… A well-supported and highly resolved phylogeny is a prerequisite … While mitochondrial DNA
(mtDNA) has remained an … and incomplete, sometimes with conflicting evidence of ancestry. …

… in stickleback mitochondrial genomes, we could not construct a mitochondrial phylogeny to
… with a large number of nuclear genetic markers is noteworthy, especially given that there is …

… that intraspecific mitochondrial and nuclear genetic variation … Maximum-likelihood phylogeny
of threespine stickleback (… natural genetic variation in nuclear and mitochondrial genomes. …

… , molecular phylogeny, and genetic differentiation … All positions were unambiguously
determined. Each pooled … -coding genes in the mitochondrial genomes of stickleback specimens …

… The contigs consisting of mitochondrial genome sequences … sticklebacks from other species
included in the phylogeny, their … decided to study the region in more detail using population …

… evidence suggests that the Greek nine-spined stickleback (… phylogenetic position of P.
hellenicus in Gasterosteidae fishes, a maximum-likelihood tree was constructed with the 37 genes …

… We tested whether ancient mitochondrial DNA (mtDNA) … Freshwater and oceanic habitats
were determined based on … strong evidence for it in our studied populations of three-spined …

… of threespine sticklebacks, based on mitochondrial DNA … We settled for a generation length
of 2 years, but note that it … MEGA6 to build the mitogenome phylogeny due to high sequence …

… We characterized the complete mitochondrial genomes of those three geographical … and
performed phylogenetic examination using their mitochondrial genomes to estimate the genetic …

… perform poorly when resolving the timing of gene flow between … This is in contrast to our
nuclear autosomal phylogeny which … To estimate divergence times based on mitochondrial DNA, …