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Home / Environment / Can a Virus Save Oahu's Palms?

Can a Virus Save Oahu's Palms?

12 Jan

•

Summary

  • A novel virus shows promise in controlling invasive beetles.
  • Researchers face challenges obtaining permits for virus testing.
  • Native insects' safety is a key concern for virus deployment.
Can a Virus Save Oahu's Palms?

A specialized virus, a variant of the oryctes rhinoceros nudivirus (OrNV), is being investigated as a biological control for the destructive coconut rhinoceros beetle (CRB) on Oahu. Researchers are cautiously optimistic, with early laboratory tests showing the virus effectively kills beetle larvae. This approach is being explored as CRB has caused widespread infestation, leading to thousands of dead trees.

Despite the virus's success in other Pacific regions for decades, its introduction to Hawaii has been delayed. The state only recently obtained a permit to test the virus in April of this year due to a lack of secure containment facilities. A primary concern is the potential impact on native Hawaiian insects, necessitating extensive host-specific testing before any potential release into the wild.

While some experts estimate the virus could be released within two years, others believe it may already be too late for certain areas like Oahu's North Shore. Landscapers are also resorting to labor-intensive methods like essential oils and organic compounds to protect trees. The ongoing research aims to build a virus library and assess its safety for Hawaii's unique ecosystem.

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Disclaimer: This story has been auto-aggregated and auto-summarised by a computer program. This story has not been edited or created by the Feedzop team.
Kristen Gaines is researching a virus to kill the coconut rhinoceros beetle that is infesting Oahu's palm trees.
Testing is delayed due to the need for specialized containment facilities and obtaining state and federal permits to ensure the virus's safety for native species.
Researchers are concerned about the virus's impact on native beetles, necessitating careful testing to confirm it is host-specific and does not mutate.

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