Category: Spartanburg

CHRISTOPHER LeMASTER, JR.
Area Livestock & Forage Agent
Cherokee, Spartanburg, & Union Counties

Like much of the country, I’ve been thinking a lot about America’s upcoming 250th birthday. Here in Cherokee County, it’s hard not to. We have two nationally significant Revolutionary War battlefields—Cowpens National Battlefield and Kings Mountain National Military Park—right here in our backyard. Add in the recently opened Carolina Rising Museum, which highlights the important role South Carolina’s backcountry played in the Revolution, and there are plenty of opportunities to learn more about this important chapter of our nation’s history. 

I’ll admit, I’ve forgotten quite a bit since high school U.S. History, but it’s been fun to dive back into one of the most fascinating periods of our nation’s past. Of course, as a farmer and Extension agent, I couldn’t help but become especially interested in the pivotal role agriculture played in America’s fight for independence. 

South Carolina Was an Agricultural Powerhouse 

By the time the Revolution began in 1775, South Carolina had become one of the wealthiest colonies in British North America. That prosperity was built on agriculture. 

Rice and indigo were the colony’s signature cash crops, while timber, naval stores, livestock, and deerskins also contributed to a thriving export economy centered around the Port of Charleston. According to historian Dr. Walter Edgar, this agricultural wealth made South Carolina one of the most valuable colonies in the British Empire (Edgar, South Carolina: A History). 

It’s worth remembering that much of this agricultural wealth was made possible through the knowledge, skill, and labor of enslaved Africans, particularly in the cultivation of rice. Their influence remains evident today in South Carolina’s culture, cuisine, and the historic rice impoundments that now provide valuable wildlife habitat along the coast. 

Why Agriculture Mattered During the Revolution 

The British didn’t simply want to defeat the Continental Army—they wanted to regain one of their richest colonies. 

Agriculture made South Carolina strategically valuable because it provided: 

• Valuable exports like rice and indigo. 

• Food for both British and Patriot armies. 

• Horses, cattle, and other livestock needed to support military campaigns. 

• Timber and naval stores used for construction and transportation. 

Simply put, controlling South Carolina meant controlling valuable agricultural resources—a strategy that was important to both the British and the Americans. 

Armies depended on local food supplies. Livestock was seized. Crops were destroyed. Mills, roads, and river crossings became important military objectives because they controlled the movement of food and supplies. 

A Different Way to Celebrate 250 Years 

As we prepare to celebrate America’s 250th birthday, it’s worth remembering that our nation’s story wasn’t written only by soldiers and statesmen. 

It was also written by farmers. 

South Carolina’s fields helped build one of Britain’s wealthiest colonies, supported communities during years of conflict, and supplied resources that sustained armies on both sides of the war. Agriculture has always been more than an economic engine—it has been part of our state’s identity from the very beginning. 

One final thought. As I’ve read more about the Revolution, a few things have really stood out to me. First, the cost of independence was immense and brutal in America’s first civil war. These Americans endured hard times, and they were even harder people. My other takeaway is that agriculture has always been a matter of national security. Throughout history, without a secure food supply, no cause can endure. 

HEATHER NIX
Upstate Water Resource Agent

CHRISTOPHER LeMASTER
Area Livestock & Forage Agent

As we move into the warmer months, ensuring cattle have access to fresh, clean water is a primary management concern. Many producers rely on surface water sources; however, this practice introduces risks, most notably Harmful Algal Blooms (HABs), which can have rapid and fatal consequences for livestock. 

What are Harmful Algal Blooms (HABs)? 

 HABs include rapid overgrowths of cyanobacteria (formerly called blue-green algae) in water bodies. Unlike true algae, cyanobacteria can produce toxins that are harmful to humans, pets, and livestock. These blooms may appear as a “spilled paint” scum, pea soup, grass clippings, or thick mats on the water surface and can vary in color from blue to bright green to brownish-red. 

Effects on Cattle 

Cyanobacteria can produce over 1,000 types of poisonous compounds, known as cyanotoxins, which are released when the cells die and rupture. Cyanotoxins can attack the skin, liver, cells, or nervous system and can produce symptoms within minutes, days, or months following exposure. Health impacts depend on specific cyanotoxin(s), concentration, route of exposure (ingestion, contact, etc.), and length of exposure. Symptoms can vary widely, in livestock watch for skin rash or increased sensitivity to sun exposure, diarrhea, weakness, respiratory distress, muscle tremors, premature births, or fetal death.  

