Darters Etheostoma
|
13 |
Sexual isolation accumulates faster than postzygotic RI. Hybrid inviability does not increase over time. |
Species pair selected to be strictly phylogenetically independent |
(Mendelson 2003) |
Stickleback Gasterosteus
|
5 |
Sexual and ecological isolation accumulate faster than other barriers |
No |
(Lackey and Boughman 2017) |
Streptanthus
|
39 |
Climatic niche differences are substantial early in speciation and evolve faster than differences in phenology and floral morphology. |
Node‐weighted average phylogenetic correction, (Fitzpatrick 2002) |
(Christie and Strauss 2018) |
Nolana
|
15‐22 |
Prezygotic pollen–pistile isolation accumulates slower than all postzygotic barriers. |
Node‐weighted average phylogenetic correction, (Fitzpatrick 2002) |
(Jewell et al. 2012) |
Drosophila
|
72 |
Prezygotic and postmating‐prezygotic RI accumulate faster than postzygotic barriers. |
Random sampling of strictly phylogenetically independent species pairs and bootstrapping |
(Turissini et al. 2018) |
Glycine
|
18‐55 |
Postmating‐prezygotic and postzygotic RI accumulate at similar rates. |
Random sampling of strictly phylogenetically independent species pairs and bootstrapping |
(Moyle et al. 2004) |
Silene
|
19‐49 |
Postmating‐prezygotic and postzygotic RI accumulate at similar rates. |
Random sampling of strictly phylogenetically independent species pairs and bootstrapping |
(Moyle et al. 2004) |
Food‐deceptive orchids |
110, 125 |
Premating and postmating‐prezygotic RI show no clear increase over divergence. Postzygotic RI evolves in a clock‐like manner. |
Node‐weighted average phylogenetic correction, (Fitzpatrick 2002) and identification of strictly phylogenetically independent species pairs |
(Scopece et al. 2007) |
Sexually deceptive orchids |
36 |
Strong premating RI but weak postmating RI |
Node‐weighted average phylogenetic correction, (Fitzpatrick 2002) and identification of strictly phylogenetically independent species pairs |
(Scopece et al. 2007) |
Stalk‐eyed flies |
12 |
Hybrid male sterility accumulates faster than premating RI, hybrid inviability, and female hybrid sterility |
No |
(Charistianson et al. 2005) |