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Node-Specific Branching and Heterochronic Changes in Mimulus guttatus Architecture

This study investigates population-level differences in shoot architecture of Mimulus guttatus, focusing on node-specific branching and heterochronic changes. By analyzing five nuclear loci alongside a cpDNA locus, the authors present a best-fitting maximum likelihood tree that illustrates genetic relationships among various Mimulus populations. This research offers insights into the developmental biology and evolutionary mechanisms influencing morphological diversity in this species. The findings contribute to our understanding of plant architecture and adaptation in heterogeneous environments.

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Node-Specific Branching and Heterochronic Changes in Mimulus guttatus Architecture

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  1. Govindarajulu et al.—American Journal of Botany 98(12): 2049-2063. 2011. – Data Supplement S3 –page 1 Govindarajulu, Rajanikanth, Colin E. Hughes, and C. Donovan Bailey. 2011. Node-specific branching and heterochronic changes underlie population-level differences in Mimulus guttatus (Phrymaceae) shoot architecture. American Journal of Botany 98(12): 2049-2063. Appendix S3. Best fitting maximum likelihood tree (Fig. 1) from the simultaneous analysis of five nuclear loci and the cpDNA locus. Tree shown with proportional branch lengths. L cus89/92 L cus88/92 L esc47/87 L esc216 Lesc48/871 L mat49/87 L mat2153 Lpue2089 Lpue125/92 Lpue2140 Lpul83872 L pul84/87 L pul1593 L pul1866 L pul1611 Lret23866 L ret23092 L ret23/86 L gre82/87 L gre20/86/02 L gre21867 L gre19/86/10 Lcolz18/84 Lcolz56/88 Lcolz57/88/08 L col51/88 L col52/88 L trc61/88 L trc2/86/07 L lan46/85 L lan90/92 L lan44/85 L mac55/88 Lmaci47/85 L mac2076 Llan134/92 L lan43/85 Llan50/87 Llan51/87 L lan913 L mag58/88/09 L mag19/84 L lem5/91 L lem6913 L sha141/92 L sha53/87 L sha1/91 L sha135/92 L mul86/87 L mul81/87 L sal34/88 L sal17/86 L sal7/91 Ltrn128/92 Ltrn2121 Ltrn137/92 Ltrn53/88 Ltrn140/92 Ltrn54/88 Snov 57/84 Dfr 109/92

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