Luke in Forest Bioeconomy - Lauri Sikanen
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UK-Finland Sustainability Knowledge Exchange 19-21 October 2020
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Luke in Forest Bioeconomy - Lauri Sikanen
- 1. Together towards bioeconomy Luke in Forest bioeconomy Dr. Lauri Sikanen Principal Scientist, Group Manager
- 2. © Natural Resources Institute Finland2 Bioeconomy share Graphics: Vihreä biotalous – 100-vuotiaan Suomen hyvinvoinnin ja kilpailukyvyn perusta. 3 539 mill. € Bioeconomy services 15 280 mill. € Agriculture and food industry 41 948 mill. € Bioeconomy products 733 mill. € Water treatment and supply 395 051 mill. € National economy Source: Statistics Finland 2016 16% 65 billion € Bioeconomy share 16 % 3 563 mill. € Renewable energy
- 3. © Natural Resources Institute Finland3 LUKE Natural Resources Institute Finland 122 M€ Turnover 1288 Employees 25 Locations in Finland HQ in Helsinki Present in 12 campuses with universities, research institutes and polytechnics 30 M€ Statutory services We are one of the four Statistical Authorities in Finland. 93 M€ Research & customer portfolio 46 research professors 622 researchers
- 4. © Natural Resources Institute Finland 4 22.10. 2020 Boreal Green Bioeconomy Head of thematic research program: Dr. Mikko Kurttila, e-mail: mikko.kurttila@luke.fi Genomics and breeding • Genomic understanding of key quality parameters of boreal species • Precision breeding • Development of breeding methodologies (genomic selection, genome editing) • Technologies for modern breeding (somatic embryogenesis, automatisation) Sustainable biomass production • Intensification of biomass production • Forest management concepts • Abiotic and biotic risk management • Environmental impacts of forestry Forest resource supply management • NFI, regional scenarios and models • Active, sustainable and climate smart forest and land use planning • Operational efficiency in wood sourcing and silviculture • Reduction of adverse impacts of wood harvesting Value-added bioeconomy products and processes • Formation and location of structures and compounds of biomass (Biorefinery potential of biomass) • Valorisation of secondary streams and by-products • Wood products, green building and living with wood
- 5. Adding value to the bioeconomy forest value-network Genetics and breeding Sustainable biomass producion Forest resources and operations Forest products and biorefinery Management concepts for productive, resilient and climate smart forestry Breeding and gene preservation for resilience and productivity for the future bioeconomy Inventory, planning and forest operations for diverse land use and wood sourcing High value products and healthy environments from forest feedstock
- 6. © Natural Resources Institute Finland6
- 7. • Mobility and network smart devices and sensors • BIG data and data analysis Efficient use of wood Reduced environmental impacts Management • Cloud services and information networks • Open data and My data Digitalization boosts biomass supply and reduces environmental impacts
- 8. Thank you! John Kettle john.kettle@luke.fi Tapio Eerikäinen tapio.eerikainen@luke.fi Lauri Sikanen lauri.sikanen@luke.fi