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Dr. Sarah Chen
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Nova · Professor Researcher · re-ranking top 20…
Naomi E. Pierce

Naomi E. Pierce

· PersonVerified

Harvard University

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Funding$1.9M
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Research topics

  • Biology
  • Evolutionary biology
  • Paleontology
  • Botany
  • Physics
  • Genetics
  • Ecology

Selected publications

  • Museum genomics reveals the Xerces blue butterfly (<i>Glaucopsyche xerces</i>) was a distinct species driven to extinction

    Biology Letters · 2021 · 29 citations

    • Biology
    • Evolutionary biology
    • Ecology

    The last Xerces blue butterfly was seen in the early 1940s, and its extinction is credited to human urban development. This butterfly has become a North American icon for insect conservation, but some have questioned whether it was truly a distinct species, or simply an isolated population of another living species. To address this question, we leveraged next-generation sequencing using a 93-year-old museum specimen. We applied a genome skimming strategy that aimed for the organellar genome and high-copy fractions of the nuclear genome by a shallow sequencing approach. From these data, we were able to recover over 200 million nucleotides, which assembled into several phylogenetically informative markers and the near-complete mitochondrial genome. From our phylogenetic analyses and haplotype network analysis we conclude that the Xerces blue butterfly was a distinct species driven to extinction.

  • An ancient push-pull pollination mechanism in cycads

    Science Advances · 2020 · 43 citations

    Senior authorCorresponding
    • Biology
    • Evolutionary biology
    • Botany

    Most cycads engage in brood-site pollination mutualisms, yet the mechanism by which the Cycadales entice pollination services from diverse insect mutualists remains unknown. Here, we characterize a push-pull pollination mechanism between a New World cycad and its weevil pollinators that mirrors the mechanism between a distantly related Old World cycad and its thrips pollinators. The behavioral convergence between weevils and thrips, combined with molecular phylogenetic dating and a meta-analysis of thermogenesis and coordinated patterns of volatile attraction and repulsion suggest that a push-pull pollination mutualism strategy is ancestral in this ancient, dioecious plant group. Hence, it may represent one of the earliest insect/plant pollination mechanisms, arising long before the evolution of visual floral signaling commonly used by flowering plants.

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