Capitol Corridor
Capitol Corridor
Capitol Corridor
University of California
Capitol Corridor

Red palm weevil found in Orange County

Palm tree growers, government officials and UC scientists are moving quickly to prevent the spread of red palm weevil, which made its first U.S. appearance a month ago in Laguna Beach, according to an article in the Riverside Press-Enterprise. The pest has caused enormous damage to palm trees in other parts of the world. Its larvae excavate large holes in the trunks of many types of palms - including coconut, date and oil palms, canary, queen and fan palms - killing a mature tree in about a year.

"This is central to our livelihood," the story quoted Albert Keck, chair of the California Date Commission and a third-generation date farmer.

Press-Enterprise reporter Mark Muckenfuss noted in the story that concern about the palm tree pest goes well beyond farmers' pocketbooks. Palm trees add a distinctive character to local landscapes.

"Palms are iconic to California," Keck was quoted.

Originally from Southeast Asia, the red palm weevil has spread to Africa and Europe, reaching the Mediterranean in the 1980s. It was first recorded in Spain in 1994.

UC Riverside entomologist Mark Hoddle said the weevil was probably brought into the United States as eggs, larvae or pupae hidden inside imported palms.

"These can travel great distances because they live with their food supply," Hoddle said.

A UC Riverside news release said scientists, growers and regulators will gather at 2 p.m., Friday, Oct. 29, at UC Riverside to discuss a collaborative effort to manage red palm weevil and a campaign to alert and educate Southern California homeowners about the threat.

Detailed information about red palm weevil is on the UC Center for Invasive Species Research website.

Red palm weevils are quite large and have a slender snout.
Red palm weevils are quite large and have a slender snout.

Posted on Thursday, October 28, 2010 at 6:38 AM

No Comments Posted.

Leave a Reply

You are currently not signed in. If you have an account, then sign in now! Anonymously contributed messages may be delayed.




Security Code:
HUWBME
:

Read more

 
E-mail
 
Webmaster Email: kmchurchill@ucanr.edu