Spring in North Georgia is a time of transition. As the landscape bursts into green and pastures begin to recover, it’s easy to assume your cattle’s feeding needs are covered. However, for cattle producers, this season presents a unique set of nutritional challenges. The “spring green-up” doesn’t immediately translate to high-quality forage, making a reliable supply of good hay essential for maintaining herd health and productivity.

At J & J Hay Farms, we have spent years working with North Georgia farmers, understanding the specific demands of this transitional period. This guide will explore the importance of hay for cattle in the spring, the best types of hay to use, and how J & J Hay Farms provides the dependable forage solutions you need to bridge the nutritional gap and set your herd up for success.

The Spring Pasture Problem: Why Hay is Still King

The sight of new, lush green grass is exciting, but this early spring forage can be deceptive. It’s often high in water content and low in the dry matter and fiber that cattle need for proper rumen function. This can lead to a condition known as “grass tetany” if not managed correctly and can cause cattle to lose body condition despite having full bellies.

This is where supplemental hay becomes critical. Providing quality hay for cattle in North Georgia during the spring ensures they receive the necessary fiber to slow down digestion and properly absorb nutrients from the new grass. It acts as a balance, preventing digestive upset and ensuring a smooth transition from a winter hay diet to a summer grazing one. For spring-calving herds, this consistent nutrition is even more vital for the health of both the cow and her calf.

Choosing the Right Hay for Your Herd This Spring

Not all hay is created equal, especially when it comes to supplementing spring pasture. J & J Hay Farms offers a variety of high-quality forages perfectly suited for the needs of North Georgia cattle producers.

Bermuda Grass Hay

Bermuda grass is the workhorse of hay in our region for good reason. It provides an excellent source of the effective fiber that cattle need to complement lush spring grass.

• Nutritional Benefits: When harvested at the right maturity, Bermuda hay offers good energy and protein levels. Its fiber content promotes healthy rumen activity, helping to prevent the scours that can come from a diet too rich in watery new grass.
• Availability: As a staple at J & J Hay Farms, we ensure a consistent supply of quality Bermuda hay in both round and square bales, allowing you to choose the format that works best for your operation.

Fescue Hay

Predominant in many North Georgia pastures, fescue hay is another excellent option. It is a cool-season grass that provides a strong nutritional profile.

• Benefits for Cattle: Fescue hay is highly palatable and provides a balanced diet that supports body condition maintenance and milk production in calving cows.
• J & J Hay Farms Quality: We manage our fescue fields carefully to produce clean, high-nutrient hay that your cattle will thrive on.

J & J Hay Farms: Your Partner in Cattle Nutrition

We are more than just hay suppliers; we are fellow farmers committed to supporting the agricultural community in North Georgia. We understand the challenges you face, which is why we offer flexible and reliable solutions for all your forage needs.

Round Bales and Square Bales

Every farm has a different system. Whether you prefer the efficiency of feeding large round bales in pasture feeders or the convenience of handling smaller square bales in the barn, we have you covered. Our commitment to quality means every bale, regardless of size, meets our high standards for nutrition and cleanliness.

Dependable Georgia Hay Delivery Services

Getting hay from the field to your farm can be a major logistical challenge. Our hay delivery services are designed to eliminate that stress.

• Bulk Hay Delivery: For larger operations, we offer delivery via full tractor-trailers or our convenient 28-foot ‘pup’ trailers. These smaller trailers can be dropped at your farm. They hold around 300 square bales and giving you up to three weeks to unload at your convenience. They are small enough to be parked in almost any location.
• Flexible Orders: Whether you need a few bales or a full load, give us a call, and we will arrange a delivery that fits your schedule.

Convenient Local Pickup

Prefer to pick up hay themselves or need a smaller quantity? Our forage is available by the bale at our retail partner:

Cherokee Feed and Seed in Ball Ground, Georgia.

This gives you direct access to our J & J Hay Farms hay right in your community! Allowing you to grab what you need, when you need it.

Spring Cattle Feeding Tips for Success

1. Don’t Stop Hay Abruptly: Continue to offer free-choice hay as pastures begin to green up. Cattle will naturally balance their intake.
2. Monitor Body Condition: Keep a close eye on your herd’s condition. If you notice weight loss, increase the amount of hay you are providing.
3. Provide Minerals: Early spring grass is often low in certain minerals like magnesium. Ensure a quality mineral supplement is available at all times to prevent grass tetany.
4. Test Your Forage: For a precise nutritional plan, consider getting your hay tested. This will tell you exactly what you are feeding and allow you to supplement more effectively.

