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Terrestrial invasive plants are expected to shift their ranges in response to changing climate. This tool provides lists of terrestrial invasive plants expected to expand their ranges into the chosen county or state with climate change by 2040-2060.

Terrestrial invasive plants are expected to shift their ranges in response to changing climate. This tool provides lists of terrestrial invasive plants expected to expand their ranges into the chosen county or state with climate change by 2040-2060. Users can filter the list to species currently observed within a chosen geographic proximity to the focal county or state.

Early detection and rapid response (EDRR) is a key tenet of invasive species management, where “detection” is the process of observing and documenting an invasive species, and “response” is the process of reacting to the detection once the organism has been authoritatively identified and response options have been assessed.

The NISC FY 2020 - FY 2022 Work Plans identified priority activities in the area of rapid response, including:

• Rapid Response – Tools and Lessons Learned: Support national level rapid response efforts by documenting tools and lessons learned. NISC White Paper (Oct 2022) -- Rapid Response to Invasive Species: Federal Agency Roles [PDF, 577 KB]
• Rapid Response Fund - Criteria and Considerations: Increase resource streams for rapid response to new detections of invasive species. NISC White Paper (May 2022) -- Federal Invasive Species Rapid Response Fund:  Criteria and Considerations for Establishment [PDF, 823 KB]

Earth Day is April 22, 2024. Join us in celebrating the inspiring work of young changemakers. See how you can act for planet Earth today. How to Help? Find Volunteer Opportunities Near You and help a preserve remove invasive species or collect data. Or virtually volunteer your professional skills.

The lighting of USDA's Jamie L. Whitten Building is part of Invasive Plant Pest and Disease Awareness Month and United Nations International Year of the Plant Health Celebrations.

A worm is a worm is a worm, right? Except that there are more than 7,000 species of worms, and the longer you look, the more complex their world becomes. Earthworms compete. Earthworms invade. Earthworms… jump?

Invasive species can have severe impacts on ecosystems, economies, and human health. Though the economic impacts of invasions provide important foundations for management and policy, up-to-date syntheses of these impacts are lacking. To produce the most comprehensive estimate of invasive species costs within North America (including the Greater Antilles) to date, we synthesized economic impact data from the recently published InvaCost database (see related research article: InvaCost, a public database of the economic costs of biological invasions worldwide (Sep 8, 2020).
See also: This article is part of NeoBiota 67: The economic costs of biological invasions around the world.

The Pennsylvania Fish and Boat Commission (PFBC) announced that it has conducted targeted invasive carp sampling in Presque Isle Bay, Erie County, after the U.S. Fish and Wildlife Service (USFWS) detected the presence of Silver Carp environmental DNA (eDNA). While no physical invasive carp specimens have been detected, the PFBC has requested that the USFWS collect additional water samples from Presque Isle Bay in the fall when more favorable environmental conditions are present for eDNA sampling. Members of the public can report sightings of aquatic invasive species to the PFBC using its online form.

Environmental DNA (eDNA) has gone from new science on the block to a star of the show. With just a water, soil, or snow sample, ecologist Tommy Franklin and fellow scientists at the Rocky Mountain Research Station are detecting rare aquatic and terrestrial species by identifying the genetic material they leave behind.

Scientists at the Rocky Mountain Research station recently used eDNA to preserve headwater bull trout populations in a warming climate, track white nose syndrome — a killer bat fungus, and reveal the role of human transport in the spread of invasive northern pike in the Columbia River basin. A recent article highlights eDNA research at the station and features National Genomics Center Director Mike Schwartz.

Names change marks launch of Entomological Society of America (ESA) effort to review, revise problematic insect common names. The ESA has removed “gypsy moth” and “gypsy ant” as recognized common names for two insect species in its Common Names of Insects and Related Organisms List.

The changes are made in conjunction with the launch of a new ESA program to review and replace insect common names that may be inappropriate or offensive. Entomologists, scientists in related fields, and the public are invited to participate in identifying and proposing alternatives for insect common names that perpetuate negative ethnic or racial stereotypes.

