This study has developed regionally adapted scenarios for forestry within the CLEO project (Climate Change and Environmental Objectives, www.cleoresearch.se). Defining relevant and probable future forest scenarios is important for predicting future environmental impacts and synergies and conflicts between environmental objectives. Due to the increasing demand for biomass from forestry, Swedish forestry practices are currently changing. In addition, climate change can affect future forestry practices. Three scenarios for future forest management in Sweden have been formulated. One scenario corresponds to today's forest management, the second scenario is associated with an intensive removal of biomass, and the third scenario with even more intense biomass removal. These three scenarios are matrices of different choices of forest management strategies. The data behind are to a large extent based on scenarios defined in other studies, mainly SKA VB-08. The scenarios include information on tree distribution and land use, such as area of productive forest, arable and agricultural land, conventionally managed forest and other forestry land. Areas for soil scarification, cleaning, thinning, logging and slash and stump removal are also reported, as well as quantities of biomass removal regarding stems, forest residues and stumps during thinning and harvesting. To enable estimates of nutrient removal, nutrient contents in different tree parts (stem, bark, branches, needles and stumps) were provided. The areas exposed to conventional forestry fertilization, as well as intensive forestry fertilization were provided, as well as fertilization rate and nutrient content in the fertilizer. In all scenarios, areas for ash recycling were also reported, as well as supply amount of ash, and levels of various nutrients in the ash and its dissolution rate. All scenarios are characterized by future intensified forestry management, with higher harvesting rates, more fertilization of forest land and increased ash recycling. Growth enhancing measures, but especially climate change, results in increased forest growth and consequently increased levels of harvest in all scenarios from 2020 onwards. Since ash recycling is also increasing over time, this could mitigate the increased nutrient losses due to a future higher biomass removal from forests. Conventional fertilizing is expected to increase in the scenario representing the development of today’s forestry. In contrast, conventional fertilizer use decreases in the other more intensive scenarios, due to more localised intensified fertilizing schemes. It is unclear what impact this may have on acidification and eutrophication. Over time, tree species distribution changes, with a reduced proportion of pine that is replaced with spruce in southern Sweden. On the contrary, in northern Sweden, the proportion of pine increases at the expense of spruce. It is likely that the frequency and intensity of natural disturbances, such as storm damage and insect infestation, will increase in the future due to climate change. These effects have not been taken into account in the scenarios. This report is only available in Swedish.