Prime Conditions for HAB Growth 

Cyanobacteria thrive when environmental conditions provide a “perfect storm” for growth: 

• Stagnant Water: Still or low-flow water, such as farm ponds or backwater areas. 

• Nutrient Rich: High levels of phosphorus and nitrogen, possibly from fertilizer runoff or direct manure input. 

• Warm Temperatures: Prolonged sunlight and warm water temperatures (above 77ºF) during warm weather. 

How to Monitor for HABs 

In 2025, the South Carolina Department of Environmental Services (SCDES) issued its first Recreational Watch after identifying toxin-producing HAB species in Lake Hartwell on April 30th, with the latest Recreational Advisory issued for Lake Thurmond on November 25th. Because of this wide window, producers should regularly inspect ponds and other water sources, especially on the downwind pond edges where wind and waves concentrate the blooms. 

• The Stick Test: If you can lift the algae out of the water with a stick, it is likely non-toxic filamentous algae. If it breaks apart and cannot be lifted or coats the stick like paint, it may be cyanobacteria. 

• The Jar Test: Place a water sample in a clear jar and refrigerate it overnight. If the algae floats to the surface, it is a strong indicator of cyanobacteria. 

• Submit a Sample: A Clemson University lab can confirm identification and provide management recommendations for $20 (in-state); samples can be dropped off at any county Extension office. Results typically take 7-10 business days. See Submitting an Algae Sample for Identification (https://hgic.clemson.edu/factsheet/submitting-an-algae-sample-for-identification/) for more information.  

Action Steps: Response and Recovery 

If you suspect a bloom is present, take immediate action to protect your herd: 

1. Remove Animals (and People): Immediately exclude livestock from the suspected water source using temporary fencing or by moving the herd to a different pasture. 

2. Provide Alternative Water: Ensure animals have access to a clean, reliable supply, such as well water or a municipal source. Note: Be aware that even “clean” sources can become contaminated if equipment (troughs, hoses, or buckets) has been exposed to the bloom. Be sure water (in troughs) is regularly refreshed and thoroughly clean and flush any shared infrastructure. 

3. Report to the Clemson HAB Response Team: Contact your local Livestock or Water Resource Agent immediately. Our statewide response team can assist with rapid sampling and positive identification to determine if the bloom is toxic. Having pictures of the pond (or water source) and a water sample (including potential HAB growth) may be helpful. 

References 

• Do It Yourself: Visual Indicators, Stick Test, and Jar Test for Cyanobacteria. (2022). Nix HB, Hains J, Sahoo D, & White SA. HGIC 1899. Home & Garden Information Center by Clemson Extension. https://hgic.clemson.edu/factsheet/do-it-yourself-visual-indicators-stick-test-and-jar-test-for-cyanobacteria/ 

• Harmful Algal Blooms: Prevention, Response, and Avoidance Manual (2023). Nix, H., Sahoo, D., White, S. A., Hains, J., & Busari, I. Clemson Cooperative Extension. https://dc.statelibrary.sc.gov/entities/publication/1daac8c5-90c7-4c58-a1f4-7189188c085a 

• Livestock Ponds in South Carolina. (2023). Davis RH, Nix HB, White SA, & Smith WB. LGP1156. Clemson University Land-Grant Press. https://lgpress.clemson.edu/publication/livestock-ponds-in-south-carolina/  

• Livestock Water Quality. Clemson University Land-Grant Press. 

• Submitting an Algae Sample for Identification. (2025). Nix HB, Hains J, Williamson M, & Low D. HGIC 1889. Home & Garden Information Center by Clemson Extension. https://hgic.clemson.edu/factsheet/submitting-an-algae-sample-for-identification/ 

Photo Credit: Emily Bores, SCDES 

CHRISTOPHER LeMASTER, JR.
Area Livestock & Forage Agent
Cherokee, Spartanburg, & Union Counties

Yesterday evening while feeding, I noticed a strong, warm breeze blowing from the south. A few minutes later, I spotted a couple of moths and caught one to take a closer look. It turned out not to be a fall armyworm moth, but it did remind me that these warm, humid weather patterns are often favorable for the northward migration of fall armyworm moths from their overwintering areas along the Gulf Coast and farther south. As we move further into summer, now is a good time to begin scouting pastures and hayfields. Early detection remains our best defense against significant damage.  

