9 However, little and geographically restricted evidence is available on the nutritional impacts of floods on children.
Phylogeographic patterns in many of the biota of southern Australia reveal evidence of geographically structured divergent lineages indicative of contraction to, and expansion from, major refugia.
Overall, C. arcuatorum and C. elegantior exhibited geographically structured haplotypes, with evidence for a more ancient population expansion.
Although limited geographically, there is moderate evidence that malnourished affected children have substantial weight gain following community-based education and supplementary feeding programs (Kadio, Kaba, & Blackett-Dibinga, 2005).
Although A. mollis generally shows limited evidence for geographically structured morphological phenotypes, there is of course the exception of the morphological distinction between individuals from the puna ecosystem and the rest of populations.
First, although there is evidence for geographically widespread parallel evolution and gene reuse when marine sticklebacks colonize freshwater environments [ 11, 13, 16], there are clearly also examples of non-parallel adaptive responses [ 16], either reflecting differences in local freshwater environments or different genetic architecture underlying similar phenotypes.
There is strong evidence that geographically distinct populations of D. melanogaster have genetic variation in pre-copulatory traits due to differences in selection history and genetic architecture [ 2, 50] that may not be present within each population; future studies should consider this.
By comparing the phylogeographic structures of different species, one can infer whether the current plant community has been historically stable as evidenced by geographically similar genetic structure.
For example, the evidence is restricted geographically.
The Bahau river was originally selected for this collection trip to test if traditional landraces from a geographically isolated region also showed evidence of genetic isolation.
