Many crops are polyploids, and it can be challenging to untangle the often complicated
history of their origins of domestication and origins of polyploidy. To complement other …

We investigated the role of morph-based differences in the expression of inbreeding
depression in loss of the mid-styled morph from populations of tristylous Oxalis alpina. The …

Historical factors such as climatic oscillations during the Pleistocene epoch have
dramatically impacted species distributions. Studies of the patterns of genetic structure in …

Several species in the genus Oxalis occupy Peruvian fog oases (Lomas) with a significant
habitat‐adapted and endemic diversity. Acknowledging this aspect, the genus Oxalis is a …

The inheritance of style-morphs was investigated in tetraploid populations of tristylous Oxalis
alpina (Oxalidaceae) to determine if alleles controlling style-morphs are expressed at …

Climate is one of the most important forces determining species distribution. The present
scenario of global climate changes already shows that species are shifting their distribution …