These extraordinary climate conditions led to extreme weather events all around the world. Among them, Hurricane Matthew in the Caribbean, the first category four storm to reach land since in 1963 and severe droughts in southern and eastern Africa. A recent report from the United Nations World Meteorological Organization found that extreme weather has carried over into 2017.
So far this winter, severe storms in the Atlantic Ocean have caused Arctic “heat waves” so that while ice cover in the region should be refreezing, many days it was close to melting. North Africa and the Arabian peninsula have seen colder than usual winter temperatures while parts of Canada and the U.S. have been much warmer than is typical.
David Carlson is the World Climate Research program director. He said, “Even without a strong El Niño in 2017, we are seeing other remarkable changes across the planet that are challenging the limits of our understanding of the climate system.”
In the month of February alone, nearly 12,000 warm temperature records were broken in the U.S.
Carlson added, “We are now in truly uncharted territory.”
The report, titled “Medical Alert! Climate Change is Impacting our Health” was written by medical doctors, including allergists, pediatricians, infectious-disease doctors, OB/GYNs and gerontologists from eleven health organizations.
Very few Americans, less than 32 percent, can name a specific way in which climate change harms human health. “Doctors in every part of our country see that climate change is making Americans sicker,” said Dr. Mona Sarfaty, the director of the new consortium.
The authors broke down the specific health effects of climate change in each region of the U.S. The doctors explain that three by-products of climate change will directly impact human health: air pollution, extreme heat and extreme weather events. Increased temperatures associated with climate change intensify smog, wildfires and pollen production, leading to poor air quality, the report said. “Poor air quality increases asthma and allergy attacks, and can lead to other illnesses, hospitalizations, and deaths,” the authors wrote.
Rising global temperatures cause more frequent, longer, and more extreme heat waves in many parts of the U.S. Excessive heat leads to heat-related illness, exacerbates some medical conditions, and can cause death due to heat-stroke and dehydration. The report read, “Anyone can be harmed by extreme heat, but some people face greater risk. For example, outdoor workers, student athletes, city dwellers, and people who lack air conditioning (or who lose it during an extended power outage) face greater risk because they are more exposed to extreme heat.”
The physicians pointed out that extreme weather events are also taking a toll on their patients. The increased frequency and severity of major storms, floods, and droughts can cause injury, displacement and death, the report read. These events often prevent residents from receiving proper medical care due to blocked roads, destroyed bridges and the like. Gastrointestinal illness and disease often follow the power outages associated with extreme weather events as well, according to the doctors.
Beyond these direct impacts, climate change also speeds up the spread of infectious diseases and has an insidious impact on humans’ mental health. With temperatures rising around the world, infectious disease vectors like ticks, mosquitoes and fleas can now survive in regions that were previously too cold for them. For example, “Ticks that carry Lyme disease have become more numerous in many areas and have expanded their range northward and westward,” the report said.
U.S. residents that have experienced increasingly common extreme weather events like foods, major storms, and droughts are likely to suffer mental health consequences including post-traumatic stress disorder (PTSD), depression, and anxiety. Anyone could experience these effects, but women, pregnant women, the elderly, children, and those with a preexisting mental health condition are most at risk.
The report concluded with a call to government leaders, asking them to address climate change in the name of human health. It read, “Doctors agree with climate scientists: the sooner we take action, the more harm we can prevent, and the more we can protect the health of all Americans.”
More than 20 tornados ripped through parts of Iowa, Missouri, Illinois, Indiana and Tennessee on Tuesday.
The severe thunderstorms and tornadoes killed at least three people and left thousands of residents in the Midwest and Southeastern U.S. without electricity. While tornados during winter months are rare, they seem to be happening with increasing frequency.
Typically wintertime tornados form when a forceful jet stream moves across the Southern U.S. and meets colder, retreating air fronts. According to The Weather Channel, usually these tornados crop up in the Deep South, however, in February 2016 severe tornados touched down in Pennsylvania and Virginia, ultimately killing seven people.
On average, February is second-least tornadic month of the year, but recently averages for that month are increasing. February 2008 had 146 total tornados, making it the most tornadic February since the 1950s, and February 2016 came close behind with 138 total twisters.
Due to particularly strong jet-stream level energy characteristic of the winter months, winter tornados can occur at any time of the day or night, unlike more predictable spring and summer tornados that almost always form during the late afternoon and evening. The Weather Channel also points out that it is common for winter twisters to be wrapped in rain, making them more difficult to spot.
Experts remind Midwestern and Southeastern U.S. residents that severe weather in the winter months can be deadly and to create or review their severe weather plans.
Shortly after the New Year, German insurance giant Munich Re announced that natural disaster damages were higher in 2016 than they have been since 2012.
Insurance losses totaled $175 billion over the last twelve months, which is two-thirds more than in 2015. The company counted 750 natural disasters internationally, which includes “earthquakes, storms, floods, droughts and heatwaves.” The 6.9 magnitude Earthquake that shook southern Japan was the world’s most costly natural disaster this year, claiming $31 billion in damages.
North America was plagued with the most natural disasters it has seen since the 1980’s, it experienced a total of “160 loss events in 2016.” Spring heat waves in Canada led to wildfires in Alberta, costing the region $4 billion, while August floods in the southern United States racked up $10 billion in losses.
Flood events made up 34 percent of this year’s total losses. Comparatively, these events accounted for 21 percent of total losses over the last ten years. Flash floods in Germany and France cost the region almost $6 billion this year. Peter Hoppe, head of Munich Re’s Geo Risks Research Unit, said these increases are related to “unchecked climate change.”
