Near Center for Climate Studies – The Citadel Today https://today.citadel.edu Tue, 07 Sep 2021 19:12:34 +0000 en-US hourly 1 https://wordpress.org/?v=5.8.1 https://today.citadel.edu/wp-content/uploads/2018/06/Citadel-Favion-new-150x150.png Near Center for Climate Studies – The Citadel Today https://today.citadel.edu 32 32 144096890 Commentary: The heat we’re now experiencing is a bit different https://today.citadel.edu/commentary-the-heat-were-now-experiencing-is-a-bit-different/ Tue, 07 Sep 2021 19:12:31 +0000 https://today.citadel.edu/?p=26438 unsplash photo of bright hot sununsplash photo of bright hot sun"In October, the results of the research will be presented to help Charlestonians better understand the extent of their urban heat challenges..."]]> unsplash photo of bright hot sununsplash photo of bright hot sun

As seen in The Post and Courier, By Janice Barnes and Leo Temko

Charleston punches above its weight. We all know that the city is a regional leader with its excellent health care and educational institutions, its beautiful historic architecture, its easy access to extraordinary beaches and other natural environments, and its many business opportunities.

What may be less known is that it also leads with one of South Carolina’s first All Hazards Vulnerability Assessments, a key tool to help cities better understand all of their expected risks, with its compelling work on the Dutch Dialogues, which tackled one of those risks, flooding, and with its recently adopted Climate Action Plan.

Pretty impressive for a city of 140,000-plus people, or even a region of 800,000-plus people. Many much larger cities have made far less progress on these challenging issues.

Charleston’s next step, as mentioned in The Post and Courier’s Aug. 29 editorial, is to tackle another of its key risks: extreme heat.

As Southerners, we tend to wear our heat hardiness as a badge of honor, kind of like an old-time Northerner describes walking to school barefoot in the snow as a child. But the heat we’re now experiencing is a bit different than it used to be, with more consecutive days of extreme heat and humidity each year — and with extreme heat arriving earlier in the spring and lasting longer into the fall.

Our electricity use is up along with the number of days that require air conditioning for us to be comfortable. Unfortunately, heat exposure also increases heat-related mortality and worsens other health conditions like cardiovascular and respiratory illnesses, which are particularly trying during pandemics like we’re experiencing with COVID-19. Recognizing the challenge, Charleston is once again stepping forward to lead.

This summer, Charleston hosted three research teams, including significant local volunteer participants, to collect data on extreme heat around the city. One team, led by Dr. Kirstin Dow with the University of South Carolina, focused on outdoor workers at MUSC and The Citadel and their physical reactions to extreme heat.

Another, led by Dr. Chip Konrad of the University of North Carolina, focused on the monitoring of local variations in heat stress, similar to The Citadel’s monitoring of cadet training, or what high school football coaches use to monitor practice.

A third team focused on Charleston’s NOAA-sponsored HeatWatch campaign, capturing heat index readings and collecting thermal images across the Charleston region. Led by our firm, Climate Adaptation Partners, this effort was done with the city’s Office of Resilience and Sustainability, The Citadel’s Near Center for Climate Studies, the MUSC Arboretum, MUSC’s Office of Health Promotion and Office of Sustainability, the Charleston Resilience Network, the South Carolina Aquarium, the South Carolina Medical Professionals for Climate and Health, the South Carolina Interfaith Power and Light, and importantly, with the help of over 20 local volunteers.

All three research campaigns were completed during July when Charleston was experiencing one of its worst heat waves. In October, the results of the research will be presented to help Charlestonians better understand the extent of their urban heat challenges and to begin conversations about ways to improve the situation.

Recently, Charleston included extreme heat in its update to its comprehensive plan, a first step toward addressing the problem. The next step is to use the research findings to guide investments in heat reduction along with Charleston’s other planned investments on flooding, transportation improvements, carbon reduction and the many private investments that the metro area growth introduces.

For example, with the upcoming improvements to Charleston’s public housing, how might those better address extreme heat exposures for those residents? How might the Lowcountry Rapid Transit system include shading for each station and choose materials that are cooler to the touch?

