Calycomyza eupatorivora
Spencer, 1973
Chromolaena Leaf-mining Fly
A leaf-mining in the , Calycomyza eupatorivora was to South Africa as a agent for the weed Chromolaena odorata. feed internally on leaf tissue, creating characteristic mines. The exhibits distinct preferences and seasonal activity patterns that influence its effectiveness as a agent.
Pronunciation
How to pronounce Calycomyza eupatorivora: /ˌkælɪkoʊˈmaɪzə juːˌpeɪtəriˈvɔːrə/
These audio files are automatically generated. While they are not always 100% accurate, they are a good starting point.
Identification
are small typical of ; create serpentine or blotch mines in leaves of Chromolaena odorata. Specific diagnostic features for field identification of adults are not documented in available sources.
Images
Habitat
Stands of Chromolaena odorata; prefers shaded microhabitats over open sun-exposed areas despite experiencing higher larval mortality in .
Distribution
range: Brazil (São Paulo). and established in South Africa for purposes.
Seasonality
Exhibits seasonal activity patterns; specific timing varies with local climate conditions in established range.
Diet
feed on leaf tissue of Chromolaena odorata, forming internal leaf mines.
Host Associations
- Chromolaena odorata - obligate Larval development occurs exclusively within leaves of this ; established as agent specifically for this weed.
Life Cycle
with , larval, pupal, and stages. develop as within tissue.
Behavior
females oviposit into leaves of . mine leaf mesophyll. Higher larval mortality occurs in preferred shaded due to and desiccation.
Ecological Role
; functions as agent reducing vigor of Chromolaena odorata .
Human Relevance
Intentionally to South Africa for of Siam weed (Chromolaena odorata), an affecting agriculture and natural .
Similar Taxa
- Other Calycomyza speciesMany are on Asteraceae; distinguished by association and specific mine where documented.
- Other Agromyzidae leaf minersShare mining habit but differ in ; C. eupatorivora is restricted to Chromolaena odorata.
More Details
Mortality Factors
Larval mortality is driven primarily by and desiccation, with higher rates in shaded despite preference for .
Biocontrol Efficacy
The tension between preference and mortality rates in presents challenges for predicting and optimizing outcomes.