National Conference of State Legislatures (NCSL) tracks environment and natural resources legislation to bring you up-to-date, real-time information on bills that have been introduced in the 50 states and the District of Columbia, and U.S. territories. Database provides search options by state (or territory), topic, keyword, year, status or primary sponsor. Topics include Wildlife - Legislation related to wildlife, including protected and invasive species, habitat restoration, migration corridors, trafficking, disease, etc. 
See also: Resources State Bill Tracking Database Archive (2009-2022); includes Wildlife-Invasive Species and Wildlife-Pollinators topics

Environmental DNA is developing into a powerful tool for improving the monitoring and detection of invasive species, which may be present in low numbers and therefore difficult to find. There are a wide range of ongoing efforts by federal and non-federal groups working to improve and apply eDNA to invasive species monitoring and management.

The NISC FY2020 to FY2022 Work Plans incorporated interagency work on eDNA, including the following outputs:

• The NISC white paper has been released (May 2022): Environmental DNA as a Tool for Invasive Species Detection and Management [PDF, 295 KB]

Assays of environmental DNA — traces of genetic material found in air, soil, and water — may improve scientists’ ability to detect bat roosts and track the spread of white-nose syndrome, a disease caused by a killer fungus spread easily in the close quarters of hibernacula. In this research, scientists experienced success in detecting bats in field collected samples of environmental DNA, though the technology is still in the experimental stage.

The 20-year fight against plum pox – a serious agricultural disease capable of devastating stone fruits like peaches, apricots, cherries, and almonds – is finally over, thanks to a cooperative effort by the Agricultural Research Service and their partners.

Whether called wild pigs, feral hogs, or wild boars, these opportunistic and invasive omnivores live in groups called sounders. Removing whole sounders is the most effective management method, but requires follow-up trapping and hunting due to their incredible reproductive potential.

This order amends Executive Order 13112 and directs actions to continue coordinated Federal prevention and control efforts related to invasive species. This order maintains the National Invasive Species Council (Council) and the Invasive Species Advisory Committee; expands the membership of the Council; clarifies the operations of the Council; incorporates considerations of human and environmental health, climate change, technological innovation, and other emerging priorities into Federal efforts to address invasive species; and strengthens coordinated, cost-efficient Federal action.

Next-generation laboratory gives USDA scientists the ability to expand research established at Plum Island. Scientists have been helping other countries in a united front against foreign animal diseases. These efforts also help the U.S. prepare for and prevent a potential introduction of a high-consequence livestock disease. African swine fever virus, or ASFV, is among the most concerning animal disease pathogens currently circulating the globe. While the pathogen doesn’t affect humans and has not been seen in U.S. swine, it is economically affecting the pork industry.

Scientists and staff at the Agricultural Research Service have been studying Covid-19 for over a year-and-a-half to ensure that America’s agricultural system is safe. The aim of the research was to confirm that farm animals were not susceptible to the SARS-CoV-2 virus and remove potential concerns of farm animals becoming infected and transmitting the virus to people through direct contact or through agricultural products.

The second annual National Pesticide Safety Education Month gets underway February 1st, to reinforce core principles of safe handling and use and to raise awareness of and support for the land-grant university Pesticide Safety Education Programs (PSEPs). Pesticide safety is a must, whether the applicator is an unlicensed homeowner or certified in one or more of the federal or state categories of use.

The U.S. Fish and Wildlife Service and U.S. Geological Survey have signed a memorandum of understanding formalizing their joint leadership of the North American Bat Monitoring Program (NABat), a collaborative partnership focused on advancing bat conservation across North America. As co-leads of the NABat program, the two federal agencies will work to ensure the program remains sustainable and meets the needs of partners by providing coordination, technical assistance, data products and analyses that make it easier to apply bat monitoring data more effectively in support of conservation. For more information about the North American Bat Monitoring Program and opportunities to participate, please visit https://www.nabatmonitoring.org.

NABat was born out of the urgent need to monitor bat populations following the emergence of white-nose syndrome, a disease of hibernating bat species that appeared in New York in 2007 and has since spread across the continent. White-nose syndrome is considered one of the worst wildlife diseases in modern times, resulting in the loss of millions of bats across North America.