That doesn’t necessarily mean armyworms are here today, but it does mean it’s time to start paying attention. Early scouting is still our best defense against significant damage in pastures and hayfields. 

PRIME CONDITIONS 

As these weather patterns continue, producers should be on the lookout for signs of armyworm activity and regularly inspect fields for feeding damage and larvae. Clemson Extension recommends scouting during the cooler parts of the day, such as early mornings and evenings. A sweep net is one of the most effective scouting tools, but simply getting down in the forage and looking for larvae can also be effective. 

In addition to finding larvae, watch for signs of feeding damage such as chewed leaf material, ragged leaves, or forage that appears to have a frosted appearance. Producers should also be suspicious of increased bird activity, especially geese or cattle egrets concentrated in a pasture, as they are often feeding on armyworm larvae. 

HANDY WEATHER RESOURCES 

Since I was already thinking about weather, I should mention a resource I have been using quite a bit lately while trying to plan spray applications: agweather.com. The website was developed by Eric Snodgrass, a meteorologist with an agricultural background who has made a significant impact in the agricultural community through his weather analysis and outreach. We had the privilege of hearing him speak at Clemson a few years ago while he was with the University of Illinois, and I have found many of the tools on the website to be useful ever since. 

The site contains more information than I know what to do with, but I have found the local forecasts to be very accurate and especially appreciate the national radar maps. One feature I check frequently before spraying is the hourly forecast, particularly the wind speed and temperature inversion predictions. Those tools can help producers make safer application decisions and reduce the potential for pesticide drift. 

We are not endorsing or representing this website in any way, but it may be a useful resource for some of you as well. 

FOR MORE INFO 

For more detailed scouting and management recommendations, check out Clemson Extension’s blog on fall armyworm management. You can also join us next Friday at 12:00 p.m. for our Fall Armyworm and Bermudagrass Stem Maggot Webinar, where we’ll discuss identification, scouting strategies, treatment thresholds, and management options for the season ahead. 

Christopher LeMaster
Livestock & Forage Agent
Cherokee, Spartanburg, Union Counties

By 9:30 this morning, I had already received three phone calls about sweet vernalgrass taking over fescue pastures. 

On my drive to work, there is a hay field I pass regularly that tells the whole story. The field is a low-input field that is seldom fertilized, and over the last several years I have watched it slowly transition from mostly tall fescue to mostly sweet vernalgrass. 

That change did not happen overnight — and unfortunately, it will not be corrected overnight either. 

What Is Sweet Vernalgrass? 

Sweet vernalgrass was originally introduced as an ornamental grass because of its sweet, vanilla-like smell. Today, most livestock producers consider it a weed because it is simply unproductive. While livestock will graze it, it does not produce the forage volume or quality we expect from a productive fescue stand. 

Sweet vernalgrass also contains coumarin compounds, which are responsible for its characteristic sweet smell. Under certain conditions, particularly in improperly cured or moldy hay, those compounds can be converted by fungi into dicoumarol, a compound that can interfere with normal blood clotting. While this is generally not considered a major concern under normal grazing conditions, poorly cured hay containing high amounts of sweet vernalgrass may present a greater risk. 

Sweet Vernalgrass Is Often a Symptom 

Like many weeds, sweet vernalgrass is often an indicator species. 

When it begins to invade a pasture, it is usually telling us something about the condition of the field: 

• Soil pH may be too low 

• Fertility levels may be lacking 

• Most importantly, the fescue is not healthy enough to compete 

A thick, vigorous stand of tall fescue is the best defense against sweet vernalgrass. Healthy fescue simply does not leave much room for it to spread. 

Why There Is No Easy Fix 

At this point in the season, most sweet vernalgrass has already headed out. Because of that, there is really no benefit to trying to treat it now. 

Additionally, there are currently no labeled herbicides that will selectively remove sweet vernalgrass from a fescue stand without damaging the desirable forage. As is often the case, taking a grass out of a grass crop is difficult. 

That means our focus now needs to shift toward strengthening the fescue stand. 

Focus on Strengthening the Fescue 

As we move into the summer months, we want to place that fescue in the best possible position to survive heat and dry weather stress. Avoid overgrazing or cutting hay too short, as that only weakens the stand further and creates more opportunity for sweet vernalgrass to expand. 