Secure Your Spring Hay Supply Today

Spring is a season of opportunity for cattle producers. By ensuring your herd has access to high-quality hay, you can navigate the nutritional challenges of the season and promote excellent health and growth.

J & J Hay Farms is here to provide the top-quality hay for cattle in North Georgia that you need. Our team is ready to help you select the right type of hay. We can arrange for a delivery or pickup that works for you.

Contact J & J Hay Farms today to discuss your spring hay needs.

• Call Us: 678-679-0936
• Learn More: Visit our Hay for Sale page.
• Send an Inquiry: Fill out our Contact Form.

Let us help you make this spring a healthy and productive one for your herd.

Resources:

Lyndsy Bradley – Red Mango Marketing Agribusiness Expert

Knowing exactly when and how to fertilize hay fields in Georgia is the key to unlocking maximum yield and superior quality forage. As the last hints of winter fade and the Georgia landscape begins to stir, March signals a critical turning point for hay farmers. The warming soil and longer days mean it’s time to wake up your dormant fields and set the stage for a bountiful harvest season. One of the most important tasks on this March checklist is fertilization. J & J Farms can provide expert advice and high-quality hay for you.

Our guide will walk you through the essentials of spring hay fertilization. We’ll cover the importance of timing, the necessity of soil testing, how to choose the right nutrients, and the direct impact these steps have on your hay production. Proper preparation now will pay dividends all season long.

Why March is a Crucial Month for Hay Field Care

Timing is everything in farming. For warm-season grasses like Bermuda grass and Bahia grass, which are the backbone of Georgia hay production, early spring is the prime time for care. Fertilizing too early, when the ground is still cold, means the grass isn’t ready to use the nutrients, leading to wasted money and potential environmental runoff. Fertilizing too late can miss the critical initial growth phase, resulting in a weaker first cutting.

March represents the sweet spot. As soil temperatures consistently rise to around 60-65°F, these grasses begin to break dormancy and “green up.” This is the signal that the root systems are becoming active and are ready to absorb the nutrients you provide. Applying fertilizer during this window gives your fields the fuel they need for vigorous spring growth, ensuring a strong start to the hay season.

Step One: Don’t Guess, Soil Test

Before you purchase a single bag of fertilizer, the first and most critical step is to conduct a soil test. Fertilizing without a soil test is like taking medication without a diagnosis—you might be doing more harm than good. Georgia’s soils can vary significantly in pH and nutrient levels, and a test provides a precise roadmap for what your specific field needs. Our flagship store, Cherokee Feed, offers free hay & forage testing services.

A soil test reveals two vital pieces of information:

1. Soil pH: This measures the acidity or alkalinity of your soil. Most hay grasses in Georgia thrive in a pH range of 6.0 to 6.5. If your soil is too acidic (a common issue in the state), the grass cannot effectively absorb nutrients, no matter how much fertilizer you apply. A soil test will tell you if you need to apply lime to raise the pH, a process that should ideally be done several months before fertilization for the best results.
2. Nutrient Levels: The test will show the current levels of essential macronutrients: nitrogen (N), phosphorus (P), and potassium (K). It will also provide recommendations for how much of each nutrient to apply to achieve optimal growth for your specific type of hay.

You can get soil testing kits and analysis from your local University of Georgia (UGA) Extension office. Taking this simple step can save you hundreds of dollars in unnecessary fertilizer and dramatically improve your hay yield.

Choosing the Right Fertilizer for Georgia Fields

Once you have your soil test results, you can confidently select the right fertilizer blend. The three numbers on a fertilizer bag (e.g., 17-17-17 or 34-0-0) represent the percentage of N-P-K. Your soil test will guide you to the correct ratio for your fields.

• Nitrogen (N): This is the primary driver of vegetative growth and gives hay its deep green color. It is the nutrient most responsible for increasing yield. A spring application gives the grass the energy it needs for its initial growth spurt.
• Phosphorus (P): Crucial for strong root development and energy transfer within the plant. Healthy roots are essential for nutrient uptake and drought tolerance later in the season.
• Potassium (K): Often called the “health” nutrient, potassium helps regulate the plant’s internal processes, improves disease resistance, and strengthens cell walls. It is vital for overall plant vigor and resilience. Forage grasses remove large amounts of potassium from the soil with each cutting, so replenishing it is essential for long-term field health.

