Climate models predict that the Mediterranean region will experience a particularly marked
increase in aridity during the 21st century when compared to other regions. This study …

Climate change has negative effects on especially plant species that have a limited habitat.
In this context, the stone pine (Pinus pinea L.), which has a limited distribution, is prominent …

Nowadays, modelling habitats by using computer technologies is an effective approach.
Analyzing how plant species will be affected by climate change is highly important in terms …

Geographical distribution of forest species is closely regulated by environmental conditions,
particularly temperature and precipitation. Climate change predicted by general circulation …

To assess the potential distribution of Pinus pumila, a dominant species of the Japanese
alpine zone, and areas of its habitats vulnerable to global warming, we predicted potential …

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 …

White pines (Pinus subsect. Strobus) play important roles in forest ecosystems in the
Northern Hemisphere. Species of this group are narrowly distributed or endangered in …

To date, a variety of species potential distribution mapping approaches have been used,
and the agreement in maps produced with different methodological approaches should be …

Climate change models predict an increase in aridity in many parts of the world for the
twenty-first century, which is likely to be more intense in the Mediterranean basin than in …

This study was performed to predict the future climate envelope of Pinus pumila, a subalpine
plant and a Climate-sensitive Biological Indicator Species (CBIS) of Korea. P. pumila is …