… in vascular species composition and vegetation, and in species richness in relation to … the
Gyama Valley on the southern edge of the Tibetan Plateau. Patterns of species richness may …

… turnover with change in habitat, was computed for various valleys / watersheds using the
formula ßw = γ/α, where γ (gamma) = number of species in all the sites, and α (alpha) is the …

… Species richness and endemic richness vary along elevation gradients, but not necessarily
in the same way. This study tests if the maxima in gamma … of the dry inner valleys, which form …

… types, including paddy fields, secondary forests, secondary grasslands, ponds, and streams.
High species richness … the slopes and valley bottom or on the valley bottom. The top of the …

… and low species richness (about 400 vascular plant species) … spread, we can conclude that
gamma-diversity is very low in … Wet sedge meadows in lake depressions or in river valleys …

… In particular, we examine how species richness and evenness are associated with biotic
and abiotic conditions at an intermediate landscape scale. We also relate environmental …

… species richness patterns in the Nepalese Himalayas, the largest altitudinal gradient in the
world. Species richness … The number of species in 100‐m altitudinal bands increases steeply …

… species richness in Nepal aimed to compare distribution patterns of different life-forms,
substratum affinities, photobiont types, … of 525 Nepalese lichen species to interpolate presence …

… (sea level or valley bottom) will give a humped richness pattern along altitude. This … species
richness decreases most steeply as the boundaries are approached. In this study the valley …

… be divided into five vegetation types, and that these vegetation types were affected most by
… relationship between species richness and altitude and longitude. Species richness was …