Hopefully, we will receive timely rainfall this fall so producers can take advantage of fall fertility applications and promote strong fall, winter, and spring growth. Improving soil fertility and encouraging vigorous fescue growth will gradually help thicken the stand and improve competition against sweet vernalgrass. 

When Renovation May Be Necessary 

In fields with severe patches of sweet vernalgrass, some producers may consider spot-spraying affected areas with glyphosate during late winter or early spring while the sweet vernalgrass is actively growing and before seedheads emerge. 

Because glyphosate is non-selective, desirable forage in treated areas will also be affected, but in heavily infested patches there may be little productive fescue remaining to preserve. Following treatment, producers can focus on correcting soil fertility and reseeding those areas with desirable forage species during the fall. 

In some situations, producers may also need to evaluate whether partial renovation is enough or if complete renovation of the hayfield would be more effective long-term. 

Are other grassy weeds such as foxtail also becoming a problem? 

Oftentimes, the same low-input fields where sweet vernalgrass begins to gain an advantage on fescue are also the fields where foxtail becomes problematic later in the summer. Like sweet vernalgrass, foxtail presents another challenge because it is a grassy weed growing within a grass crop, leaving producers with limited herbicide options. 

When multiple grassy weeds are becoming established and desirable forage stands continue to thin, a complete renovation may sometimes be the most practical and economical long-term solution. 

Every Field Is Different 

There is no one-size-fits-all recommendation for sweet vernalgrass management. 

Renovation can be expensive, but continuing to manage a low-producing hayfield also carries a significant cost over time in reduced forage production and hay quality. 

Producers who are dealing with sweet vernalgrass issues are encouraged to contact their local Extension office so we can evaluate the situation on a case-by-case basis and discuss the most practical and economical options for their operation. 

Unfortunately, there is no silver bullet for sweet vernalgrass control. Long-term management comes back to the basics: proper fertility and maintaining a dense, healthy stand of fescue. 

CHRISTOPHER LeMASTER JR, Clemson Extension Livestock & Forages Agent 

After a dry spring, many producers are asking the same question: how do we make up lost forage? 

For a lot of operations this year, the answer is summer annuals. 

Why summer annuals? 

Summer annuals are fast-growing, high-quality forages that can help fill gaps when perennial systems fall short. In the Southeast, they’re typically planted from April through June and can be used for grazing, baleage, or hay. 

Under good conditions, they can produce 5,000 to 10,000 pounds per acre with 15%+ crude protein—a strong option coming out of a poor spring. They are an excellent alternative to the increased risk of fescue toxicity across the summer months. Of course, that still depends on rainfall and management. 

Even with risk, farmers are planting. 

This isn’t a low-risk move. 

Ongoing drought, elevated fuel and fertilizer prices make this a difficult decision. After looking at several extension enterprise budgets, some summer annuals could easily land in the $200/acre ballpark. However, doing nothing has a cost too! 

Start with your goal. 

Before planting, think about what you need most: 

• Dry hay – Possible, but challenging due to thick stems. Higher seeding rates and a mower conditioner can help. 

• Baleage – Strong option for hard-to-dry crops. Ensilation can also decrease nitrates 

• Grazing – A great way to stretch forage, improve cattle performance, and give Fescue pastures a break heading into fall and punch through the summer slump. 

Don’t overlook mixtures. 

Mixtures are getting more attention—and for good reason. 

Adding legumes can: 

• Reduce nitrogen needs 

• Maintain yield and quality 

• Improve soil health and resilience 

They can also help buffer against drought and extend the grazing season. Just keep in mind that herbicide options may be more limited. 

A quick word on risk 

Not all summer annuals handle stress the same. 

• Pearl millet offers good drought tolerance and avoids prussic acid risk (though nitrates are still possible). 

• Sorghum and sorghum-sudan can be high-yielding but require careful management due to prussic acid and nitrate concerns. 

• Crabgrass performs well but needs consistent moisture 

Final thoughts 

Summer annuals aren’t a silver bullet—but they can help bridge the forage gap after a dry spring. 

This isn’t an exhaustive list—just a starting point. 

If you’re trying to decide what fits your operation, reach out or check out our other forage resources. We’re happy to help you think through your options. 

