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- W372568413 abstract "This paper reports on the relationship between yield and short rotation coppice willow systems. Topics covered include: yield expectations, yield losses due to Melampsora rust, yield compensation, genotype survival, and mixture diversity. Results are given of two breeding programmes in Sweden and the UK. In 1989, a formal link was forged with the breeding programme in Sweden and a trial protocol was agreed with the International Energy Agency. In 1996, a second dedicated breeding programme was initiated in the UK and potential operational genotypes were included in a revised testing protocol, drawn up with the Forestry Commission, to facilitate their inclusion in recommended listings for planting. Evidence is clear that where disease pressure is high, the planting of large areas of a single genotype, even where that genotype is less susceptible or resistant to rust, is not to be recommended. The yield of the newer genotypes from the dedicated breeding programmes in Sweden and the UK show highly significant yield increases over selected standards. Generally, yield from diverse mixtures is greater than the equivalent yield of their component genotypes grown in monoculture. Increased diversity in mixtures resulted in yield compensation when components of the mixture were lost due to disease or other factors. When genotypes have been shown to be significantly rust susceptible, their inclusion in mixtures does not improve their performance or increase their sustainability. Completely random planting configurations in mixtures would seem to provide the greatest opportunity for yield compensation, rather than line mixtures or small block mosaic mixtures." @default.
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- W372568413 date "2005-01-01" @default.
- W372568413 modified "2023-10-17" @default.
- W372568413 title "Short-rotation coppice willow mixtures and yield." @default.
- W372568413 doi "https://doi.org/10.1079/9780851999999.0195" @default.
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