Removing invasive plants is good for the birds and the bees

"Getting rid of invasive species is a Sisyphean task, and some ecologists have questioned whether the effort is worth it.... New findings from the Seychelles, an archipelago in the Indian Ocean, suggest that the hard work (and money) invested can pay big dividends for pollinators—including insects, birds, and reptiles—and for the native plants they assist."

Invasive Aquatic Weed Creeps into Vermont

Starry stonewort

An aquatic weed is creeping across the Great Lakes region that grows really fast and is very hard to kill. Scientists don’t know a lot yet about starry stonewort, but they’re hurrying to find out more. The plant, which forms dense surface mats in lakes, first turned up in North America in 1978 in the St. Lawrence River in New York state. Researchers think it probably arrived in ballast water from ships entering the Great Lakes.

The Geography of Invasion Risk

Species ranges are one attribute that can be altered by climate change.  The geographic limits of where you find a species and where you don’t are determined by the species’ biology, specifically in what climatic conditions can it survive.  For some species, that’s warm and dry climates, for others it’s cool and wet, or one of many combinations of temperature and precipitation.  Where a species’ range margin might contract and where it might expand in the future depend on how the suitable climate moves on a map for any given species.  Knowing where a species can survive is the first step to managing invasion impacts.

Invasive Plants: An Endpoint?

Ethan Tapper, Chittenden County Forester for the Vermont Department of Forests, Parks and Recreation, reflects on his role negotiating the relationship between humans and the forested ecosystems of Chittenden County. In this article, Ethan expresses both his admiration for the resiliency of Vermont's forests and his concern for the impacts of invasive species. 

Emerald Ash Borer May Become a Problem for Olive Growers

In October 2014, researchers at Wright State University discovered that an invasive insect called the emerald ash borer (EAB) was attacking white fringetrees (Chionanthus virginicus) in addition to ash trees. This was big news at the time. The EAB had already killed tens of millions of ash trees, and the fact that it could harm another species made it even more devastating.