Can there be a common, risk-based framework for decisions around live insect trade?

Area of Science:

• Entomology
• Risk Management
• International Trade

Background:

• A diverse network of scientists convened to address live insect transport challenges.
• Current practices encompass commercial, research, and educational applications, with many species safely shipped internationally.
• Established precedents exist for large-scale, low-risk shipments, such as Drosophila melanogaster for research and biocontrol agents.

Purpose of the Study:

• To compile information and propose management strategies for live insect transportation.
• To inform decision-makers about the actual risks associated with insect shipments and contaminants.
• To advocate for proportionate risk management without hindering established trade.

Main Methods:

• A network of scientists from diverse sectors (commercial, government, research) collaborated.
• Review of existing risk frameworks and international guidance relevant to insect transport.
• Analysis of precedents for safe, large-scale, and routine insect shipments.

Main Results:

• Many insect species can be transported safely with minimal risk.
• Potential environmental harm to source and receiving environments needs consideration.
• Existing risk frameworks and international bodies offer guidance, but an integrated overview is lacking.

Conclusions:

• An integrated overview of insect shipping guidance, referencing risk types and magnitudes, is beneficial for all stakeholders.
• Risk management strategies should accommodate uncertainty for smaller shipments without disrupting large-volume trade.
• Balancing trade facilitation with biosecurity is crucial for strategic objectives in various sectors.