Most groups of organisms occur in multiple regions, and have different numbers of species in different regions. These richness patterns are directly explained by speciation, extinction, and dispersal. Thus, regional richness patterns may be explained by differences in when regions were colonized (more time-for-speciation in regions colonized earlier), how often they were colonized, or differences in diversification rates (speciation – extinction) among regions (with diversification rates potentially influenced by area, climate, and/or many other variables). Few studies have tested all three factors, and most that did examined them only in individual clades. Here, we analyze a diverse set of 15 clades of plants and animals to test the causes...
Whether biotic or abiotic factors are the dominant drivers of clade diversification is a long-standi...
Whether biotic or abiotic factors are the dominant drivers of clade diversification is a long-standi...
Whether biotic or abiotic factors are the dominant drivers of clade diversification is a long-standi...
Most groups of organisms occur in multiple regions, and have different numbers of species in differe...
Most groups of organisms occur in multiple regions, and have different numbers of species in differe...
Most groups of organisms occur in multiple regions, and have different numbers of species in differe...
Most groups of organisms occur in multiple regions and have different numbers of species in differen...
Aims: Patterns of species richness, such as the remarkable biodiversity of tropical regions, have be...
At any location, a group of organisms may be represented by several clades. What determines which cl...
Aims: Patterns of species richness, such as the remarkable biodiversity of tropical regions, have be...
Aims: Patterns of species richness, such as the remarkable biodiversity of tropical regions, have be...
At any location, a group of organisms may be represented by several clades. What determines which cl...
At any location, a group of organisms may be represented by several clades. What determines which c...
At any location, a group of organisms may be represented by several clades. What determines which c...
Whether biotic or abiotic factors are the dominant drivers of clade diversification is a long-standi...
Whether biotic or abiotic factors are the dominant drivers of clade diversification is a long-standi...
Whether biotic or abiotic factors are the dominant drivers of clade diversification is a long-standi...
Whether biotic or abiotic factors are the dominant drivers of clade diversification is a long-standi...
Most groups of organisms occur in multiple regions, and have different numbers of species in differe...
Most groups of organisms occur in multiple regions, and have different numbers of species in differe...
Most groups of organisms occur in multiple regions, and have different numbers of species in differe...
Most groups of organisms occur in multiple regions and have different numbers of species in differen...
Aims: Patterns of species richness, such as the remarkable biodiversity of tropical regions, have be...
At any location, a group of organisms may be represented by several clades. What determines which cl...
Aims: Patterns of species richness, such as the remarkable biodiversity of tropical regions, have be...
Aims: Patterns of species richness, such as the remarkable biodiversity of tropical regions, have be...
At any location, a group of organisms may be represented by several clades. What determines which cl...
At any location, a group of organisms may be represented by several clades. What determines which c...
At any location, a group of organisms may be represented by several clades. What determines which c...
Whether biotic or abiotic factors are the dominant drivers of clade diversification is a long-standi...
Whether biotic or abiotic factors are the dominant drivers of clade diversification is a long-standi...
Whether biotic or abiotic factors are the dominant drivers of clade diversification is a long-standi...
Whether biotic or abiotic factors are the dominant drivers of clade diversification is a long-standi...