Botanical Inventory of Kure Atoll (2001)
Resource Title: Botanical Inventory of Kure Atoll (2001) | Starr Environmental
Organization: Starr Environmental
Description:

This survey documents the vascular plant species present on Green Island within Kure Atoll—part of Papahānaumokuākea—conducted in May 2001. A total of 81 species were recorded, including several rare native taxa and numerous new naturalized or non-native introductions. The report offers baseline data crucial for native plant conservation, biosecurity monitoring, and management within one of the most remote Hawaiian ecosystems.

Target Audience: Educators, Facilitators, High School, College
Instructional Roles: Enrichment, Main lesson
Environment: Online only (e.g. interactive map), Self-guided
Content Type: STEM investigation
Type Of Engagement: Investigate, Reflect
Format: PDF Guide
Activity:
  1. Species Inventory Walkthrough Photo Comparison

    • Using photos, students identify plants like Ipomoea pes-caprae and Lipochaeta integrifolia in situ.

    • Compare historical inventory to current presence—discuss plant persistence or disappearance.

  2. Range Extension Analysis

    • Analyze which non-native plants were recorded for the first time (e.g., Buddleia davidii, Noronhia emarginata).

    • Map their introduction routes and evaluate management strategies within Kure Atoll.

  3. Native vs. Non-Native Plant Debate

    • Using species lists as a base, students debate pros and cons of selected non-natives—should some be removed, tolerated, or even beneficial?

  4. Seabird-Plant Interaction Study

    • Explore how plant cover affects seabird nesting (e.g., monk seals or albatross rookeries).

    • Design an observational study linking vegetation types to wildlife use.

  5. Baseline Data Role-Play

    • Students role-play as botanists or conservation managers reviewing the 2001 inventory and discussing monitoring needs—especially for rare natives and invasive threats.

Topics Covered:
  • Remote Hawaiian island floristic surveys

  • Vascular plant taxonomy, including rare natives and novel introductions

  • Biosecurity and invasive species pathways

  • Ecosystem monitoring and baseline data interpretation

  • Plant–wildlife ecological relationships (coastal vegetation & seabirds)

  • Restoration and management planning for Northwestern Hawaiian Islands

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