Take Action Against Single-Use Plastic Pollution in Asheville and Buncombe County

Plastic pollution: we’ve all seen it littered on the side of the road, blowing in the wind, floating down rivers and streams.

Plastic pollution is a global problem, but we all have to be part of the solution. Together, we can stop plastic pollution at its source. Let’s enact common-sense laws at the state and local levels to limit the use of single-use plastics before they end up as litter in our rivers, lakes, and streams.

Take action against single-use plastic pollution in Buncombe County

Our water quality testing concludes that microplastic pollution is widespread throughout the French Broad River Basin and other Western North Carolina waterways. Together, we can stop plastic pollution at its source. That’s why we’re working with nonprofit partners to implement a single-use plastic ban in Buncombe County. We can and should enact common-sense legislation at the local level to limit the use of single-use plastics before they end up as litter and microplastic pollution in Buncombe County’s rivers, lakes, and streams. Visit the Plastic-Free WNC website to learn more about our plastics-focused work in Western North Carolina and Buncombe County.

Plastic-Free WNC

MountainTrue Watershed Outreach Coordinator Anna Alsobrook clearly remembers the day she and French Broad Riverkeeper Hartwell Carson were confronted with the dismal reality of the plastic pollution crisis: “It was the final straw — figuratively and literally. A few years ago, Hartwell and I were paddling the Swannanoa River. Plastic was everywhere — thousands of plastic shopping bags littered the trees around us, and plastic bottles floated in the river like rafts of ducks. These weren’t new sights for us by any means, but they were the ultimate kick in the gut to start making more permanent changes to protect our rivers and streams.”

Want to join us in taking a stand against plastic pollution in Buncombe County? Add your voice below:

Microplastic pollution is widespread throughout the waters of Western North Carolina

Testing by MountainTrue shows that microplastics are present throughout the Broad, French Broad, Green, Hiwassee, Little Tennessee, New River and Watauga River Basins.

Western North Carolina — Regional conservation organization MountainTrue has documented the high levels of microplastics in surface water samples collected from waterways throughout western North Carolina. Microplastics are pieces of plastic smaller than 5 millimeters that are the result of the breakdown of larger plastic litter and debris into smaller and smaller pieces. They are harmful to aquatic life and are considered a potential threat to human health.

MountainTrue collected and analyzed water samples from the Broad, French Broad, Green, Hiwassee, Little Tennessee, New River and Watauga River Basins. We found microplastics in every sample from every region, even in otherwise pristine areas and protected watersheds. We documented an average of 19 particles of microplastic per liter of water across all tested watersheds. The highest particle counts of microplastics were found in the Little Tennessee (37 particles/liter) and Hiwassee (30 particles/liter) watersheds. Even in watersheds with lower levels of microplastic contamination, there were testing sites with concentrations in the high twenties and thirties.

Watershed	Avg no. of microfibers per liter	Avg no of microbeads per liter	Avg. no of microfragments per liters	Avg. no. of microfilms per liter	Avg no. of all microplastics per liter
Broad River	12	1	5	6	24
French Broad River	7	0	4	5	16
Green River	20	0	5	2	27
Hiwassee River	18	0	2	10	30
Little Tennessee River	29	1	3	5	37
New River	20	0	3	6	29
Watauga River	14	0	0	3	17
All Watersheds	12	0	2	5	19

Microfibers, which come from synthetic clothing and fishing line, was the most common form of microplastic that we observed. Microfilms, which degrade from plastic bags and food wrappers, accounted for more than a quarter of microplastics recorded.

There have been significant amounts of microplastics research in marine systems, but microplastics in freshwater systems have been less studied overall. MountainTrue’s study is one of the first to look at levels across western North Carolina in order to gain a general understanding of the amount of microplastics in our water. MountainTrue is partnering with the Waterkeeper Alliance on a state-wide study for all of North Carolina.

Microplastics can enter the environment as plastic litter degrades, in runoff from landfills, and through discharges from wastewater treatment plants. Once in the environment, they can travel for thousands of miles suspended in water or carried by the wind.

MountainTrue is partnering with businesses in Hendersonville to help them shift their operations away from single-use plastics toward reusable bags and compostable utensils and packaging through the Working to be Plastic Free partnership. In Buncombe County and the Town of Boone, MountainTrue is advocating for local ordinances that would encourage the use of reusable shopping bags by replacing single-use plastic bags with paper bags and charging a 10 cent fee that would be waived for shoppers enrolled in the SNAP or WIC programs. To learn how you can support these efforts visit plasticfreewnc.com.

