![]() Specifically, the study probed the biomechanical structure of the tendrils, or what are known as rhizomorphs.Īrmillaria ostoyae is a parasitic fungus with longīlack tentacles that spread out and attack vegetation. The Utah study, published in the newest edition of the Journal of Mechanical Behavior of Biomedical Materials, looked at what makes the fungus so hardy, and there is hope the research results will provide farmers and forestry officials some relief. She noted that farmers are hacking down the growing tendrils, but they keep coming back. "Once it gets started, it is very hard to root it out," said Debora Lyn Porter, lead author of the research paper and a doctoral student in the university's mechanical engineering program. ![]() Its scientific name is Armillaria ostoyae and it can infect and kill 600 types of woody plants - and the fungus itself is extremely hard to kill. ![]() In just two years, it was responsible for causing $1.5 million in damage to Georgia's peach trees. University of Utah scientists have dubbed it the "humongous fungus" and studied a 3 1/2-square mile specimen in eastern Oregon that weighs 35,000 tons and is possibly the largest living organism on earth. ![]() SALT LAKE CITY - It is big, nasty with long black tendrils that suck the life out of trees.
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