Planning warm-season forages planting

Summer annual forages options for South Carolina

Summer annuals enhance Southeastern pastures

Christopher LeMaster, Jr.
Livestock & Forage Agent
Cherokee, Spartanburg, & Union Counties

We don’t usually associate tall fescue with nitrate toxicity in the spring. However, the current D3 drought conditions have changed the equation. This is not only a “summer problem,” but cool-season grasses—such as tall fescue or winter annuals—can pose a risk under these specific conditions.

If you applied high levels of nitrogen this spring to catch a flush of growth that never came, the risk in your fescue fields is real. Without rain, the plant couldn’t convert that nitrogen into growth. It simply accumulated in the lower portion of the plant. Now that we are finally seeing some rain, that “stuck” nitrogen is being pulled into the plant at a rapid rate.

The Spike

It is a common misconception that the danger passes as soon as the grass turns green again. In reality, research shows that nitrate levels typically spike 2 to 3 days after a drought-ending rain. This is the most dangerous window for your livestock.

• The One-Week Rule: While the spike is most acute in the first 48 to 72 hours, we recommend waiting at least one week before grazing or harvesting. This allows the plant time to resume normal metabolism and begin “growing out” of that initial nitrate flush.
• Hay is “Locked In”: Nitrates do not dissipate in dry hay. Once your mower hits the field, you are locked in at that nitrate level forever.
• Silage/Fermentation: If you are putting up high-moisture forage or baleage, the fermentation process can reduce nitrate levels by 40% to 60%, but this should still be verified with a test.

Don’t Guess—Test

If you have fields with a high nitrogen history that are currently recovering from drought, I strongly recommend sampling the standing forage before you cut.

• Get a Representative Sample: Take “grab samples” from multiple areas of the field, specifically focusing on the lower portions of the plant where nitrates concentrate.
• Utilize the Lab: Bring your samples to your local Extension Office or send them directly to the Agricultural Service Laboratory. They can provide a precise analysis of nitrate-nitrogen levels.
• Check the Backlog: We may also consider testing outside of that initial one-week window. Once the plant has had time to work through the backlog of accumulated nitrogen, a follow-up sample can confirm if the forage has returned to an acceptable or safe range for harvest.

Next Steps

If your test results come back with an elevated nitrate level, we can work on a plan to safely manage that forage. Whether that means diluting the feed with other forages, adjusting your grazing strategy, or simply waiting a few more days for the plant to balance out, there are ways to keep your herd safe.

Have questions about how to pull a proper sample or interpret your lab results?
Reach out to your local livestock and forage agent today.

Spray or Delay?

Spring arrived ahead of schedule this year, catching many producers off guard with the advanced maturity of our common winter weeds. While most of these species are typically easy to control when targeted at the correct growth stage, the recent unseasonal warmth has given them a significant jump start. Now, many of us are looking at advanced weeds and wondering: should we spray now or delay?

The Current Challenge

However, even the best-laid plans are subject to the weather. The lack of rainfall of this past fall persisted through the winter and into the spring, complicating management decisions.

The Trade-Off: Chemical Power vs. Plant Maturity

It’s tempting to look at a field of mature henbit and mustard and want to reach for a heavy hitter. Many would agree that a strong residual herbicide—such as those containing aminopyralid (like GrazonNext® HL)—would work even on these mature plants.

While you are likely right about the efficacy, we must factor in the maturity of the forage stand. Most high-powered herbicides require the grass to have at least three leaves and a healthy root system before application. This particular stand was just barely above that maturity threshold, and it seemed risky given the current drought conditions and warmer temperatures.

The “Mow vs. Spray” Decision

Beyond plant maturity, there is the critical factor of residual restrictions. Herbicides containing aminopyralid carry a significant restriction: the hay cannot be sold off the farm for 18 months. For many hay growers, this necessitates a non-residual herbicide approach.

However, at this stage of maturity, a non-residual option like 2,4-D would not provide adequate control. By this point, much of the damage—the robbing of water, sunlight, and fertilizer—has already been done by these mature weeds. While it is always satisfying to spray and watch the weeds curl and die, the current drought makes it a real challenge; we need actively growing weeds for maximum herbicide uptake.

In this case, the decision was made to wait and mow the field at a high height. This strategy offers several benefits:

• Stimulating Growth: Set the mower high to encourage some regrowth and tillering while also avoiding the energy reserves and some canopy.
• Nutrient Cycling: It leaves the nutrients in the field to break down rather than removing them in a hay crop.
• Recovery Time: A traditional hay crop is often cut shorter and later in the season, which wouldn’t allow the plant to rebound as quickly before the summer months.

