Intercepted Apis dorsata Swarm with Parasitic Mites and Pathogens, 2025

A 2025 report details the interception of a non-native giant honey bee swarm on a cargo vessel bound for the USA. The document contains findings on parasitic mites and pathogen prevalence, including molecular and phylogenetic analysis results. The study was authored by Jose Luis Ramirez and published on figshare in 2026.

Use Cases

• Modeling invasive species introduction risk based on mite survival data during transport.
• Analyzing pathogen co-occurrence patterns in intercepted bee swarms based on prevalence rates.
• Studying the genetic lineage of invasive species based on CO1 sequence phylogenetic analysis.
• Informing port surveillance protocols based on the documented interception event and findings.

Strengths

• Provides specific pathogen prevalence rates (e.g., 5% trypanosomatid, 38% BQCV) from 42 intercepted bees.
• Documents a first-of-its-kind interception event for both the bee swarm and two mite species.
• Includes molecular (DNA barcoding) and phylogenetic analysis to support species identification and origin tracing.

Limitations

• The dataset is a 38.6 KB DOCX document, indicating a very limited textual scope rather than a structured data table.
• Row count and column-level documentation are absent; data semantics must be inferred from the narrative report.
• The primary data is a case study from a single 2025 event, limiting generalizability.

Provenance

Source

figshare, author Jose Luis Ramirez.

Collection Method

Inspection and molecular screening of an intercepted bee swarm on a cargo vessel.

Time Range

2025 (interception event).

Freshness

Last updated 2026-05-08 05:40:37

Geography

Intercepted on a vessel inbound to Elizabeth, New Jersey, USA; swarm origin traced to southern India.