For established warm-season grasses like Bermuda, a common spring hay fertilization strategy involves applying a complete fertilizer (containing N, P, and K) after green-up, based on your soil test. This initial application sets the foundation for the entire growing season.

Application Timing and Methods

For your March hay field care, wait until the grass has shown consistent signs of greening up. Applying fertilizer to a fully dormant field is inefficient.

• Wait for Green-Up: Look for about 50-75% green-up across the field. This indicates the plant is actively growing and ready for nutrients.
• Consider the Weather: The ideal time to apply fertilizer is just before a light rain. The rain will help move the nutrients into the soil and down to the root zone. Avoid fertilizing before a heavy downpour, as this can wash the fertilizer away.
• Weed Control: Early spring is also the time to manage weeds. Many farmers apply both fertilizer and pre-emergent or post-emergent herbicides. Be sure to read the labels carefully to ensure the products are compatible and appropriate for your type of hay. Some herbicides have grazing or harvesting restrictions that you must follow.

The Payoff: Higher Yield and Better Quality

Properly fertilizing hay fields in Georgia does more than just make the grass grow. It directly translates to a more profitable and sustainable operation.

• Increased Yield: A well-fed field produces more tons of hay per acre. By providing the necessary nutrients in March, you maximize the potential of your first and most important cutting of the year.
• Higher Nutritional Value: Nutrient-rich soil leads to nutrient-rich forage. Properly fertilized hay has higher protein content and is more palatable to livestock, which is crucial for animal health and performance.
• Better Field Longevity: Consistently applying the right nutrients based on soil tests maintains the health and productivity of your hay stand for years. It prevents the soil from becoming depleted, which can lead to thinning grass, weed infestation, and declining yields.

Prepare for a Productive Season

March is the month of action. Don’t let this critical window pass you by. Take the time now to get your soil tested, create a fertilization plan, and give your fields the attention they deserve. These Georgia hay farming tips will help you lay the groundwork for a successful and productive hay season.

If you live in Georgia, you know the weather can be unpredictable, that’s why we’re here to provide Hay Storage Solutions for Wet Weather. One minute it’s sunny, and the next, a torrential downpour soaks everything in sight. For farmers and livestock owners, this humidity and frequent rainfall pose a massive challenge: keeping hay dry. Hay is a significant financial investment, and losing it to moisture damage, mold, or rot is not just frustrating—it’s costly.

Storing hay in the Peach State requires more than just tossing a tarp over a stack. The high humidity levels here mean that moisture attacks from both the sky above and the ground below. To protect your forage, you need a strategic plan. Before we go any further, we would like to let you know that we sell high-quality hay here in North Georgia. With that said…

In this guide, we will explore effective hay storage solutions for wet weather in Georgia. We’ll cover how to combat humidity, choose the right structures, and use proper covering techniques to ensure your bales stay fresh, nutritious, and safe for your animals.

The Battle Against Moisture: Why It Matters

Moisture is the enemy of quality hay. When hay gets wet or absorbs too much humidity, it becomes a breeding ground for mold and bacteria. This spoilage reduces the nutritional value of the forage and, more dangerously, can produce mycotoxins that are harmful to horses, cattle, and goats.

In Georgia, the threat is twofold. First, we have direct rainfall. Second, we have “wicking,” where moisture from the damp ground seeps up into the bottom bales. Without proper intervention, you can easily lose the bottom 20% of your stack to rot. Understanding these risks is the first step in preventing hay mold and preserving your supply.

Structural Solutions: The Gold Standard

The most effective way to handle hay storage in wet weather is a permanent structure. While this requires an upfront investment, the money saved in preserved hay often pays for the building over time.

Pole Barns and Hay Sheds

A dedicated pole barn or hay shed is the ideal solution. These structures typically feature a solid roof and open sides.

• Roof Integrity: Ensure the roof has a sufficient overhang. In Georgia’s heavy storms, rain rarely falls straight down; it blows sideways. An overhang of at least 2-3 feet helps keep the outer bales dry.
• Site Selection: Build your shed on high ground. You want water to drain away from the structure, not pool around it. If your barn is in a low spot, you are fighting a losing battle against groundwater.

Flooring Matters

Putting hay directly on a dirt floor, even inside a barn, is a recipe for disaster in humid climates.

• Concrete: A concrete pad with a vapor barrier underneath is excellent for stopping ground moisture.
• Gravel: A thick layer of crushed rock or gravel (6-8 inches deep) creates a break between the soil and the hay, allowing for drainage.
• Pallets: Regardless of the floor type, stacking hay on wooden pallets is one of the best Georgia hay storage tips. This creates an air gap under the stack, stopping wicking and allowing air to circulate beneath the bales.

