M_7_C - Multiple Diet.xlsx

As you can see in the example from Environment Waikato, they start this by creating a landscape-oriented report. Then, they take it to the next level by switching the way the text is printed on multiple pages. This causes the reader to change their perspective on the content.

M_7_C - Multiple Diet.xlsx

Multiple genomic analyses evidenced that this parallel evolution of radiations occurred independently across crater lakes (fulfilling our criterion 3). First, phylogenetic trees based on whole genome sequence of multiple individuals pooled per species (=23.3 individuals per crater lake species, =47.5 individuals per Great Lake species) showed that the radiation in each crater lake was monophyletic (442,644 single nucleotide polymorphisms (SNPs) at 3 minor allele coverage; maximum likelihood tree bootstrap proportion=100% for both crater lake, Fig. 4a; maximum parsimony tree in Supplementary Fig. 5). The topology is robust to increasing the stringency of the minor allele coverage from 3 to 6 (Supplementary Fig. 4). In lake Apoyo speciation of the Limnetic A. zaliosus was the first divergence event relative to a monophyletic benthic flock. In contrast, in Xiloá the Limnetic (A. sagittae) was embedded in a paraphyletic benthic flock. Alternative topologies enforcing the Limnetic as the basal divergence in Xiloá were extremely unlikely (approximately unbiased test, P 041b061a72