To assess the impact of Quercus acuta, a dominant species in the evergreen broad-leaved
forests of Japan, and its habitat shifts as a result of climate change, we predicted the …

The plant species in the mountainous regions might be relatively more vulnerable to climate
change. Understanding the potential effects of climate change on keystone species, such as …

The interaction between prehistoric humans and the living environment, especially with
vegetation, has always been the focus of attention. Pine is a critical constructive species of …

The widely used species-occurrence-based models that predict the realized climate niche of
plants can be too restrictive and do not reflect among-population variation in assessing …

This study estimates the present and future distribution potential of 12 thermophilic and rare
tree species for Europe based on climate-soil sensitive species distribution models (SDMs) …

Understanding the suitable habitat distribution of Korean pine (Pinus koraiensis) is
significant for genetic resource conservation of Korean pine and vegetation restoration of …

The prediction of the climate change effect on plant distribution has become a primary
research field for conservation practices and planning. The present research predicted …

Anticipated future climate changes are expected to significantly influence forest ecosystems,
particularly in treeline ecotones. Climate change will have both direct and indirect effects on …

Climate is a dominant factor affecting the potential geographical distribution of species.
Understanding the impact of climate change on the potential geographic distribution of …

Understanding the drivers of habitat distribution patterns and assessing habitat connectivity
are crucial for conservation in the face of climate change. In this study, we examined a …