Antibiotics emitted from pharmaceutical plants have been known to contribute to water pollution in some regions of the world. New research reveals that biological communities downstream of plants change as a result of such exposure. This finding supports growing evidence that antibiotics can change the makeup of rivers and streams.
While it seems the number of forest fires is increasing, an international team of researchers has discovered a downward trend in global burned area over the past two decades. Capital-intensive agriculture expansion, rather than climate change, is the major factor influencing global burned area.
Electric vehicles are running the roads, claiming green fame. Could they also earn their drivers money? In a recent study, researchers mapped out the economics of vehicle-to-grid energy storage for peak electricity demand reduction and potential profits.
In the wake of large-scale hurricane-induced flooding, understanding the characteristics of waterbodies matters more now than ever. A new classification system called the Freshwater Continuum Classification can help effectively identify changes that can occur over time.
When considering the best end-of-life (i.e. disposal) options for construction and demolition wood, there are three categories to consider — recycling, burying, or burning. Life cycle analysis gives insight into the least environmentally harmful and costly end-of-life category.
New research shows that fungi in the forest floor use resources less efficiently when competing with neighboring fungi. This means forests’ may remove less greenhouse gases from the atmosphere than we thought.
As large wildfires threaten communities in many parts of the world, understanding how climate change will influence extreme fire events can help predict future fire risk. In a recent study, researchers used new models to find that human emissions increased fire risk by 1.5 to 6 times in western Canada.