“The first step to stop the contamination of our environment and our bodies is to reduce the amount of plastic that enters and escapes the waste stream,” explains Anna Alsobrook, MountainTrue’s French Broad Watershed Outreach Coordinator. “And that starts by breaking our dependence on single-use plastics like plastic grocery bags and fast food utensils and packaging.”

Microplastics are inadvertently ingested by fish and other aquatic organisms causing microplastics to be transferred throughout the food web. Researchers have found that microplastic ingestion can negatively affect freshwater fish through physical complications of passing plastic through the gut or false satiation. Microplastics can also leach harmful chemicals like plasticizers and additives into the organs of fish. The chemicals have varying effects on fish changing feeding rates, development and survival. Much of the research is focused on centrarchids. Centrarchids are the family of sunfish, and they are a sentinel species, so they are often used to detect risks to humans by providing advance warning of danger.

People consume microplastics in contaminated food and water, and by breathing them in. Microplastics have been found in seafood, salt, tap water and even in bottled water. It is estimated that, globally, people ingest an average of five grams, or the equivalent of a credit card, worth of plastic every week.

The effects of plastic pollution on human health is the subject of a growing body of research. A study has found microplastics small enough to be carried in the bloodstream in the placentas of pregnant mothers. Other research has shown that microplastics cause damage to human cells, including cell death and allergic reactions, at levels known to be consumed in food.

Other research has shown that it’s not just the plastics, but also the additives used to make them can have a harmful effect on human health. Phthalates, which are a family of chemicals used in food packaging, are known endocrine disruptors that harm the reproductive and nervous systems and have been linked to higher rates of childhood asthma and other respiratory conditions. Styrene, which is used to make styrofoam cups, food containers, and disposable coolers, leaches into the food and drinks they hold and from landfills into drinking water. The World Health Organization has classified styrene as a probable human carcinogen.

“These plastics can persist in our environment for hundreds if not thousands of years,” says Anna Alsobrook. “The more we learn about what plastics and the chemicals used to make them are doing to our environment and to our bodies, the clearer it becomes that we need to take action now.”

Plastic-Free WNC

Plastic pollution: we’ve all seen it littered on the side of the road, blowing in the wind, floating down rivers and streams. Plastic pollution is a global problem, but we all have to be part of the solution.

Watauga Riverkeeper Andy Hill on plastic pollution: “We’ve spent years conducting river cleanups, engaging hundreds of volunteers and partner organizations. We spend a lot of time on the Watauga, New, and Elk Rivers collecting water samples, planting trees, and tracking pollution. I thought we had a good handle on the plastic problem. A watershed change and paradigm shift for how I considered the issue came about when we partnered with the Town of Boone and Asheville Greenworks to install a passive litter collection device known as a Trash Trout. The data we began collecting on the type and amount of single-use plastics — including styrofoam and other littered items — truly blew us away.”

MountainTrue Watershed Outreach Coordinator Anna Alsobrook clearly remembers the day she and French Broad Riverkeeper Hartwell Carson were confronted with the dismal reality of the plastic pollution crisis: “It was the final straw — figuratively and literally. A few years ago, Hartwell and I were paddling the Swannanoa River. Plastic was everywhere — thousands of plastic shopping bags littered the trees around us, and plastic bottles floated in the river like rafts of ducks. These weren’t new sights for us by any means, but they were the ultimate kick in the gut to start making more permanent changes to protect our rivers and streams.”

Following their experience, Anna and Hartwell started researching the plastics industry. The more they learned, the more they disliked. The strategy of the plastics industry is akin to the tobacco industry — both forced themselves on unsuspecting populations, fully aware of their products’ adverse health and environmental impacts. Both marketed themselves as “cool” and continue to disproportionately burden our most vulnerable populations with hazardous health concerns.

Cigarette usage has been on the decline since the tobacco industry’s regulation. The plastics industry, to this point, has gotten a free pass. Wrapped up in the oil and gas industry, Big Plastic is cozy with the idea of buying politicians and bullying consumers into buying their products. With few sustainable, affordable, and accessible plastic alternatives, we — the general public — remain Big Plastic’s captive audience.

