Early Detection and Rapid Response

This white paper describes the strategic advantages of an EDRR approach, puts the need for such an approach in context, and provides a suite of recommendations for action at the statewide level for California.

Building on information provided by federal agencies and an inspection of the US Code and the Code of Federal Regulations, this article reviews and identifies relevant authorities to determine federal legal capacities, gaps, and inconsistencies to address EDRR. Although the Plant Protection Act and the Animal Health Protection Act are comprehensive authorities that address the detection of and response to organisms that threaten plant and livestock health, there is no single authority that encompasses EDRR for all invasive species. Rather, there is a patchwork of authorities that unevenly addresses various aspects of EDRR.
See also: Early Detection and Rapid Response for more information.

Pests looking to make their homes in Washington’s urban forests may now face a stronger defense, thanks to a new resource released this this month by the state’s Invasive Species Council. The Washington State Urban Forest Pest Readiness Playbook, published in partnership with the Washington State Department of Natural Resources (DNR), contains guidelines that towns, cities, counties and urban forestry programs can follow to address the threat of forest pests, which are estimated to cost local governments across the country an estimated $1.7 billion each year. The playbook contains self-assessments and recommended actions that communities can use to prepare for pest outbreaks. Support and funding for this effort came from 2018 Farm Bill Section 10007 through the U.S. Department of Agriculture and Plant Health Inspection Service Plant Protection and Quarantine.

Invader Detectives has been conceptualized as a national program to facilitate the detection of invasive species in urban environments. The majority of invasive species enter the country through the large commercial sea ports and airports located in our Nation’s cities. If we can rapidly detect and respond to potentially harmful non-native species at or near our borders, we can prevent them from spreading to natural areas and agricultural landscapes. Ultimately, this Contractor’s Report is intended to serve as the conceptual framework for developing and implementing Invader Detectives on a national scale through a chapter-based (regional) model. It is a living document and should not be regarded as final guidance. We welcome your input at invasive_species@ios.doi.gov.
See also: NISC and NISC Staff Products for more resources.

We need your help! If you think you have found an invasive species in Washington, please let us know by reporting it.

In May of this year, USDA confirmed the presence of box tree moths in the U.S. The pests likely hitchhiked here via infested plant material imported from an Ontario, Canada nursery. APHIS has initiated an emergency response including a Federal Order [PDF, 162 KB] halting host material from crossing the border pending risk analysis. Here is a set of resources supporting identification of this pest to help protect America's boxwoods.

Native to Asia, the spotted lanternfly has quickly spread since its initial detection in 2014. The insect is not a strong flier, yet its U.S. range is expanding, mostly due to the movement of vehicles, outdoor furniture, or other objects to which females glue their inconspicuous egg masses. Includes ID aids to help identify the spotted lanternfly in all its life stages, from egg mass through adult.

This report offers recommendations to improve biosecurity measures at U.S. ports, as well as a possible funding mechanism based upon the polluter-pays principle.

Rapid response actions are often complex, costly, and controversial, and therefore advanced planning for rapid response prior to an introduction is crucial. The Mississippi River Basin Panel on AIS (MRBP) has developed this model rapid response plan and supplemental attachments to assist natural resources management agencies effectively plan and quickly implement rapid response actions. In addition to providing information on rapid response planning, the model plan includes a template that can be used by states in developing their own rapid response plans.
See also: MRBP Documents for more resources.

First Detector, a program of the National Plant Diagnostic Network (NPDN), equips a nationwide network of individuals to rapidly detect and report the presence of invasive, exotic plant pathogens, arthropods, nematodes, and weeds. If you suspect the presence of a high-impact plant pest or pathogen, contact a diagnostician and submit a sample for diagnosis.

Reporting suspect and/or invasive species is very important! In Montana, where you report invasive species depends on what kind of plant or animal they are, so that the correct agency can respond to your report.

NPDN is a national network of diagnostic laboratories that rapidly and accurately detect and report pathogens that cause plant diseases of national interest, particularly those that could be deemed to be a biosecurity risk. The specific purpose of the NPDN is to provide a cohesive, distributed system to quickly detect and identify pests and pathogens of concern.

As of July 2022, the Northern giant hornet has not been found in Massachusetts.

Identify a pest, search by country or region and by crop/host.

Provides state rapid response plans and guidelines, state rapid response exercises, federal rapid response plans, provincial rapid response plans/guidelines, after-response action reports, and examples of quagga/zebra mussel eradication projects.

USDA's Plant Protection and Quarantine (PPQ) continuously takes steps to enhance our ability to exclude, control, and eradicate pests and increase the safety of agricultural trade. Across the country, PPQ worked with the States and other partners to detect, contain, and when possible, eradicate invading pests. On the world stage, PPQ worked closely with our international trading partners to develop and promote science-based standards, helping to create a safe, fair, and predictable agricultural trade system that minimizes the spread of invasive plant pests and diseases. Learn about the many successes and accomplishments captured in the 2018 report (APHIS 81-05-021) and how PPQ is working every day to keep U.S. agriculture healthy and profitable.

APHIS created the webpage to make it easier for its customers to find critical information on pests and diseases of concern. With this tool, members of the public will have the information they need to report pests and diseases and together we can protect America’s agriculture and natural resources. This page lists all pest and disease programs managed by APHISas part of its mission to protect American agriculture and natural resources. Users can search by type (plant, animal), keyword (avian, fruit fly, cotton), or by the specific pest or disease (coconut rhinoceros beetle, brucellosis). You can also scroll through the page, which lists the pests and diseases alphabetically and includes a corresponding image.

