Chrysomelidae

Chrysomelidae

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Work Title Chrysomelidae
Access
Open Access
Creators
  1. Kehinde Kolapo
Keyword
  1. Insect, entomology, Lepidoptera, Phylum
License CC BY 4.0 (Attribution)
Work Type Image
Publication Date December 2, 2024
DOI doi:10.26207/yf8c-w658
Deposited December 03, 2024

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Work History

Version 1
published

  • Created

    December 03, 2024 00:10 by ktk5225

  • Updated

    December 03, 2024 00:10 by [unknown user]

  • Updated Keyword, Description, Publication Date Show Changes

    December 03, 2024 00:12 by ktk5225

    Keyword
    • Insect, entomology, Lepidoptera, Phylum
    Description
    • Attevidae
    Publication Date
    • 2024-12-02
  • Added Creator Kehinde Kolapo

    December 03, 2024 00:13 by ktk5225

  • Added Coleoptera1.jpeg

    December 03, 2024 00:27 by ktk5225

  • Updated Work Title, Description Show Changes

    December 03, 2024 00:28 by ktk5225

    Work Title
    • Attevidae
    • Chrysomelidae
    Description
    • Attevidae
    • Chrysomelidae
  • Updated License Show Changes

    December 03, 2024 00:28 by ktk5225

    License
    • https://creativecommons.org/licenses/by/4.0/
  • Published

    December 03, 2024 00:28 by ktk5225

  • Updated

    December 03, 2024 21:04 by [unknown user]

Version 2
published

  • Created

    December 04, 2024 12:49 by ktk5225

  • Updated Description Show Changes

    December 04, 2024 12:53 by ktk5225

    Description
    • Chrysomelidae
    • Chrysomelidae
    • This insect was observed on Eurybia compacta, commonly known as the slender aster. The beetle moved slowly, its legs gripping the leaf as it chewed small, neat holes into the surface. The beetle’s coloration, while vibrant, blended surprisingly well with the reflective light on the leaves, creating an effective form of camouflage against predators. Its feeding activity prompted questions about the plant-insect interaction: Does this beetle prefer slender aster leaves due to specific chemical compounds, which might serve as feeding cues? Furthermore, how does the intensity of herbivory vary between individual plants, and could these patterns be influenced by the beetles’ ability to detect higher concentrations of certain nutrients or defenses?
  • Published

    December 04, 2024 12:53 by ktk5225

  • Updated

    December 04, 2024 21:05 by [unknown user]

  • Updated Work Title Show Changes

    January 28, 2025 13:21 by avs5190

    Work Title
    • Chrysomelidae
    • ENT 532 (2024): Chrysomelidae
  • Updated Keyword, Description Show Changes

    January 28, 2025 13:22 by avs5190

    Keyword
    • Insect, entomology, Lepidoptera, Phylum
    • Insect, Entomology, Phylum
    Description
    • Chrysomelidae
    • This insect was observed on Eurybia compacta, commonly known as the slender aster. The beetle moved slowly, its legs gripping the leaf as it chewed small, neat holes into the surface. The beetle’s coloration, while vibrant, blended surprisingly well with the reflective light on the leaves, creating an effective form of camouflage against predators. Its feeding activity prompted questions about the plant-insect interaction: Does this beetle prefer slender aster leaves due to specific chemical compounds, which might serve as feeding cues? Furthermore, how does the intensity of herbivory vary between individual plants, and could these patterns be influenced by the beetles’ ability to detect higher concentrations of certain nutrients or defenses?
    • This insect was observed on _Eurybia compacta_, commonly known as the slender aster. The beetle moved slowly, its legs gripping the leaf as it chewed small, neat holes into the surface. The beetle’s coloration, while vibrant, blended surprisingly well with the reflective light on the leaves, creating an effective form of camouflage against predators. Its feeding activity prompted questions about the plant-insect interaction: Does this beetle prefer slender aster leaves due to specific chemical compounds, which might serve as feeding cues? Furthermore, how does the intensity of herbivory vary between individual plants, and could these patterns be influenced by the beetles’ ability to detect higher concentrations of certain nutrients or defenses?

Version 3
published

  • Created

    February 05, 2025 20:48 by avs5190

  • Added AccessibleCopy_1-28_Coleoptera.docx

    February 05, 2025 20:48 by avs5190

  • Published

    February 05, 2025 20:48 by avs5190

  • Updated

    February 05, 2025 21:04 by [unknown user]