Some places have started implementing their own rules on plastic — eight states have implemented their own single-use plastic bans, along with 345 municipalities across the nation. We at MountainTrue want to follow their lead, hopefully inspiring others to do the same. We based our proposed ordinance on the various successes of existing single-use plastic bans. It’s intended to mitigate plastic pollution in Western North Carolina by addressing the single-use plastic problem at its source.

Now, let’s get into the details:

We begin the ordinance with a whole slew of “Whereases” — a standard practice in bills and ordinances. Our Whereases spell out atrocities of the polluted reality perpetuated by the plastics industry: a reality characterized by environmental injustice, rife with increasingly negative impacts on human and environmental health.

The ordinance’s first section defines key terms and concepts, like what makes an item single-use, compostable, reusable, etc. We based these definitions on best practices across the country.

The following sections are the figurative meat of the ordinance:

Section two details prohibitions on:

Polystyrene as a primary chemical additive in styrofoam food and beverage containers
Plastic shopping bags at points of sale
Plastic stirrer sticks and splash guards
Plastic straws (we recommend a request-only policy, though nursing homes and hospitals are exempt from this policy)

Some items in this section have built-in exceptions: the ban on plastic shopping bags excludes bags used for produce, bulk items, meats, seafood, flowers, small hardware, live animals (like fish or insects), dry cleaning, or hotel-provided laundry bags. It also excludes yard waste, pet waste, and garbage bags.

With the ban on plastic shopping bags at points of sale, we hope to encourage people to bring their own bags to the store. But, people are human and will forget sometimes. To cover those times, stores can provide paper bags for a fee of $0.10 each. They can also offer reusable bags for sale at checkout. Some locations already provide empty cardboard boxes for customers to use, and that’s ok too. The purpose of the paper bag fee is to discourage customers from relying on paper bags — which have their own environmental impacts — each time they shop. Anyone with SNAP or WIC benefits will be exempt from the fee.

Section four highlights our proposed bans on disposable plastic service ware. The ban differentiates dine-in versus take-out operations. We recommend that no disposable plastic service ware be provided for dine-in customers and encourage businesses to provide reusable service ware instead. Should a business lack the dishwashing capacity to provide reusables, they are exempt and can provide alternative sustainable service ware. We recommend businesses provide no disposable plastic service ware for take-out operations and instead provide sustainable service ware at the customer’s request.

The next sections highlight the ordinance’s implementation and enforcement criteria:

From the passage of the ordinance, businesses will have a set amount of time to source new sustainable alternatives and exhaust their current stocks of and contracts for single-use plastics. Businesses that fail to comply with the ordinance after that period will face penalties of $100 for a first offense, $200 for a second offense, and $500 for a third offense.

You can read our proposed ordinance in its entirety here.

Together, we can stop plastic pollution at its source. Let’s enact common-sense laws at the state and local levels to limit the use of single-use plastics before they end up as litter in our rivers, lakes, and streams. Visit our Plastic-Free WNC site to learn more and take action against plastic pollution in WNC. And join us at 7 p.m. on January 26 for our virtual screening of The Story of Plastic.

Swim Guide Watershed Report: Upper French Broad, Green & Broad River Watersheds

While the past year has been unkind to the French Broad River, the Green River Watershed — a headwater tributary of the Broad River — had a great year. Alternatively, the larger Broad River Watershed’s 2020-2021 highlight reel is less glamorous, but we’re happy to report commendable water quality improvement across this important watershed.

We’ll split this blog post into three sections, starting with a summary of our upper French Broad River Watershed data. Then, we’ll discuss the data we collected across the Green River and greater Broad River Watershed, summarize the good and bad news for each, and spotlight the water testing sites with the lowest and highest bacteria counts. We’ll conclude with achievable solutions for the future and a call to action so you can continue to help us protect the places we share.

Before we dive into our water quality summary, let’s review important terminology to help us better understand the data our Riverkeepers, volunteers, and Clean Waters teams worked so hard to collect, analyze, and report. Cfu, or colony forming unit, is a data metric scientists use to estimate the number of microbes present per 100 milliliters of a singular water sample. Microbes (also known as microorganisms) include bacteria, algae, and fungi. Like most things, some microbes are good for human health and some aren’t. We test for E. coli bacteria because it’s the best indicator for the presence of microbes that pose threats to human health.