Hoppe said, “Of course, individual events themselves can never be attributed directly to climate change. But there are now many indications that certain events — such as persistent weather systems or storms bringing torrential rains – are more likely to occur in certain regions as a result of climate change.”
Indeed, a recently published report from the World Meteorological Organization outlines the relationship between human-induced climate change and the increasing frequency and intensity of natural disasters. Among other examples, the authors point out that the 2013 Australian heat wave was made five times more likely because of human-induced warming.
The report said, “Extreme events are always a result of natural variability and human-induced climate change, which cannot be entirely disentangled.”
Scientists say that the Arctic experienced its warmest year ever recorded, and temperatures in the region are rising at “astonishing” rates. Jeremy Mathis is director of NOAA’s Arctic research program, he said, “Rarely have we seen the Arctic show a clearer, stronger or more pronounced signal of persistent warming and its cascading effects on the environment than this year.”
Scientists explained that warming which used to only have an effect in the summer months is now affecting the Arctic year-round. Mathis added, “The Arctic as a whole is warming at least twice as fast as the rest of the planet.”
The report said that the warming of the Arctic can be explained by long-term increases in carbon dioxide emissions and air temperatures as well as natural seasonal and regional variability. These effects are compounded by the feedback loops in the Arctic climate system. Before human-induced climate change, the Arctic region remained cool because large areas of ice and snow reflected much of the sun’s rays back into space. Now that large areas of the ice and snow are melting away, the sun’s rays absorb into the dark land masses and ocean water, causing temperatures to rise more quickly.
Mathis said, “What happens in the Arctic, doesn’t stay in the Arctic.”
He explained that warm temperatures in the Arctic could be influencing jet stream patterns in the Northern hemisphere, potentially causing extreme weather in the United States.
Rafe Pomerance, a member of the Polar Research Board of the National Academy of Sciences, was not involved with the report card. He said,“The 2016 Arctic Report Card further documents the unraveling of the Arctic and the crumbling of the pillars of the global climate system that the Arctic maintains.”
Countless animal species are negatively affected by climate change, but a recent study suggests that lizards have it particularly rough.
Following a major international survey published in the journal Science, it was predicted that if current trends continue, 20 percent of all lizard species could go extinct by 2080. An international team of biologists led by Barry Sinervo at the University of California, Santa Cruz researched the effects of rising temperatures on lizard populations around the world. Using their findings, the group developed a predictive model of extinction risk. Sinervo said, “We did a lot of work on the ground to validate the model and show that the extinctions are the result of climate change.” He added, “None of these are due to habitat loss. These sites are not disturbed in any way, and most of them are in national parks or other protected areas.”
The researchers implanted small temperature sensors into dozens of spiny lizards and tested how the animals reacted to constructed areas of shade within New Mexico desert enclosures. They found that the lizards fared better in environments when several small areas of shade were available, in comparison with enclosures that had just a few large areas of shade. Sears explained, “It’s sort of like, if you were out jogging, and there was only one tree and it was a long way to the next one, and it was a hot day — that’s a bad environment. But if there were a bunch of trees along the way providing little bits of shade, you’d feel a lot better.”
The study concluded that extinction predictions for lizards are not uniform across all populations. In general, lizards that live in cooler environments may actually benefit from climate change, while those that live in hotter areas are likely to suffer. As for all those in between, Sears said we can’t be sure, “All bets are kind of off now. Because what our study suggests is that how bushes are placed in an environment might really impact the lizards just as much as the temperature itself.”
Between six and eight inches of rain fell on Winneshiek, Chickasaw, Allamakee counties over Tuesday night as a series of thunderstorms moved through the area. Upper Iowa River gauges indicated that the river rose more than ten feet overnight near Decorah, Iowa. The area was pelted with almost an inch of rain per hour from Tuesday night into Wednesday morning. Residents in Freeport, a small community just east of Decorah, were hit especially hard. Those living along the Upper Iowa River received little notice. Emergency officials notified the neighborhood at about 5 a.m., after much of the flooding had already occurred.
“I woke up this morning when my neighbor called me and said ‘You out of bed yet?’ and I said no and he said, ‘Well you better get up,’ because the water was up to his deck,” said Ron Teslow of Freeport. Teslow had more than three feet of water standing in his basement, and he was more fortunate than others. Jon Aske, also of Freeport, said his basement collapsed in on itself as a result of the flooding, “About 4:15, 4:30 (Wednesday morning) we just heard a crash and the basement foundation crashed in,” he recalled. An emergency shelter was established at a local church for those that were flooded out of their homes.
In Fort Atkinson, a town twenty minutes south of Freeport, Rogers Creek, a tributary of Turkey River, was reported to have risen nine feet in three hours. City officials said that they expected the Turkey River to crest more than a foot above the 2008 flood levels later Wednesday afternoon. Mayor Paul Herold wondered, “If they’re going to call that a 500 year flood, what are they going to call this?”
Decorah City Manager Chad Bird said the situation was the same in his town.”In some areas of town, the water was higher today than it was in ‘08,” he said referring to the 2008 floods. He pointed out, however, that this flood was due to flash flood conditions whereas the 2008 incident was a prolonged flooding event.
One causality has been reported after a car was swept off the roadway by water from the Turkey River in Chickasaw County early Wednesday morning. Flood warnings stayed in effect until Thursday for most of Northeast Iowa. Richland and Crawford counties of Wisconsin were also effected.