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Selection of Salix myrsinifolia clones for biomass forestry in Finland
- Source :
- Silva Fennica, Vol 28, Iss 3 (1994)
- Publication Year :
- 1994
- Publisher :
- The Finnish Society of Forest Science and The Finnish Forest Research Institute, 1994.
-
Abstract
- For biomass forestry in the inland parts of southern and central Finland, the obvious choice of willow species is Salix myrsinifolia. However, selection of clones of indigenous species has not yet been completed and more research and selection is needed. In the Piipsanneva old peatland trial, indigenous species of willow, mostly clones of S. myrsinifolia and S. phylicifolia, were compared in terms of biomass production, coppicing, height growth and diameter distributions. In this trial, the mean annual biomass production was not particularly high; more important results were attained in the ranking of clones. This trial strengthens the hypothesis that, over the long term, the biomass production of S. myrsinifolia is higher than that of S. phylicifolia. It was supposed that behind the highest yield there was a clone with uniform quality, one whose diameter distribution would be narrow and positively skewed. Comparisons of parameters of Weibull functions showed that the distributions of the best clones were wide, indicating that those clones use the whole growth space better than these with narrow distribution.
- Subjects :
- Salix phylicifolia
biomassa
Biomass
selection
fuelwood
pajut
kasvu
valinta
Coppicing
clones
biomassatuotos
polttopuu
lcsh:Forestry
Selection (genetic algorithm)
040101 forestry
energiapuu
biology
biomass
Ecological Modeling
forestry
kloonit
Forestry
04 agricultural and veterinary sciences
15. Life on land
biology.organism_classification
Short rotation forestry
Salix myrsinifolia
lcsh:SD1-669.5
0401 agriculture, forestry, and fisheries
Tree breeding
läpimittajakauma
production
energiametsät
Woody plant
Subjects
Details
- Language :
- English
- Database :
- OpenAIRE
- Journal :
- Silva Fennica, Vol 28, Iss 3 (1994)
- Accession number :
- edsair.doi.dedup.....b8d2557d2f38c5be50da26c45ea812cd