upon risk of plantation failure have provided special insight about effects produced by ...
J.H. Roberds, J.W. Bishir
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Prospects for clonal forestry with radiata pine
Australian Forestry, 1984Summary The advantages of vegetative propagation of forest trees are discussed. The history of the development of such techniques with radiata pine (Pinus radiata) is outlined and a new technique for mass propagation of cuttings of the species described. It is suggested large scale clonal plantations of this species are now possible.
F. B. Clarke, M. U. Slee
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Biotechnology and Clonal Forestry
1993Traditionally, forests have been regenerated from seedlings derived from bulked seed collected in nature, or more recently from seeds collected from randomly pollinated plus-trees. In most of these forests there is a large variation in growth, form, and vigor. Besides, there are forest tree species that are characterized by poor and irregular seed set,
Ahuja M R, M R Ahuja
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Unequal clonal deployment improves genetic gains at constant diversity levels for clonal forestry
Tree Genetics and Genomes, 2011Maximizing genetic gain at an acceptable diversity level is an ideal outcome of selection and deployment. Based on this criterion, this study investigated the efficiency of unequal clonal deployment strategies for clonal forestry and compared them with truncation selection and equal deployment (truncation deployment).
Yuhui Weng, Dag Lindgren
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