Looking Ahead: Planning for Next Season

The main goal of this situation was to prepare and protect the plant for its biggest hurdle yet: summer. The fescue needs maximum root development to survive the heat and lack of rain.

As we plan ahead for next season, it’s important to remember that many of these winter weeds can be successfully controlled much earlier. Targeting them in the fall, or even during late February and early March, allows for better control while the weeds are small and before they’ve had a chance to rob your forage of vital resources.

Moving forward, they are shifting to a more rigorous weed scouting program. By catching the summer weeds as they emerge, we can ensure they are controlled efficiently and cost-effectively.

As with anything, there is no one answer that fits for everybody. Spraying may still be the best option for your situation. Feel free to reach out, and let’s discuss a plan.

Christopher LeMaster
Area Livestock & Forages Agent
CLEMAST@CLEMSON.EDU

Andy Rollins
Commercial Horticulture Agent
Spartanburg County

I will also continue my work on thinning peaches using Ethylene. I have experienced difficulty thinning varieties such as Scarlet Prince and July Prince. To address this, I will use a two-pronged approach: thinning during bloom with Ammonium Thiosulfate (ATS), followed by thinning at the fruitlet stage with Ethephon 2 SL. Peach growers currently rely on hand thinning, which is the most expensive labor input in peach production. This makes the development of effective chemical thinning strategies especially important for peach growers in the Upstate of South Carolina.

My final spring training for Upstate vegetable growers will be held on March 12.

Laura Haddon
4-H Agent
Spartanburg County

One of the four H’s in 4-H stands for “Hands to Larger Service”.  Spartanburg 4-H members, parents and volunteers stay busy serving our local community throughout the year.

Our youth have a sweet friendship with the residents at Restoration Senior Living.  Teen Council can be found there several evenings throughout the year playing an exciting game of BINGO.  A Gingerbread House competition has become an annual holiday tradition of our Homeschool Club.  They bring the supplies, construct the houses on site, much to the residents’ enjoyment, and then the residents pick the winners!  Other youth have planted a pollinator garden and enjoyed a “Slip and Slide” event to cool off during the summer months.

In addition to serving the older members of our community, Spartanburg 4-H collects hygiene supplies for the Miracle Hill Rescue Mission in Spartanburg.  Our youth collect individual supplies and pack them into gallon-sized resealable bags and include an encouraging note to the recipients.

As the Spartanburg 4-H Agent, I get to observe this kindness, compassion, and generosity up close and am blown away by how eager our youth are to help their neighbors and keep their pledge to use their hands for larger service!

Margaret Estridge
Rural Health & Nutrition Agent
Cherokee, Spartanburg, & Union Counties

As the new Rural Health & Nutrition Agent, I have been working to build relationships with high priority communities in Spartanburg County as well as beginning to provide health and nutrition programming with organizations such as Spartanburg County Vocational Rehabilitation, Summit Hills Senior Living, and Project R.E.S.T.

Additionally, I have been training to facilitate three programs: Health Extension for Diabetes, Keys to Diabetes and Better Health and Growing Health. I have been meeting with organizations such as Spartanburg Regional Hospital System’s Diabetes Management program and Heart Wellness Program and P.A.L. to enhance program promotion and partnership as well as St. Luke’s Free Medical Clinic for programming opportunities in 2026.

If interested, please call or email Margaret Estridge at 864.795.0101 or mbarest@Clemson.edu if interested in Health Extension for Diabetes, an 8-session series for those diagnosed with diabetes or Keys to Better Health and Diabetes, which is a one-hour health lesson for anyone interested in learning more.

I am excited to facilitate four sessions of Growing Health this year at the Spartanburg County Extension office alongside Horticulture Agent, Nicole Goodman. This free course teaches individuals about specific vegetables from seed to table and allows participants to take materials with them to grow their own veggies.

Eventbrite links: (all classes are from 10:00am-11:00am)

March: https://www.eventbrite.com/e/growing-health-registration-1968262764914?aff=oddtdtcreator

April: https://www.eventbrite.com/e/growing-health-registration-1967905867424?aff=oddtdtcreator

May: https://www.eventbrite.com/e/growing-health-registration-1967928256390?aff=oddtdtcreator

July: https://www.eventbrite.com/e/growing-health-registration-1967932867181?aff=oddtdtcreator