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Signed on May 24, 1977 by President Jimmy Carter, Executive Order 11987 requires Federal agencies, to the extent permitted by law, to: restrict the introduction of exotic species into the natural ecosystems on lands and waters owned or leased by the United States; encourage States, local governments, and private citizens to prevent the introduction of exotic species into natural ecosystems of the U.S.; restrict the importation and introduction of exotic species into any natural U.S. ecosystems as a result of activities they undertake, fund, or authorize; and restrict the use of Federal funds, programs, or authorities to export native species for introduction into ecosystems outside the U.S. where they do not occur naturally.

Executive Order 13312 revokes the preceding Executive Order 11987 of May 24, 1977.

Executive Order 13112 was signed by President Clinton on Feb 3, 1999 establishing the National Invasive Species Council (Council or NISC). The Executive Order requires that a Council of Departments dealing with invasive species be created.
See also: About the Council for more information.

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.

See also: Invasive Plant Species for more fact sheets

See also: Invasive Plant Species for more fact sheets.

See also: Fact Sheets for Invasive Exotic Plants for more fact sheets

See also: Invasive Plant Species for more fact sheets

See also: Invasive Plant Species for more fact sheets

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.

The species taxonomy defines groupings of biological organisms based on their shared characteristics. These groupings, called taxa (or singular taxon), are arranged based on taxonomic rank in which the deeper down the tree you are, the more granular the grouping characteristics are. This tree structure, with branches further down the line getting more specific, creates an overall hierarchy for categorizing life.

The USGS provides information and tools needed to help solve problems posed by invasive species across the country. Key components of USGS invasive species science include developing novel prevention, forecasting, early detection, decision support, and control tools.
See also: Geonarratives for all USGS geonarrative / story map resources

The nutria (Myocastor coypus), a large, semi-aquatic rodent native to South America, was originally brought to the United States in 1889 for its fur. When the nutria fur market collapsed in the 1940s, thousands of nutria escaped or were released into the wild by ranchers who could no longer afford to feed and house them. While nutria devour weeds and overabundant vegetation, they also destroy native aquatic vegetation, crops, and wetland areas. Recognized in the United States as an invasive wildlife species, nutria have been found in at least 20 States and most recently in California. The nutria’s relatively high reproductive rate, combined with a lack of population controls, helped the species to spread.

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.

Every five years, Congress develops and passes a Farm Bill that outlines agriculture and food policy for the country. In the Farm Bill, Congress can create new programs and reform existing ones. In recent Farm Bills, Congress has created new USDA, APHIS programs that benefit the nation’s farmers and ranchers. Programs include those related to animal health, feral swine, pests and diseases of concern, and plant health.

Section 12203(b) of the 2018 Farm Bill required APHIS to develop a list of pests and diseases that pose the most significant threat to U.S. agriculture. 
See related resource: Animal and Plant Diseases and Pests of Concern

Sometimes reaching a height of more than 100 feet tall with trunk diameters often well over 10 feet, the American chestnut was the giant of the eastern U.S. forests. There were once billions of them and their range stretched from Georgia and Alabama to Michigan, but the majestic tree was gone before forest science existed to document its role in the ecosystem. Notes left by early foresters including Gifford Pinchot, the founder and first chief of the USDA Forest Service, suggest that its ecological role was as impressive as the tree's size. Mature American chestnuts have been virtually extinct for decades. The tree's demise started with something called ink disease in the early 1800s, which steadily killed chestnut in the southern portion of its range. The final blow happened at the turn of the 20th century when a disease called chestnut blight swept through Eastern forests. But, after decades of work breeding trees, The American Chestnut Foundation, a partner in the Forest Service's effort to restore the tree, is close to being able to make a blight-resistant American chestnut available.

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.

See related resource: Data Visualization Tools to explore plant and animal health management data and interactive story maps