There are lots of potential impacts associated with global climate change – shifts in the distribution of plants are among them. Most plant species are adapted to a range of climate conditions. If the climate changes, their habitat can shift as well. This is true for crop and forestry plants, as well as native species.
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.
Religions are based on systems of faith, morals, and practice. Science is based on a system of theories, evidence, and hypothesis testing. Both are embedded in the structures of society where a convergence of beliefs and knowledge can often work together for a common social good.
Forest preservation is essential to combating climate change. Growing trees absorb carbon dioxide, storing it in their wood. Forest destruction is responsible for about 20% of human-caused carbon dioxide emissions into the Earth's atmosphere.
Coal combustion in the U.S. generates around 130 million tons of coal ash each year, with power plants being the largest contributors. Bottom ash is collected from combustion chambers and fly ash is gathered from smokestacks and air pollution control devices.
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.
Do you wonder how climate change is affecting lakes? We just need to look across the pond, where scientists and agencies involved in the European Union’s Water Framework Directive have amassed an impressive body of research on the topic.
The Hudson River flows through much of the listening area of our flagship station. It is an extension of the Atlantic Ocean that flows from the Narrows in New York Harbor up through the Capital Region and beyond and it is linked to any changes in water levels in the Atlantic and around the globe.
In the northeastern United States, warmer spring temperatures are leading to shifts in the emergence of the blacklegged ticks that carry Lyme disease and other tick-borne pathogens. At the same time, milder weather is allowing ticks to spread into new geographic regions.
Human activities are not direct sources of a lot of ozone, but ozone concentrations increase to markedly unhealthy levels in many areas during the summer. About 30 years ago, atmospheric chemists solved this mystery.
There’s a dramatic recovery underway in New England. Red spruce, a tree species that researchers thought was doomed because of acid rain, is now growing faster than ever, and it’s not the only tree growing like gangbusters.
This week marks the release of the third National Climate Assessment (NCA). Issued to the President and Congress every four years, the report is a scientific analysis of how climate change is affecting our nation, including what we can expect in the future if the escalating problem is not addressed.
Another public health challenge the National Climate Assessment will explore is the likelihood that diseases native to other geographical areas will migrate to the United States as climate changes alter ecosystems.
For more than 30 years, the Cary Institute of Ecosystem Studies in Millbrook has collected information about local weather conditions. Equipment used to monitor acid rain was installed in 1983 and has provided continuous insight into rain and snow data.
Warming temperatures and increased extreme weather events such as drought, rainstorms and flooding, contribute to the nation's changing disease map, experts say. USA Today reports on this trend and how it has impacted the spread of various diseases including tick-borne illnesses.
Presentation by Gregg Swanzey, Director of the Office of Economic Development and Strategic Partnerships, City of Kingston and Libby Murphy, Climate Outreach Specialist, Hudson River Estuary Program, NYSDEC for a flood management forum hosted at Cary on May 4, 2013.
Some of my friends and relatives don't believe in climate change, so I regularly get emails containing evidence that climate change isn't real. The "evidence" contained in these emails usually falls into one of two categories.
Many of us eagerly anticipate summer, when fishing, boating and swimming can happen at a favorite lake. This year, though, there may also be a bit of trepidation — what lies ahead for Lake Auburn? Will we see another fish kill?
A few months ago, Superstorm Sandy tore through the New York Metropolitan region, causing significant damage to homes, businesses, and municipal infrastructure. Hard hit areas, like the Jersey Shore and Staten Island, are still recovering.
A new report warns that climate change is causing shifts in species composition faster than expected. Co-author and Cary scientist Peter Groffman comments, "cold temperatures are a critical regulator of species outbreaks and also of species distributions".
A new report says the effects of climate change are already being felt in bug-infested forests of the Intermountain West, in reduced flows of the Colorado River basin and in the amount of snow that falls in the Rocky Mountains.
Following an exhaustive review of more than fifty years of long term data on environmental conditions at the Hubbard Brook Experimental Forest in the White Mountains of New Hampshire, the results are clear: spring is advancing and fall is retreating.
A lecture by Duke’s Orrin Pilkey and environmental artist Mary Edna Fraser. Fraser discusses her batiks, which are used to illustrate the threatened ecosystems in Pilkey’s book, Global Climate Change: A Primer.
Climatologist Dr. Michael Mann reviews the evidence for human influence on the climate, including measurements available for the past two centuries and paleoclimate observations spanning more than a millennium.
Most people pay attention to climate change in the summer, when faced with heat waves, hurricanes, and severe thunderstorms. In the northeast, climate warming is actually more marked in the winter, and the loss of snow cover can have a ripple effect on tree growth and groundwater recharge.
When people think about climate change, the first thing that usually comes to mind is blazing hot summer days, severe droughts, or super-size hurricanes. But climate change is actually more significant in winter than in summer.
The recent hacking of e-mails at the Climatic Research Unit at the University of East Anglia Center — one of the world's foremost institutions for the study of climate change — offers a disconcerting view of how modern science is done.
Ecologists study phenology, which is the orderly progression of seasonal events in nature, such as the springtime arrival of migrating birds, the first chorus of spring peepers in vernal pools, and the development of tree colors each autumn
Thankfully, the argument about the reality of global climate change seems finished. The majority of the public now joins the consensus of climate scientists, who have furnished compelling proof that the planet is warming and that humans are at least partly to blame.
Last year, we received certificates that featured attractive artwork, Alfred Nobel's name, and the King of Norway's signature. No, we didn't win the Nobel Peace Prize. But in 2007, our scientific contributions did help Al Gore and the Intergovernmental Panel on Climate Change win theirs.