Temporary and Outdoor Storage: Doing It Right

Not everyone has a dedicated hay barn. If you must store hay outdoors, you have to be meticulous to survive Georgia’s wet seasons.

The Pyramid Stack vs. The Mushroom Stack

How you stack your bales changes how water sheds off them.

• Pyramid Stack: This is common but risky outdoors. If the tarp leaks, water runs down through the entire stack.
• Mushroom Stack: This involves stacking the bottom row on its side (strings off the ground) and placing the top row flat. This can help shed water better if you are using round bales, but it requires careful balancing.
• Avoid Flat Tops: Never stack hay with a flat top outdoors. Water will pool, soak through the tarp, and ruin the hay. Always create a peak so water runs off.

Tarping Techniques

Using a tarp seems simple, but many people get it wrong.

• Quality Counts: Cheap blue tarps often degrade quickly in the sun and tear easily. Invest in heavy-duty, UV-resistant hay tarps.
• Secure It Tightly: A flapping tarp pumps moisture-laden air into the stack. Use hay anchors, spiral pins, or heavy weights (like old tires) to keep the tarp snug.
• Leave the Sides Open: This is crucial for storing hay in humidity. While you want to protect the top from rain, covering the sides completely traps condensation inside. Leave a gap at the bottom or leave the sides open to allow the stack to “breathe.”

Controlling Ventilation and Airflow

Preventing hay mold isn’t just about keeping rain out; it’s about letting moisture escape. Hay goes through a “sweat” period after baling where it releases moisture and heat. If you seal it up too tight, you create an oven that invites mold and even risks spontaneous combustion.

Orientation

Align your hay rows north-to-south if possible. This allows the sun to hit both sides of the stack throughout the day, helping to burn off morning dew and keep the outer layers dry.

Spacing

Don’t pack your barn to the rafters. Leave at least 1-2 feet of space between the hay and the barn walls, and ensure there is gap between the top of the stack and the roof. This allows hot, moist air to rise and escape. If you are stacking round bales outdoors, leave 6-12 inches between rows so they don’t trap water between them where they touch.

Regular Inspections

Even with the best setup, vigilance is key. Make it a habit to check your hay regularly, especially after a series of heavy Georgia storms.

• Smell: Stick your nose into the stack. A musty odor is the first sign of trouble.
• Touch: Slide your hand between bales. If they feel warm or damp, you need to break the stack down and let it air out immediately to prevent fire risk and further spoilage.

Protect Your Investment

Hay is the fuel that keeps your farm running. By implementing these hay storage solutions for wet weather, you can drastically reduce waste and ensure your animals have high-quality feed year-round. Whether you build a new barn, upgrade your tarping system, or simply start using pallets, every small improvement helps in the fight against Georgia’s humidity.

Don’t wait for the next storm to think about your hay. Evaluate your storage situation today, make the necessary changes, and rest easy knowing your winter supply is safe and dry.

Here at J & J Hay Farms, we know all about the Best Hay for Horses in Winter in Georgia. Winter in Georgia shifts the landscape for horse owners. Green pastures fade, and the reliance on quality hay becomes absolute. As temperatures drop, your horse’s nutritional needs change, and providing the right forage is crucial for their health and warmth. Choosing the best hay for horses in winter isn’t just about filling a hay net; it’s about providing the essential fuel they need to thrive during the colder months.

This guide will explore the ideal types of hay for Georgia’s winter, discuss the specific dietary requirements of horses in cold weather, and offer practical advice on selecting and storing your supply. Understanding these key elements will help you keep your equine partner happy, healthy, and warm until spring returns.

Why Winter Changes Your Horse’s Hay Needs

A horse’s digestive system is a marvel of nature, acting as an internal furnace. The process of fermenting fiber in the hindgut generates a significant amount of heat, which helps them maintain their core body temperature in the cold. This is why forage is far more effective at keeping a horse warm than concentrates like grain.

During winter, horses burn more calories simply to stay warm. This increased energy demand means they need more hay. A general guideline is that for every 10-degree drop below their critical temperature (around 45°F for a horse with a healthy winter coat), their energy needs can increase by about 15-20%. This makes free-choice access to quality hay the gold standard for winter feeding.

Top Hay Choices for Georgia Winters

While many types of hay can work, some are better suited for the increased energy demands of winter. Here’s a look at the most common and nutritious hay for horses available in Georgia.