According to the US Environmental Protection Agency (EPA), 235 cfu/100mL is the safe standard for primary recreational waters, where people are most likely to engage in recreational activities involving underwater immersion and potential water ingestion.

First, let’s talk about the Upper French Broad River

About Our Swim Guide Program

Swim Guide is an international program used by Riverkeepers and other advocates to provide up-to-date recreational E. coli data for beaches, lakes, and rivers worldwide. E. coli is a bacteria found in the fecal waste of warm-blooded animals, including humans, and indicates contamination in our waterways. E. coli levels increase with rainfall events due to surface runoff and sewer overflow events.

Samples are collected every Wednesday from Memorial Day to Labor Day. Volunteers collect surface water samples in a 100mL sample bottle and drop samples off at the lab, to be processed by MountainTrue staff. Results from samples are measured in MPN, the most probable number of colony-forming units (cfu). The EPA’s limit for recreational water quality is 235 cfu/100mL. The EPA estimates at that concentration, 8 in 1,000 people will contract an illness.

Pass/Fail results are updated every Friday on www.swimguide.org to inform the public about local water quality. We use the data generated from our Swim Guide Program to identify sites for follow-up sampling. We sample in both urban and rural areas. Determining the location and source of E. coli in our waterways is one way we can hold polluters accountable.

News headline: Upper French Broad Bedevilled by Bad Bacteria

The French Broad’s turbulent history with E. coli is well-known among watershed locals. Our two new testing sites along the upper French Broad at Lyons Mountain and Island Ford secured the top spots for worst water quality and highest bacteria count.

In Henderson County, Mud Creek at Brookside Camp Road experienced slight improvement from 2020 to 2021, but remains one of the worst sites we sample with an average E. coli count of 1535 cfu/100mL. Our data suggests a mix of animal agriculture, septic failures, and sewer overflows are the primary sources of E. coli pollution in Mud Creek.

The week of July 28 proved to be the summer’s worst. Just 23% of our French Broad River testing sites passed the EPA’s 235 cfu/100mL safe standard for primary recreational waters.

For more information about the larger French Broad River Watershed, check out this blog post.

Let’s move on to the Green River Watershed.

Good news headline: Green River Watershed Report Concludes ‘It’s Actually Pretty Easy Being Green’

We’re happy to report the past year saw the Green River Watershed boast no worst sites. With the exception of the week of August 18 during Hurricane Fred, all seven testing sites routinely passed the EPA’s safe standard throughout the summer.

Overall, the Green River’s water quality remains excellent for recreational users and fares much better than the French Broad River’s water quality. Out of 98 total samples, only nine failed to pass the EPA’s safe standard. Our data shows the Green River was clean 90.8% of the time we sampled it this summer.

Bad news headline: Rains of Climate Change Pose Threats to Overall Clean Green River

Users of the Green River Watershed enjoy a largely clean present. Still, the future is less certain with the potential for negative changes due to heavier summer rains. This summer saw Hurricane Fred wreak havoc across the watershed in mid-August, immediately resulting in poorer water quality. With an average value of 951.9 cfu/100mL per site, the week of August 18 proved to be the summer’s worst with six out of seven testing sites failing to pass the EPA’s safe standard.

Stormwater runoff pollution remains a formidable threat to the Green River Watershed and the whole of the Southern Blue Ridge. Without immediate and direct action, the Green River’s water quality will suffer as higher annual amounts of stormwater runoff enter the watershed due to climate change.

Now, let’s discuss the state of the Broad River Watershed.

Good news headline: Broad River Somewhat Less Bacteria-laden in 2021 than 2020

Sampled weekly from Memorial Day to Labor Day, our data concludes slight water quality improvement at all nine testing sites across the Broad River Watershed in both Rutherford and Cleveland counties from 2020-2021. We’re happy to say that the river continues to be a safe, reliable recreation spot.

Cleveland County’s Moss Lake maintains the title of best testing site, passing the EPA safe standard 100% of the time over the past two years.

