Cavariella konoi

Takahashi, 1939

Spotted Willow-Angelica Aphid

Cavariella konoi is a small in the Aphididae, measuring approximately 2.5 mm in length. It exhibits alternation between willow (Salix spp.) and great angelica (Angelica atropurpurea). Wingless females reproduce parthenogenetically on willow leaves during summer, forming large . The species has a holarctic distribution.

Pronunciation

How to pronounce Cavariella konoi: //kavaˈɾi.ˈɛl.la koˈno.i//

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Identification

Distinguished from other Cavariella by the combination of pale yellowish green coloration with possible darker green longitudinal bands, association with willow and Angelica atropurpurea, and holarctic distribution. Specific identification within the may require examination of morphological characters not detailed in available sources.

Habitat

Associated with plants: willow (Salix spp.) leaves in summer, and great angelica (Angelica atropurpurea). Specific conditions beyond host plant presence are not documented.

Distribution

Holarctic distribution. Confirmed present in Denmark, Norway, and Sweden based on GBIF records.

Seasonality

Wingless females active on willow leaves during summer; specific timing of other life stages or alternation periods not documented.

Diet

Phloem feeder on willow (Salix spp.) and great angelica (Angelica atropurpurea).

Host Associations

  • Salix - primary Summer feeding site for wingless females
  • Angelica atropurpurea - secondary Also known as great angelica

Life Cycle

Reproduces parthenogenetically during summer on willow. alternation between willow and Angelica atropurpurea is indicated, though specific details of the complete are not documented.

Behavior

Forms large on willow leaves during summer. Wingless females are the observed summer morph.

Similar Taxa

  • Other Cavariella speciesShare -level characteristics; differentiation requires detailed morphological examination and association data

More Details

Nomenclature

Described by Takahashi in 1939. Listed as a synonym in Catalogue of Life but accepted in GBIF and NCBI .

Sources and further reading