Purpose of Review Comparing the available supply, the societal demand, and the actual use of forest ecosystem services (FES) reveals where societal needs are met, where forests are overexploited to do so, and/or where untapped potential exists. Due to the complexity of this task, many studies focus exclusively on either supply or demand, disregarding their interconnection and limiting the integration of scientific findings int...

Aim In a rapidly changing climate, the assumption of a species‐environment equilibrium is increasingly strained. Yet, this equilibrium remains a central assumption of species distribution modelling. Species distributions in disequilibrium with their environment may take different forms depending on past species distribution changes, but for most species, these past changes are unknown. Revealing this uncertainty is essential w...

Aim The changing frequency and intensity of climatic extremes due to climate change can have sudden and adverse impacts on the distribution of species. While species distribution modelling is a vital tool in ecological applications, current approaches fail to fully capture the distribution of climatic extremes, particularly of rare events with the most disruptive potential. Especially at the edges of species' ranges, where con...