This article describes the use of climate envelope modelling (CEM) to estimate the potential
occurrence of P. kesiya and P. merkusii in Southeast Asia under the present climate and to …

Projected climate change at a regional level is expected to shift vegetation habitat
distributions over the next century. For the sub-alpine species whitebark pine (Pinus …

The Japanese archipelago is a biodiversity hotspot with a unique regional climate
influenced by the Asian monsoon circulation, surrounding seas, and complex topography …

Context Climate change is an important driver of habitat contraction and the loss of
biodiversity. Species distribution models (SDMs) are used to assess the impacts of climate …

Climate change over the past decades has significantly altered global hydrothermal
conditions and caused an evident shift in species distribution. Predicting species distribution …

There is an urgent need to conduct scientific research in order to comprehend the impact of
climate change on the geographical distribution of species that constitute an ecological …

Understanding species response to climate change is essential for the conservation and
utilization of species resources under rapid climate change in the future. In this study, the …

The impact of climate change on the potential distribution of four Mediterranean pine
species–Pinus brutia Ten., Pinus halepensis Mill., Pinus pinaster Aiton, and Pinus pinea L …

Aim Assessing potential response of alpine plant species distribution to different future
climatic and land‐use scenarios. Location Four mountain ranges totalling 150 km2 in the …

An ecological risk assessment is described for determining the adaptation potential of the
approximately 11 000 Swiss Forest Inventory points (FIP) to a hypothetically changing …