Question Understanding the specific distribution patterns of vascular plants on different
spatial scales is central in ecology and conservation. We evaluate the distribution patterns of …

Despite the long-standing ecological interest in elevational-diversity gradients, it remains
unclear whether different life forms (trees, shrubs and herbs) show the same diversity …

Neotropical mountains have been identified as biodiversity hotspots, endemism centers, and
priority sites for conservation. Unfortunately, land-use change and intensification strongly …

The elevational distribution of plant diversity is a popular issue in ecology and
biogeography, and several studies have examined the determinants behind plant diversity …

Studies on species richness patterns along elevation gradients are fascinating and gaining
attention. We compiled data from 118 studies of elevational gradients in a broad range of …

We examined general and family-specific patterns of vascular plant richness along a large
elevational gradient (0–3,670 m asl), assessed the continuity of these patterns and analysed …

Epiphytes are diverse and important elements of tropical forests, but as canopy‐dwelling
organisms, they are highly vulnerable to deforestation. To assess the effect of deforestation …

Understanding the pattern of species distribution and the underlying mechanism is essential
for conservation planning. Several climatic variables determine the species diversity, and …

Aim Understanding patterns of tropical plant diversity and their vulnerability to
anthropogenic disturbance at different spatial scales remains a great challenge in ecology …

Compared to other plant life‐forms, epiphytes remain understudied. Understanding the
responses of epiphytes to changing environmental conditions is necessary to predict …