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Find non-invasive plant alternatives that may be appropriate in your region.

The AIM campaign that focuses on providing information and best practices to manage The Organisms in Trade (OIT) pathway. The OIT pathway is one of the main avenues by which non-native aquatic species become established in waterways. Many of the aquatic plants and animals available in the marketplace can negatively impact ecosystems, economies, and public health when introduced to new freshwater habitats. AIM was developed by a collaboration of researchers and outreach specialists led by Illinois-Indiana Sea Grant and the Illinois Natural History Survey.

A variety of organizations have developed educational materials on AIM. They can be used to learn more and teach others about these harmful plants and animals.

Predicting the next invasive species allows us to take action before they reach our waterways—an economically and environmentally smarter approach than responding after they’ve arrived. To get a jump on potential invaders, scientists have developed methods that pinpoint the risk a species poses to specific environments based on factors like history of invasion, its ability to survive in similar habitats, and how difficult it is to control. Using these tools and the information they provide, natural resource managers, environmental educators, and individuals who buy and sell live aquatic organisms can make more informed decisions on how to protect their waterways from potential AIM.

Provides individuals with the information and tools they need to help prevent the spread of aquatic invasive species commonly found in trade. Water gardeners, aquarium hobbyists, retailers, anglers, teachers, wholesalers and more can use these resources to learn about invasive species and identify alternative organisms that are safe to buy and sell.

Contains a compilation of known control methods for selected aquatic and wetland nuisance species.

These data sheets are an adaptation of the IUCN supported Environmental Impacts Classification of Alien Taxa (EICAT) protocol for assessment of impacts of invasive species. A text version of the protocol is available in Hawkins et al. 2015 (see readme file). The data sheets provide a standard format for reporting and summarizing invasive species impacts.

Citation: Bradley, Bethany A. 2018. Data sheets for assessment of invasive species impacts. Data and Datasets. 58.

From the forefront of forest research, the Northern Research Station invites you inside the largest forest research organization in the world — the USDA's Forest Service. In each podcast episode, you’ll hear stories, interviews, and special in-depth anthologies of the science that's studying, questioning, and solving some of today's most compelling forest issues.

Non-native invasive insects and pathogens are causing significant ecological damage to forests worldwide.  The first season explores biological invasions — and their repercussions — in the Midwest and the Northeast. The second season examines tree breeding and selection to promote resistance to invasive insects and diseases.

With climate change, many invasive plants are projected to shift their ranges, creating hotspots of future invasions across the U.S. Knowing the identities of new invasive plants headed to a nearby state creates an opportunity for proactive prevention and management. Unfortunately, monitoring for and managing all range-shifting invasive plants is untenable. To help prioritize range-shifting species, Northeast Climate Adaptation Science Center researchers performed impact assessments on 104 plants projected to expand into one or more mid-Atlantic states by 2040 with climate change. Their study was recently published (Oct 6, 2023) in Invasive Plant Science and Management "High-impact invasive plants expanding into mid-Atlantic states: identifying priority range-shifting species for monitoring in light of climate change."

The USDA program to manage Lymantria dispar is a partnership with the Forest Service, APHIS, and state partners, to suppress outbreaks in the generally infested area, eradicate isolated infestations in the uninfested area, and slow the spread along the advancing front.
See also: The Lymantria dispar Digest for a database containing information about gypsy moth defoliation and treatments at the national level.
See related resource: National Slow The Spread (STS) Program

The National Integrated Pest Management Coordinating Committee (NIPMCC) has released a series of whitepapers explaining how pests threaten the security of the U.S. food supply, how an IPM approach offers the most effective means of managing pests, and why ongoing investment in IPM research and extension is critical to keeping pace with the ever-evolving nature of these threats. These new issue papers discuss role of IPM in combating resistance and invasive species, safeguarding food supply, and minimizing economic losses.