As we build more homes and upgrade our existing ones, how might we improve insulation and reduce air conditioning requirements? If we include heat mitigation in these investments, we know that we can have multiple benefits from each dollar spent.

We can invest to capture water and cool down our communities. We can improve connectivity and make waiting at the bus stop more comfortable. We can lower our emissions and our energy bills.

We can do this because we punch above our weight. We see the challenge and we’ll tackle it, head-on, and in this case, hat on.

Stay cool out there.

Leo Temko and Dr. Janice Barnes are with Climate Adaptation Partners. Also contributing to this column were Mark Wilbert with the city of Charleston; Dr. Scott Curtis of The Citadel’s Near Center for Climate Studies; Dr. Kristin Dow of the University of South Carolina; Dr. Chip Konrad of the University of North Carolina; and Drs. Jerry Reves and Susan Johnson and Christine von Kolnitz of MUSC. 

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Floods, pollution and other impacts of climate change can cause pediatric health issues https://today.citadel.edu/floods-pollution-and-other-impacts-of-climate-change-can-cause-pediatric-health-issues/ Mon, 23 Aug 2021 15:49:18 +0000 https://today.citadel.edu/?p=26071 Post and Courier photo of Lucy Beckham HIgh school football players practicing in summerPost and Courier photo of Lucy Beckham HIgh school football players practicing in summerDr. Scott Curtis, director of the Lt. Col. James B. Near Jr. Center for Climate Studies at The Citadel, said air quality goes down as temperatures go up.]]> Post and Courier photo of Lucy Beckham HIgh school football players practicing in summerPost and Courier photo of Lucy Beckham HIgh school football players practicing in summer

As seen in The Post and Courier, by Shamira McCray

Photo above from Post and Courier/Andrew J. Whitaker : The sun cut’s through the haze as Lucy Beckham High players run blocking drills during practice in late summer 2020.

Note: article includes input from The Citadel’s Near Center for Climate Studies

Although some of the most apparent impacts of the Earth’s changing climate are rising waters, extreme temperatures and other major weather events, this global issue has turned out to be a public health crisis for vulnerable populations, too.

And children are among the most endangered.

Increasing temperatures, air pollution and extreme precipitation has led to heat-related deaths, asthma and even waterborne illness in children. And health experts say sicknesses like these are likely to get worse over the next decade.

Increasing temperatures

Climate change is causing temperatures to rise. Maximum temperatures for all seasons in Charleston have steadily increased over the past 100 years.

Being exposed to high temperatures can cause heat-related illnesses like heat stroke, exhaustion and rashes, medical experts say.

Dr. Hayley Guilkey, a pediatrician and founder of the S.C. Health Professionals for Climate Action organization, said elderly people have the greatest risk for heat illness, but children — particularly student athletes and infants — are also at an elevated risk.

According to Guilkey, heat illness is the leading cause that puts high schools athletes at risk of death. She said more than 9,000 heat illnesses are reported each year among this group, and they account for over a third of the nation’s emergency room visits.

Some of these illnesses, such as dehydration and electrolyte imbalance, are peaking right now.

“We see they occur most frequently in August when preseason sports are beginning, kids haven’t necessarily been training while over the summer, and it’s extremely hot,” Guilkey said in a Medical University of South Carolina children’s health and climate change webinar earlier this month.

In 2018, the S.C. High School League and S.C. Independent Schools Association passed regulations that required teams to monitor the heat during outdoor activities with a wet bulb globe thermometer. The device takes into account air temperature, humidity and wind to produce a reading that determines how much and how long teams can practice.

If the thermometer reads 92.1 or higher, all outdoor activities would have to be canceled, according to a previous Post and Courier report.

A child’s immature thermoregulation, high metabolic rate and dependence on caregivers are a few factors that put them more at risk for heat illness.

Right now, infants suffer the second-highest rate of heat-related deaths, after the elderly, and some studies project they will experience the greatest increase in mortality rates due to rising global temperatures, Guilkey said.

