By now the lesson is clear: Burning coal and petroleum produces carbon dioxide, the heat-trapping gas that contributes to the warming of our globe. That alone is enough reason to believe fossil fuels are not a sustainable basis for society long-term.
Rick Ostfeld is a disease ecologist at the Cary Institute of Ecosystem Studies in Millbrook. For decades, he has studied ticks and tick-borne diseases, primarily in the forests and fields of the mid-Hudson Valley.
The Centers for Disease Control and Prevention reported that Lyme disease has substantially expanded over the past few decades, with 17 states in the Northeast and upper Midwest now considered at high risk.
What happens when nineteen teachers have the opportunity to study how forest ecosystems function? You get the potential to engage hundreds of students in thinking about forests as dynamic, exciting systems that shape the quality of the world we live in, from cleaning water and cooling the environment to preserving biodiversity.
If you don't live in the northeastern United States, you may not think much about diseases transmitted by ticks. If you do live there, or spend part of the summer along the coastal arc that stretches from Virginia and Maryland up through southern Maine, consciousness of these sneaky, potentially disabling illnesses—Lyme disease and its lesser-known brethren, including erlichiosis, anaplasmosis, babesiosis and the rest—is hard to escape.
Preserving habitats and encouraging biodiversity does wonders for plant and animal life, giving them room to thrive without human interference. In recent years some scientists have wondered if biodiversity might also help humans, protecting us from infectious diseases that spread from nonhuman animals to people
In October 2005, five scientists were marooned on a mountain near Yuan Yang Lake in Taiwan. Dead-set on installing a new batch of water quality sensors, the group had ignored an incoming typhoon that washed out the only road behind them, knocking chunks of pavement the size of a garage down the cypress-covered slopes.
Visitors to the Cary Institute's Millbrook campus will admire our diverse woodlands, but may wonder why there are so many standing and fallen dead trees left scattered, sometimes in prominent places. Some might even say that our forests are messy.
Opossums are North America's only native marsupials. An opossum vaguely resembles a cross between a housecat and a giant rat, and while they're tolerated as a relative newcomer to Maine's wilderness — migrating into the state within the last half century or so — they're not especially cherished.
The public is invited to attend the Hudson Data Jam Awards Showcase. Support regional students while learning about the Hudson River in this unique event that combines river science and data interpretation with creative communication.
Ecologists shared ideas and research about the Ebola virus at a meeting in Athens, Georgia. Cary's Barbara Han talked about methods scientists are developing that would identify likely wildlife carriers of filoviruses, a kind of virus related to rabies virus which includes Ebola, Marburg virus and some other deadly species.
The Environmental Law Institute has announced that Dr. Stuart E.G. Findlay, received the 2015 National Wetlands Award for Science Research. Stuart and six other award recipients were honored at a ceremony at the U.S. Botanic Garden in Washington, D.C., on May 21, 2015.
Using a computer to predict an infectious disease outbreak before it starts may sound like a bit of Philip K. Dick sci-fi, but scientists are coming close. In a new study, researchers have used machine learning—teaching computers to recognize patterns in large data sets—to make accurate forecasts about which animals might harbor dangerous viruses, bacteria, and fungi.
Between 1346 and 1353 the Black Death killed over a third of Europe's population. It took 150 years for the continent to recover. The disease was so devastating that it changed the social order, as a scarcity of labour led to higher wages for the survivors, hastening the demise of feudalism.
Machine learning can pinpoint rodent species that harbor diseases and geographic hotspots vulnerable to new parasites and pathogens. So reports a new study in the Proceedings of the National Academy of Sciences led by Barbara A. Han, a disease ecologist at the Cary Institute of Ecosystem Studies.
This spring, April showers made favorable conditions for amphibians to display their singing skills in the flooded lowland fields at the Cary Institute of Ecosystem Studies. Eastern American toads (Anaxyrus americanus) were major contributors to the evening chorus, which was at times deafening.
The month of May brings many things, among them Mother’s Day, tulips, and Lyme Disease Awareness campaigns. But according to Dr. Richard S. Ostfeld, a disease ecologist at Cary, if we want to get a leg up on tick-borne illness we need to become vigilant earlier in the season.
The Cary Institute of Ecosystem Studies is pleased to announce that senior scientist Dr. Stuart E.G. Findlay has received the prestigious National Wetlands Award from the Environmental Law Institute (ELI).
Data Cary's Rick Ostfeld and his team have collected since the 1990s reveals a marked change in the behavior of black-legged ticks -- they are arriving on the scene earlier than ever in the spring. They're also showing up farther to the north, and at higher elevations, than they have in the past.