Bad news headline: Development and Manure are Broad River’s Biggest Bacteria Blunders

Buffalo Creek has remained our worst testing site for two years, failing to pass the EPA’s safe standard 81% of the time. The high bacteria concentrations in Buffalo Creek are attenuated in Moss Lake, just 15 miles upstream. The nutrients associated with Buffalo Creek’s high bacteria levels continue to pose a risk for algal blooms in Moss Lake. Not all algal blooms are dangerous, but those with the potential to form in Moss Lake would pose a severe risk to water quality and surrounding biodiversity.

Lake Lure and the Rocky Broad have mixed testing results. Coupled with existing agriculture, ongoing development surrounding the Rocky Broad is likely causing an increase of bacteria-laden runoff during rain events.

Data from our two testing sites along the First Broad River indicate that the water is unsafe for recreation roughly 33% of the time. Poor agricultural practices like inadequate stream buffers and abundant cow and poultry manure in the river are the likely sources for the First Broad’s high E. coli levels.

Let’s wrap up our water quality discussion with two future news headlines:

1) Governments Must Step in to Mitigate Green River’s Worsened Water Quality

Existing stormwater infrastructure is outdated and inadequate. Local and state government action is needed to protect the Green River’s water quality from threats posed by climate change.

2) Remedying Broad River’s Bacteria Problem with Sound Policy, Infrastructure and Agriculture Investments

Despite incrementally improved water quality at each testing site, data collected from the Broad River Watershed still produced less than ideal results. The prevalence of E. coli in the watershed illuminates a dire need for workable solutions to lackluster development policies, poor agricultural practices, and deficient stormwater infrastructure.

Moving forward, MountainTrue will:

Encourage government officials to implement policies addressing land use and development impacts and make worthy investments to improve existing stormwater infrastructure.
Continue to monitor sites of most concern while aiming to pinpoint and eliminate sources of E. coli pollution at our newest testing sites in the near future.
Further develop valued relationships with community members to combat threats posed to water quality by poor animal agriculture practices.

Want to learn more about our efforts to bring about clean water for all? Check out our ILoveRivers webpage and join MountainTrue’s dedicated community of volunteers to help us protect the places we share.

Swim Guide Watershed Report: French Broad River

In the past year, the French Broad River Watershed experienced a range of highs and lows (we’re talking about bacteria counts, folks!). We’ll start with the good news, including which water testing sites had the lowest bacteria counts across the watershed. Then, we’ll give you the year’s bad news by spotlighting sites with the highest bacteria counts. We’ll conclude with achievable solutions for the future and a call to action so you can continue to help us protect the places we share.

Before we dive into our water quality summary, let’s review important terminology to help us better understand the data our Riverkeepers, volunteers, and Clean Waters teams worked so hard to collect, analyze, and report. Cfu, or colony forming unit, is a data metric scientists use to estimate the number of microbes present per 100 milliliters of a singular water sample. Microbes (also known as microorganisms) include bacteria, algae, and fungi. Like most things, some microbes are good for human health and some aren’t. We test for E. coli bacteria because it’s the best indicator for the presence of microbes that pose threats to human health.

According to the US Environmental Protection Agency (EPA), 235 cfu/100mL is the safe standard for primary recreational waters, where people are most likely to engage in recreational activities involving underwater immersion and potential water ingestion.

Good news headline: French Broad Whitewater Sites Experience Applaudable Improvement in 2021

The French Broad in Madison County was cleaner this summer than in past Swim Guide seasons. Whitewater sections at Stackhouse, Hot Springs, and Big Laurel were some of the best testing sites. These sites routinely passed the EPA’s 235 cfu/100mL safe standard, improving from 2020-2021. Another popular whitewater section — the Pigeon River in Hartford, Tennessee — was clean all summer, with most weeks showing an E. coli count of zero.

Most of our testing sites experienced slight improvement this year compared to 2020’s testing results. This is likely due to less rainfall during the Memorial Day to Labor Day sampling season.

Bad news headline: French Broad Besieged by E. coli as Bacteria Battle Babbles on

About Our Swim Guide Program

Swim Guide is an international program used by Riverkeepers and other advocates to provide up-to-date recreational E. coli data for beaches, lakes, and rivers worldwide. E. coli is a bacteria found in the fecal waste of warm-blooded animals, including humans, and indicates contamination in our waterways. E. coli levels increase with rainfall events due to surface runoff and sewer overflow events.