Just last year, she saw firsthand the effects heat can have on a baby. During the webinar, she told a story of a child who was riding around in a car with no air conditioning in the middle of summer. The child developed heat illness and dehydration and had to be hospitalized.

“Luckily that baby made a full recovery, but it’s still a scary thing and something that we worry about,” Guilkey said.

Records from the S.C. State Climatology Office show Charleston International Airport saw an average of 57 days per year with temperatures greater than 90 degrees from 1938 to 2020. Through Aug. 18, there have been 32 90-degree weather days just since the start of May, with eight recorded this month alone, at the airport.

Researchers and volunteers set out last month to track heat and humidity across the city on one of the hottest days of the year, July 31. It won’t be until the fall before an analysis of the heat-mapping project is released identifying the most vulnerable parts of Charleston, but scientists and medical experts already know the rising temperatures are taking a toll on humans.

The Centers for Disease Control and Prevention said staying cool, hydrated and informed are some of the best tips to beat heat-related illness.

Air pollution

Dr. Scott Curtis, director of the Lt. Col. James B. Near Jr. Center for Climate Studies at The Citadel, said air quality goes down as temperatures go up. On very hot days, especially days that are stagnant, there isn’t a lot of airflow.

Ozone is a gas composed of oxygen. But at the ground level it can be a harmful air pollutant because of its effects on people and the environment, according to the U.S. Environmental Protection Agency.

Ozone is one of the main ingredients in smog, and exhaust from cars aid in its creation. It degrades the planet’s protective layer of upper atmosphere from some solar radiation.

On the West Coast in places such as California, smoke from wildfires are a major source of air pollution.

Guilkey said poor air quality impacts lung development in children and worsens asthma and other breathing issues.

“With higher minute ventilation — which is how fast they breathe and how much air they breathe in — this exposes them (children) to higher doses of air pollutants such as ozone,” Guilkey said.

study published by the National Library of Medicine showed an effort to reduce Atlanta traffic during the 1996 summer Olympics could have impacted ozone levels. During the Olympics that year, ozone concentrations were about 30 percent lower than four weeks before. 

Guilkey said, more importantly, it led to more than a 40 percent decrease in emergency room visits for children with asthma.

Extreme precipitation

Water-related infections are made worse by climate change, mostly due to an increase in extreme precipitation events.

Data from the State Climatology Office shows there are only about four days per year when precipitation of at least 2 inches is recorded at the airport in North Charleston. These are considered heavy precipitation events. So far this year, there were only two days when the airport’s gauge recorded at least 2 inches of rain, according to the National Weather Service. But in July, rainfall totals exceeded the average 6.60 inches at the airport.  

In Charleston especially, heavy rain can cause rising waters and flooding. This water is loaded with contaminants and even fecal matter containing bacteria, viruses and parasites that can make people sick.

“And talking about kids, you know, they’ll go out and play in that stuff,” Curtis said.

Adults, too, have been seen kayaking in Charleston’s floods.

The CDC said contaminants in water can lead to reproductive problems, neurological disorders and gastrointestinal illness. According to the World Health Organization, diarrheal illnesses are the second most common cause of death worldwide in children under age 5.

Extreme rainfall creates a flushing mechanism for anything that is on the ground. It often flushes pollution into water bodies, water systems and estuaries. And a contaminated water source could mean a shortage of clean drinking water.

There are billions of people worldwide who lack access to safe drinking water, which makes them higher risk for waterborne illness.

Guilkey said in North America the most waterborne disease outbreaks occur after extreme precipitation events. About 7.3 million Americans get sick every year from diseases spread through water, the CDC said.

Many of the needed climate solutions to protect the Earth can also make people healthier. For example, decreasing greenhouse gases doesn’t only address climate change. But considering more efficient options like biking instead of driving decreases a person’s risk of heart disease and diabetes, Guilkey said.

And while long-term exposure to nature can increase life’s satisfaction, outdoor green spaces are often cooler than city blocks and can prevent flooding.

Individual action is important, but large-scale, aggressive policies can help mitigate climate change, Guilkey said. And creative solutions might assist folks in adapting to the changing climate. 

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