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Is Climate Change Contributing to The Current Deep Freeze Gripping the US?

NEW YORK, NY - Last week, a significant portion of the population of the United States had to deal with sub-zero temperatures - the likes of which have not been seen in this country before, leading to renewed debates in regards to the effects that Climate Change are having upon the planet. It turns out that a gradual warming of the planet’s atmosphere over the long haul can actually make things colder in the here-and-now.

Areas in the Midwest last week reported temperatures as low as 50 and even 60 degrees below zero – colder than the North Pole – which is an astonishing low for a region of the country already known for harsh winter weather. Meanwhile, if we go south of the equator, Australia has been experiencing a heat wave of mammoth proportions, with average daily temperatures well into the 100’s. It’s gotten so bad in Australia, as a matter of fact, that hundreds of thousands of fish have literally choked to death in the water. And while we’re discussing the southern hemisphere, we would be remiss to mention that Antarctic’s largest glaciers have been reported to be showing signs of ruptures, an indication that the region is warming at a record pace.

Clearly, the climate – the statistics of weather over long periods of time – of this planet, as opposed to the weather – which is merely the current state of the atmosphere – is in a period of rapid flux never before seen in human history, and as 2019 begins, it appears that the new year is picking up right where 2018 left off, unfortunately, with Climate Change accelerating at a destructive rate. However, it’s easy to see why people might be confused as to how Climate Change can be responsible for both exceedingly hot and exceedingly cold weather patterns at the same time, but these extremes fit with research into how humanity’s carbon footprint  upon our planet are having such an impact.

Simply put, carbon emissions as a result of human activity are cumulatively increasing up in the planet’s atmosphere; as a result of this build-up of carbon, the warming of the planet overall begins to increase, causing the polar ice caps to melt and disrupt the  temperature gradient between the Earth’s North and South Poles and the equator. This has the effect of flattening out the temperature gradient, which according to theory causes the jet streams – wind patterns that drive the planet’s weather systems – to weaken.

The weakening of the jet streams results in heavier, high-pressure weather fronts to be more difficult to propel on their natural path, causing them to remain in regions longer than they ordinarily would, resulting in potential heat waves. Likewise, during winter in the Arctic, warmer air drawn from the south as a result of a looser polar vortex not only makes for higher temperatures in the region, but also allows frigid air to escape to neighboring parts of the planet that it wouldn’t ordinarily reach; this explains the freakishly cold spell that the American Midwest is currently enduring.

The global trend is that temperatures overall are on the rise, and according to reports, the last four years has been the warmest on record. If mankind wishes to avert the eventual environmental disaster that the planet is facing in the future, countries need to come to an understanding and work together in order to save the Earth. Carbon dioxide levels in the atmosphere are the highest they have ever been, according to reports; Earth is millions of years old, while mankind has only inhabited the planet for a mere 200,000 years, so the human race has no real experience with the new climate that is being created by its actions. 

Recently, the Intergovernmental Panel on Climate Change – a climate science division of the United Nations – noted that North America and Australia are expected to bear the brunt of rising temperatures, which will result in unexpected, unprecedented, and at-times unpredictable changes to weather patterns as time goes by. More areas are reporting droughts, heat waves, rising sea levels, and acidifying oceans, and only by working together and making a uniform plan to reduce carbon emissions will curb the scourge of Climate Change.

New England’s Warm Summer Leads to Slight Increase in Air Quality Alert Days

 

BOSTON – The EPA has confirmed that New Englanders experienced a slight increase in the number of unhealthy air quality days this year, compared to 2017. Based on preliminary data collected between March and September 2018, there were 28 days when ozone monitors in New England recorded ozone concentrations above levels considered healthy. By contrast, in 2017 there were 25 unhealthy ozone days in New England.

 

Hot, sunny, summery weather is conducive to ozone formation, and is variable from year to year. The 2018 summer was warmer than average in New England, and slightly warmer than the summer of 2017. Since 1983, New England has experienced a decrease in the number of unhealthy ozone days. In 1983, New England had 118 unhealthy days, compared with only 28 this year. This downward trend is due to a reduction in emissions that form ozone. The number of unhealthy days (when ozone concentrations exceed the 0.070 parts per million standard) vary from year to year, due to weather conditions.

 

The number of unhealthy ozone days in each state this summer, and for last summer are as follows:

 

State                                              2018 Ozone Exceedences       2017 Ozone Exceedences
Connecticut 23 20
Massachusetts 12 12
Rhode Island 12 6
New Hampshire 6 5
Maine 3 6
Vermont 1 1

 

"While we have made good progress reducing ozone pollution over the past several decades, more work needs to be done to ensure that people can enjoy good air quality, even during a hot and dry summer when conditions favor the formation of ground-level ozone," said EPA New England Regional Administrator Alexandra Dunn. "EPA is continuing to take action to reduce ozone pollution, so we are optimistic that air quality will continue to improve in New England."

 

In 2014, EPA finalized stringent standards for new cars sold after 2017. The automobile and gasoline rule, known as Tier 3, will help lower automobile pollution by a significant margin. The Tier 3 emissions standards for cars represent an additional 80% reduction of ozone causing pollution when compared to the average in 2014. EPA has also issued an update to the Cross-State Air Pollution Rule (CSAPR), which will significantly reduce summertime nitrogen oxide (NOX) emissions from power plants in 22 states in the eastern U.S.

 

EPA recently finalized its designations for the 2015 ozone National Ambient Air Quality Standards (NAAQS), and EPA is continuing to work with our state partners to implement these standards. In the Northeast, average ozone levels have dropped by nearly 20 percent since the year 2000. Nationally, emissions of nitrogen oxides – the key precursor to ozone – have dropped by over 40 percent in the last decade.

 

Ground-level ozone is formed when volatile organic compounds and oxides of nitrogen chemically react in the presence of sunlight. In New England, cars and trucks give off the majority of the pollution that makes ozone. Burning of fossil fuels at electric power plants, which run at high capacities on hot days, emit substantial amounts of ozone-making pollution. Gasoline refilling stations, print shops, household products like paints and cleaners, as well as gasoline-powered lawn and garden equipment, also contribute to ozone formation.

 

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