BioWiki / Pests

Strawberry Aphid

Practical biological control, IPM and environmental pest-management knowledge.


tags: - public-ready - export-bio - index


Strawberry Aphid

Common names: Strawberry Aphid Scientific name: Chaetosiphon fragaefolii

Overview

Strawberry aphids are important sap-feeding pests in strawberry production systems and are particularly relevant because of virus transmission risk.

They may occur in:

  • protected strawberries
  • tabletop systems
  • field strawberries
  • propagation material
  • nursery stock

Crop symptoms

  • curled young growth
  • distorted leaves
  • reduced vigour
  • honeydew
  • sooty mould
  • uneven plant growth

Virus transmission risk may be economically important even at relatively low populations.


Environmental drivers

Pressure often increases during:

  • spring flush growth
  • warm stable weather
  • dense canopy development
  • soft nitrogen-rich growth

See: - Spring flush - Plant stress


IPM considerations

Strawberry aphid management should focus heavily on:

  • early detection
  • propagation hygiene
  • virus risk management
  • hotspot mapping
  • compatible biological control
  • winged aphid monitoring

Biological control relevance

Useful biological control may include:


Related BioWiki pages


Use this page alongside


Commonly affected crops


Related Aphid Resources

Similar Species

Rogers' Strawberry Aphid (Chaetosiphon jacobi)

Rogers' Strawberry Aphid is a closely related species occasionally found on cultivated strawberries. It is less frequently reported than the Strawberry Aphid (Chaetosiphon fragaefolii) but may occur in similar habitats and production systems.

The two species are difficult to distinguish without detailed examination and are often treated similarly in practical crop management.

Both species:

  • Colonise young leaves and runners
  • Feed on plant sap
  • Produce honeydew
  • Can contribute to the spread of strawberry viruses
  • Respond to similar biological control programmes

From a commercial perspective, monitoring and early intervention strategies are generally the same for both species.