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Texas A&M Forest Service Leads Charge Against Invasive Species Threatening State's Ecosystems

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Published on February 27, 2024
Texas A&M Forest Service Leads Charge Against Invasive Species Threatening State's EcosystemsSource: Texas A&M Forest Service

In an ongoing battle against the environmental threat, Texas A&M Forest Service has spotlighted the issue of invasive species during National Invasive Species Awareness Week, warning Texan residents of the ecological and economic damage these foreign entities can cause. Demian Gomez, Regional Health Coordinator, stated "If left unchecked, invasives can threaten native species, biodiversity, ecosystem services, water resources, agricultural and forest production, economies and property values," according to KXAN.

While many of these invasive species have a knack for disruption due to their absence of natural predators and capability to thrive in favorable conditions their unchecked growth can push native species to the brink as they hog resources and spread aggressively throughout Texas ecosystems. The Texas A&M Forest Service identifies several culprits, feeding into this ecological havoc, such as the Emerald ash borer, a beetle that has decimated ash trees after being first detected in Texas in 2016, and Oak wilt, a fungal disease that has been on a destructive path since 1961, devastating oak populations across Texas.

Demian Gomez explained the necessity of such measures, saying "We continue to set traps and monitor because early detection of the beetle is the best way to limit the spread and avoid high ash mortality," a strategy aimed at staying one step ahead of the spreading Emerald ash borer. Moreover, with projects such as the Oak Wilt Suppression Project and the launch of a biological control study using the Brazilian Peppertree thrip, the service is employing a blend of public education, partnerships, and innovative pest control measures to regain territory lost to these non-native species, which is not just an environmental concern but an issue encroaching upon the societal fabric through the potential impact on property value and the economy, as reported by tfsweb.tamu.edu.

Austin-Weather & Environment