Forests produce a vast diversity of ecosystem services. To safeguard management goals such as timber production, forest management needs to consider risks for damage caused by different agents, such as ungulates. The selective foraging behaviour of ungulates can limit forest regeneration, generating conflicts with forestry objectives and challenging both forest and ungulate management. In hemiboreal and boreal forests, both timber production and ungulate numbers have increased considerably during the past 50 years. Climate change will affect forestry and ungulates, possibly generating novel ungulate-forest interactions (e.g., changed forest systems, new herbivore assemblages). To support a framework for future management of ungulate-forest systems in hemiboreal and boreal forests in Europe and North America in the light of climate change, we provide an overview of the literature on current management strategies that seek to balance the conflict between timber production and maintaining ungulate densities at a level that satisfies various stakeholder groups. Derived from current literature, we suggest that future mitigations enhancing forest resilience and simultaneously reducing browsing damage should include the following overarching strategies: 1) Both ungulate and forest management require a large scale and context-specific planning to ensure a suitable forage landscape for ungulates diluting browsing pressure on economic valuable trees. This might be particularly needed in places where much of the forest is privately owned. 2) Anthropogenic ungulate-forest systems require continuous regulation of ungulate numbers (i.e., by predation, hunting, or a combination of both) to enable ?windows of opportunities? for forest regeneration and to counteract positive feedback loops of forage-enriching activities for ungulates by forestry. 3) Given increasing system complexity, adaptive ecosystem-based management plans for ungulates should consider multi-species approaches to match management with other interests in multifunctional forest landscapes. Given the large diversity across hemiboreal and boreal ungulate-forest systems (e.g., centralized versus de-centralized management, access to land, game meat trade, ecological and social complexity), there are differences in preconditions across the Northern hemisphere to balance timber production and ungulate densities.