Bermuda Grass Hay

Bermuda grass is the most prevalent hay in Georgia and serves as an excellent foundation for a winter diet. It is a warm-season grass hay that, when harvested correctly, provides good levels of fiber and moderate protein.

• Benefits: It’s widely available and generally more affordable than other varieties. Its fiber content is perfect for hindgut fermentation, which helps keep horses warm.
• Considerations: The nutritional quality of Bermuda hay can vary greatly depending on when it was cut and how it was cured. For winter, look for a “first cutting” that is leafy and green, as it will have a higher nutrient density compared to later, coarser cuttings.

Timothy Hay

Timothy is a cool-season grass hay often favored for its balanced nutritional profile. While not as common in South Georgia, it’s a popular choice in the northern parts of the state and is widely available from suppliers who source it from other regions.

• Benefits: Timothy hay is known for being highly palatable and lower in protein and calcium than legume hays like Alfalfa. This makes it a safe and suitable choice for the average horse in light to moderate work. It’s also a good option for horses with certain metabolic conditions.
• Considerations: Timothy can be more expensive than Bermuda hay in Georgia due to its lower local supply. Ensure you are buying from a reputable source like J & J Hay Farms in North Georgia to guarantee quality.

Alfalfa Hay

Often called the “queen of forages,” Alfalfa is a legume hay, not a grass hay. This means it is significantly higher in protein, calories, and calcium.

• Benefits: The high calorie content makes Alfalfa an excellent supplement for hard keepers, senior horses, or performance horses with elevated energy needs in the winter. A small amount added to a grass hay meal can provide a powerful nutritional boost.
• Considerations: Feeding Alfalfa free-choice is generally not recommended for the average horse, as the excess protein and calcium can lead to weight gain or put a strain on their kidneys over time. It is best used strategically as a supplement to a primary grass hay diet. Always introduce Alfalfa slowly to avoid digestive upset.

How to Evaluate Hay Quality in Winter

Just because hay is available doesn’t mean it’s good. Poor-quality hay lacks nutrients and can pose health risks. Here’s what to look for:

• Visual Inspection: Good hay should have a pleasant, sweet smell. Avoid anything that smells musty, sour, or moldy. Visually, look for a greenish or pale gold color. Brown, dark, or overly sun-bleached hay has likely lost its nutritional value.
• Feel and Texture: The hay should be pliable and soft. Brittle or overly stiff hay may be old and less palatable. Break open a bale to check the inside—this is where mold and dust often hide.
• The Mold Test: Never feed moldy hay. The dust from mold spores can cause severe respiratory issues like heaves (Recurrent Airway Obstruction), and some molds can lead to colic or other digestive crises. If you see white, grey, or black dust, or the bale feels warm to the touch, do not use it.

Winter Horse Feeding Tips and Hay Storage

Once you’ve sourced your nutritious hay for horses, proper storage and feeding practices are essential.

• Elevate Your Supply: Never store hay directly on the ground. Use pallets or a thick layer of gravel to create a barrier that prevents ground moisture from wicking up into the bales and causing mold.
• Provide Shelter: The best storage is in a dry, well-ventilated barn. If you must store hay outside, use a high-quality tarp to cover the top of the stack, ensuring it is secured against wind. Leave the sides partially open to allow for airflow, which prevents condensation buildup.
• Ensure Constant Access to Water: A horse cannot properly digest hay without adequate water intake. In winter, this means checking water troughs and buckets at least twice a day to break and remove ice. A dehydrated horse is at a higher risk for impaction colic. Heated buckets or tank de-icers are a worthwhile investment.
• Slow Down Consumption: For horses that eat quickly or need their weight managed, a slow-feeder hay net is an excellent tool. It mimics natural grazing behavior, keeps hay off the ground, and reduces waste.

Sourcing Your Winter Hay Supply

The best Georgia winter horse hay comes from a trusted source. Building a relationship with a local hay producer allows you to understand their farming practices and secure a consistent supply year after year. Start looking for your winter hay in the late summer or early fall when supplies are plentiful and quality is at its peak.

Plan ahead, know what to look for, and you can ensure your horse has the high-quality forage needed to stay healthy and warm all winter long.

If you’re a farmer, a horse owner, or simply curious about local farming, you’ve likely asked, “When is hay season in Georgia?” The answer isn’t a single date on a calendar. Instead, it’s a dynamic period influenced by grass type, weather, and specific agricultural goals. Understanding the rhythm of the seasons is crucial for anyone involved with livestock or agriculture in the Peach State.