Samples are collected every Wednesday from Memorial Day to Labor Day. Volunteers collect surface water samples in a 100mL sample bottle and drop samples off at the lab, to be processed by MountainTrue staff. Results from samples are measured in MPN, the most probable number of colony-forming units (cfu). The EPA’s limit for recreational water quality is 235 cfu/100mL. The EPA estimates at that concentration, 8 in 1,000 people will contract an illness.

Pass/Fail results are updated every Friday on www.swimguide.org to inform the public about local water quality. We use the data generated from our Swim Guide Program to identify sites for follow-up sampling. We sample in both urban and rural areas. Determining the location and source of E. coli in our waterways is one way we can hold polluters accountable.

The French Broad’s long and sometimes stinky history with E. coli is no secret to watershed locals. Our riverkeepers, volunteers, and Clean Waters Teams kept keen (but not pink!) eyes out for harmful strains of this belligerent bacteria while conducting water quality tests at 40 sites across the French Broad River Watershed.

We added two new testing sites along the French Broad in Transylvania County at Lyons Mountain and Island Ford this year. Unfortunately, both sites’ water quality and bacteria count ranked among the worst. Our testing site in South Asheville’s Shiloh community secured the worst spot with a season average of 3393 cfu/100mL.

Hominy Creek in West Asheville remains an E. coli haven. Through separate DNA sampling, we’ve been able to identify cow and human waste as the top sources of E. coli in Hominy and Mud Creeks. At the same time, sewer overflows also negatively impact the latter. While Mud Creek at Brookside Camp Road experienced slight improvement from 2020 to 2021, it remains one of the worst sites we sample with an average E. coli count of 1535 cfu/100mL.

The week of July 28 proved to be the summer’s worst. Just 23% of the sites passed the EPA’s safe standard with 1283 cfu/100mL as the average value per site.

Future news headline: Staving off the French Broad’s Bacteria Pollution to Save Water Quality

While we saw a slight improvement this year, there’s much work that needs to be done to reduce bacterial pollution in the French Broad River. We’re advocating for additional funding for County Soil and Water Conservation Districts to help farmers implement additional best management practices, like keeping livestock out of waterways and installing stream buffers to mitigate harmful, bacteria-laden runoff. We believe these solutions will significantly improve water quality at Hominy Creek and other agricultural areas, engendering a free-flowing domino effect that will positively impact other French Broad River Watershed sections.

Moving forward, MountainTrue will:

Continue to monitor sites of most concern while aiming to pinpoint and eliminate sources of E. coli pollution at our newest testing sites.
Leverage our connections with city, county, and state officials while further developing valued relationships with community members to combat threats posed to water quality by animal agriculture, faulty wastewater infrastructure, and septic failures.

Want to learn more about our efforts to bring about clean water for all? Check out our ILoveRivers webpage and join MountainTrue’s dedicated community of volunteers to help us protect the places we share.

Join Us for an Annual Member Gathering in Your Area!

We are excited to be gathering in person this year to connect with our members, celebrate our MountainTrue Award winners, and see each others’ smiling faces!

Each year, MountainTrue hosts a gathering of our members to recognize and honor outstanding volunteers, vote on new board members, and reflect on a year of hard work and accomplishments. Due to the COVID resurgence, we are holding four separate outdoor events — one in each region — in order to reduce the size of our crowd and to protect the safety of others. All attendees are required to be vaccinated. We hope you can join us. If you have questions about any of these events, please contact Susan Bean at susan@mountaintrue.org. Registration is accessible below for both the High Country and Central Region events.

Check here to confirm that your membership is current, and if you are not a member you can join or renew when you RSVP!

Vaccination Required

Due to the high rate of COVID infections and hospitalizations across our region, we are requiring that all attendees be fully vaccinated in order to participate. Please come prepared to show proof of vaccination when you arrive. If you are not vaccinated, you will have an opportunity to vote for new and returning board members online.

October 7th – High Country Region
Valle Crucis Community Park in Banner Elk, NC
4:30 PM – 6:00 PM

Register

October 20th – Western Region
Big Bear Pavilion in Downtown Franklin, NC
4:30 PM – 6:00 PM

Register

October 26th – Southern Region
Guidon Brewing Company in Hendersonville, NC
4:30 PM – 6:00 PM

Register

October 28th – Central Region
HiWire Brewing Bier Garden in Asheville, NC
4:30 – 6:00PM

Register