Strategy in the forest products industry
Forest products marketing
Supply chain management
The forest sector in the Bioeconomy
Innovation in the forest sector
Forest governance, livelihoods and sustainable development
Sustainable Business Models for Tree based Value Chains in Sub Saharan Africa:
Tree based supply chains (SC) are key for the livelihoods of millions of people in Sub Saharan Africa. These SC mostly operate within the informal sector and involves the harvesting, processing, and marketing of a range of forest based products: timber, energy wood, and non-timber forest products (NTFP – e.g. food products, medicine etc.). The produce is mostly consumed in Africa and involve tens of millions of, mostly poor, people in the supply chains, and affect about 600 million consumers. These quantities, where energy is the main use, account for almost 90% of all forest harvests on the continent. However, the forest situation is not sustainable and Africa accounts for 80% of the global net deforestation. Sustainable supply chains for forest products would contribute to more stable forest conditions and less GHG emissions, while securing income and affordable forest products for the future. We study the conditions for sustainable supply chains among poor SC actors. The SC structure and members’ resources, capabilities, and institutional factors that romote sustainable and livelihoodimproving value chains, are analysed. The study is based on sustainable livelihoods models, theories on resources and capabilities and operations management. Two locations - in Kenya and Burkina Faso - are studied with a
participatory research design, and quantitative, qualitative and observations approaches. Our research will benefit SC actors directly, policymakers and cooperation agencies.
Lähtinen K., Häyrinen L., Roos A., Toppinen A., Aguilar Cabezas F.X., Thorsen B.J., Hujala T., Nyrud A.Q., Hoen H.F. 2021. Consumer housing values and prejudices against living in wooden homes in the Nordic region. Silva Fennica 55, 2. https://doi.org/10.14214/sf.10503
Mutta, D., Mahamane, L., Wekesa, C., Kowero, G., Roos, A. 2021. Sustainable Business Models for Informal Charcoal Producers in Kenya. Sustainability 13(6), 3475. https://doi.org/10.3390/su13063475
Roos, A., Eggers, J., Mark-Herbert, C., Lindhagen, A. 2018. Using von Thünen rings and service-dominant logic in balancing forest ecosystem services. Land Use Policy 79 (2018) 622-632.
Roos, A., Ahlgren, S., 2018. Consequential life cycle assessment of bioenergy systems – A literature review. Journal of Cleaner Production 189, 358-373.
Olsson O., Roos A., Guisson R., Bruce L., Lamers P., Hektor B., Thrän D., Hartley D., Ponitka J., Hildebrandt J. 2018. Time to tear down the pyramids? A critique of cascading hierarchies as a policy tool. Wiley Interdisciplinary Reviews: Energy and Environment, 7, e279
Thiger, E., Woxblom, L., & Roos, A. 2017. Empathic design for wood product innovation based on genuine customer needs – A test application on Swedish builders. Wood Material Science & Engineering, 12(3), 118-128.
Magnus Larsson, Matti Stendahl & Anders Roos 2016. Supply chain management in the Swedish wood products industry – a need analysis, Scandinavian Journal of Forest Research, 31:8, 777-787.
Räty T., Toppinen A., Roos A., Nyrud AQ., Riala M. 2016. Environmental policy in the Nordic wood product industry: insights into firms’ strategies and communication. Business Strategy and the Environment 25:10–27.
Roos, A., Stendahl M. 2016. The role of the forest sector in the emerging bio-economy. In “Forests, Business and Sustainability” (eds. Hansen, E., Kozak, R., Panwar, R.) Earthscan, New York.
Roos, A., 2016. Business—Bioproducts in the Bioeconomy. In “Environmental Impacts of Traditional and Innovative Forest-based Bioproducts” (eds. A. Kutnar, S. S. Muthu) Series: “Environmental Footprints and Eco-design of Products and Processes”. Springer.
Thiger E, Woxblom L, Roos A. 2015.Empathic design for wood product innovation based on genuine customer needs – A test application on Swedish builders. Wood Material Science & Engineering.