While invasive species prevention is the first line of defense, even the best prevention efforts will not stop all invasive species. Early Detection and Rapid Response (EDRR) is defined as a coordinated set of actions to find and eradicate potential invasive species in a specific location before they spread and cause harm. USGS activities that support EDRR span the geography of the country and address organisms and pathways most appropriate to address the needs of our partners. USGS provides scientific support to DOI Bureaus and other partners to aid in implementation of EDRR efforts and inform management actions.

U.S. Geological Survey Scientific Investigations Report 2012–5162. The NPS I&M Program, in collaboration with the U.S. Geological Survey (USGS) Status and Trends Program, compiled this document to provide guidance and insight to parks and other natural areas engaged in developing early-detection monitoring protocols for invasive plants. While several rapid response frameworks exist, there is no consistent or comprehensive guidance informing the active detection of nonnative plants early in the invasion process. Early-detection was selected as a primary focus for invasive-species monitoring because, along with rapid response, it is a key strategy for successful management of invasive species.

Now you can bring along robust identification tools from the U.S. Department of Agriculture’s Animal and Plant Health Inspection Service Identification Technology Program (ITP) for the information you need to support accurate field screening and identification. These apps put professional-level identification keys in your pocket. When invasive pests may be on the move, it helps to have trusted information at hand.

These recovery plans are a cooperative effort of university, industry, and government scientists. The plans outline what the scientists know about the disease, indicate the current preparedness, suggest the best IPM approach, and recommend priority research and education needs.

State Plant Health Directors (SPHD) direct federal APHIS-PPQ pest detection and regulatory activities in cooperation with state officials. SPHDs coordinate the initial PPQ emergency response if an exotic pest is detected in the state.

To report a pest or disease, contact your local APHIS office or call USDA Customer Service toll free at 1-844-820-2234 (Monday through Friday, 8:30 a.m. to 5:00 p.m. Eastern).

Invasive alien species (IAS) have become a major driver of biodiversity loss, second only to habitat fragmentation in recent decade. Europe is particularly affected by alien species, which are invading the continent an unprecedented pace. Their impact means that many of the region's rarest endemic species are on the brink of extinction and that our well-being and economies are affected. Establishing an early warning and rapid response framework for Europe become a key target. The present publication is the EEA contribution to achieving this goal.

Have you recently planted maple, crabapple, or other trees? MDAR is asking everyone to check them for spotted lanternfly egg masses or recently hatched nymphs after we were alerted that trees or shrubs with SLF egg masses may have been recently shipped to Massachusetts. Please give all nursery stock a thorough check (including pots or other containers), especially if the plants have tags that indicate they are from Pennsylvania, New Jersey, or other SLF-infested states, and report any finds.

The Massachusetts Department of Agricultural Resources (MDAR) today announced that an infestation of the invasive insect known as spotted lanternfly (SLF) was found in the City of Springfield last week. "With new populations of the spotted lanternfly likely to pop up more and more frequently as the invasive pest becomes established across the northeast, it is critical that we all remain diligent in identifying them early onAnyone who sees this pest is asked to report it promptly. Early detection will help limit the spread of spotted lanternfly and give orchards, farms, and other growers time to prepare."

Anyone who has recently received goods or materials from states where SLF is known to have been introduced (including Connecticut, Delaware, Indiana, Maryland, New Jersey, New York, Ohio, Pennsylvania, Virginia, and West Virginia; see SLF-infested states) should also be on the lookout. Additionally, if a spotted lanternfly is found, the public is asked to take a photo or collect the specimen, and report the sighting using MDAR’s SLF online reporting form.

Washington State Department of Agriculture (WSDA) detected two Japanese beetles near Grandview and one near Sunnyside in 2021. Additionally, a resident reported numerous Japanese beetles devouring her roses in Grandview that summer.

Japanese beetles would pose a serious threat to farms, gardens, and the environment if they were to become established in Washington State. Please report any suspected sightings of Japanese beetle at PestProgram@agr.wa.gov or 1-800-443-6684. See WSDA's Interactive Japanese Beetle Response Map.

This ID book contains tips for identifying a number of aquatic invasive species (AIS) that are considered high-risk to Minnesota waters, as well as some common native lookalike species. The 3rd Edition of the guide was released in 2021and includes information for aquatic and wetland plants, invertebrates, and fish. The ID book can be accessed by downloading a printable version, or you can purchase it through the University of Minnesota Bookstore, or you will receive a copy if you become an AIS Detector.

Learn about some of the common species of wasps, bees and other non-wasp species, such as hover flies and robber flies, that superficially resemble the Asian giant hornet.

Provides information about exotic plant pests with the highest potential to enter Michigan. These likely invaders are presented in fact sheets with descriptions of their biology and how to identify them. Risk maps forecast locations where invasives are likely to establish.

Different invasive ivy species may have different habitat preferences and kill techniques. Learn how to identify among different species — then report them to EDDMapS so researchers can access data!

A European aphid that is only known to eat invasive garlic mustard has recently been found in the Midwest. If you see garlic mustard with curled leaves or aphids, help researchers studying this insect by sending in a report. Because the aphids may help control invasive garlic mustard plants, they are working with citizen scientists to map their distribution.

Whether your pest is a weed, insect, animal, microbe, or another organism, correct identification of your pest makes controlling it easier and often more effective.

With this new kit, Wildlife Forever gives agencies, organizations and communities across the country the tools to quickly communicate about an infestation. This kit will help you send out an urgent warning that a local lake has been infested with a specific Aquatic Invasive Species, and educate the affected public as to what they can – and should – do in this event to help prevent the further spread of the species.

Distinguishing between non-native and native buckthorn is important so that management efforts can be targeted appropriately. This article desribes and separates the two invasive buckthorns from native alderleaf buckthorn.