For three days this November, researchers, managers and cooperative extension leaders joined together to explore different invasive species topics at the annual Cornell Cooperative Extension In-service.
After extensive testing a natural predator from pale swallow-wort’s region of origin was approved by the USDA for field release in August of 2017. This predator...
The 2017 Agriculture, Food, and Environmental Systems In-service, held November 13th to 15th at Cornell University, brought researchers and natural resource...
From The Washington Post- "Aided by global trade, a warming climate and drought-weakened trees, [invasive insects] have become one of the greatest threats to biodiversity in the United States."
From Eurekalert! - Compounds from the berries of invasive bush honeysuckles are responsible for changing feather color in "yellow-shafted" Northern Flickers.
“Invasive species represent one of the most significant threats to ecosystems, human and animal health, infrastructure, the economy, and cultural resources.”
Science Daily - Researchers are giving the public its first look at the widespread use of herbicides on federal and tribal land in North America, and urge land managers to better document it.
From Eurekalert! - Invasive insects and pathogens could be a multi-billion- dollar threat to global agriculture and developing countries may be the biggest target, according to a team of international researchers.
The Entomological Society of America (ESA) has issued a statement about the dangers of invasive species and the potential threats they pose to U.S. national interests...
Cornell Chronicle- The dietary preferences of deer may be promoting the spread of such invasive species as garlic mustard, Japanese barberry and Japanese stiltgrass, according to a new study that tested white-tailed deer preferences for seven native and eight invasive plants commonly found in the northeastern U.S.
From Eurekalert!- Outbreaks of the southern pine beetle can't be stopped by its main predator, but risks to forests from this tree-killing insect can be predicted with a simple, inexpensive monitoring program, according to a study by Dartmouth College and other institutions.
Researchers with the University of Florida Institute of Food and Agricultural Sciences have found that newly identified fungal pathogens may suppress an aggressive, invasive grass that is spreading throughout the eastern United States.
Conventional methods of stock monitoring are unsuitable for certain fish species. For example, the infestation of an area with invasive Ponto-Caspian gobies cannot be identified in time by standard methods.
The humble earthworm may be a threat to plant diversity in natural ecosystems, says a study just published by researchers from Université Laval and Université de Sherbrooke
In response to the harmful impacts invasive species have on the Nation’s natural and cultural resources, today the Department of the Interior released..
The invasive spotted lanternfly (Lycorma delicatula) was detected last year in Pennsylvania, but entomologists are already warning farmers and growers as far away as California to be prepared for its arrival.
A deadly fungus causing population crashes in wild European salamanders could emerge in the United States and threaten already declining amphibians here, according to a report released today by the U.S. Geological Survey.
The U.S. Environmental Protection Agency recently registered a sea lamprey mating pheromone, 3kPZS, as the first ever vertebrate pheromone biopesticide.
Emerald ash borer. Hemlock woolly adelgid. These pests pack a one-two punch for New York’s 18 million acres of forestland. Now, for his hard work and dedication in slowing the spread of these formidable pests, Mark Whitmore has received an Excellence in IPM award from the NYS Integrated Pest Management Program
Cheatgrass could vie for the title of the most successful invasive species in North America. The weed lives in every state, and is the dominant plant on more than 154,000 square miles of the West, by one estimate.
Not only do native plants do a better job of hosting and supporting local insect communities than their non-native counterparts, but a University of Delaware study shows