This guide will walk you through the typical hay harvesting times in Georgia. We’ll explore the primary types of hay grown, the factors that shape their production, and what to expect throughout the year. By the end, you’ll have a clear picture of Georgia’s hay production cycle. If you’re wondering, where can I find good hay in Georgia? Look no further than J & J Hay Farms!

Now, onto the guide:

Understanding Georgia’s Hay Production Cycle

Georgia’s climate allows for multiple hay cuttings throughout the year, making it a key state for forage production. The “hay season” generally kicks off in late spring and can extend well into the fall, depending on the type of forage and the weather conditions.

The process involves planting, growing, cutting, drying (or curing), and baling. Each step is critical for producing high-quality, nutritious hay. For many Georgia hay farmers, the goal is to get as many cuttings as possible without depleting the soil or compromising the health of the pasture.

Harvesting Times for Common Georgia Hay Varieties

The best time to grow hay in Georgia depends heavily on the variety. Different grasses have unique growing seasons and optimal cutting schedules. Here are the most common types you’ll find and their typical harvesting windows.

Bermuda Grass Hay

Bermuda grass is the undisputed king of hay in Georgia. It’s a warm-season perennial that thrives in the state’s hot, humid summers. It is known for its durability, high yield, and good nutritional content, making it a favorite for horses and cattle.

• Growing Season: Bermuda grass begins to grow actively once soil temperatures consistently stay above 65°F, usually in April or May.
• Harvesting Times: The first cutting typically occurs in late May or early June. Subsequent cuttings can happen every 4 to 6 weeks throughout the summer. It’s common for farmers to get 3 to 5 cuttings of Bermuda hay, with the last one happening in late September or even early October before the first frost.

Fescue Hay

Tall Fescue is a cool-season grass, meaning it does most of its growing during the cooler parts of the year. While often used for grazing, it is also harvested for hay, particularly in the northern regions of Georgia.

• Growing Season: Fescue flourishes in the spring and fall. It often goes dormant or slows its growth during the peak heat of summer.
• Harvesting Times: The primary cutting for Fescue hay happens in the spring, typically from late April to early May. Farmers aim to cut it before it fully matures and produces a seed head to maximize its nutritional value. A second, smaller cutting might be possible in the fall if weather conditions are favorable.

Alfalfa Hay

Alfalfa is a high-protein legume often called the “queen of forages.” It requires well-drained, fertile soil and careful management. While not as widespread as Bermuda grass, it is a valuable crop for Georgia farmers, especially those supplying dairy farms or high-performance horse owners.

• Growing Season: As a perennial, Alfalfa has a long growing season. It starts growing in the spring and continues through the fall.
• Harvesting Times: The first cutting of Alfalfa usually takes place in mid-to-late spring. Similar to Bermuda grass, it can be harvested every 30 to 40 days. This can result in 4 to 6 cuttings per year, with the season extending from spring well into the fall months.

Key Factors Influencing Hay Season in Georgia

The schedules mentioned above are ideal. In reality, Georgia hay farming is a constant dance with nature. Several factors can dramatically shift hay harvesting times and overall production.

Weather and Rainfall

Weather is the most significant variable. Ample rainfall is needed for healthy growth, but dry, sunny days are essential for cutting and curing hay. An unexpected rain shower on freshly cut hay can lead to mold and a significant loss in quality. Conversely, a drought can stunt growth and drastically reduce the number of possible cuttings in a season.

Soil Conditions and Fertilization

Healthy soil is the foundation of a good hay crop. Farmers regularly test their soil’s pH and nutrient levels, applying lime and fertilizer as needed. A well-managed fertilization program ensures the grass has the resources to regrow quickly after each cutting, directly impacting the frequency and yield of the harvest.

Regional Differences

Georgia’s geography creates regional variations in hay production.

• North Georgia: The cooler temperatures and mountainous terrain are more suitable for cool-season grasses like Fescue. The growing season may be slightly shorter than in the south.
• South Georgia: The longer, hotter summers are perfect for high-yield warm-season grasses like Bermuda and Bahia grass. Farmers in this region often achieve more cuttings per year.

The Curing Process

Cutting the hay is only half the battle. It must be left in the field to dry, or “cure,” to the proper moisture level (typically 15-20%) before baling. This process can take anywhere from 2 to 5 days, depending on the humidity, sunshine, and thickness of the cut hay. This curing window is a critical, and often stressful, part of the hay season.

Your Next Steps

Now that you have a better understanding of when hay season happens in Georgia, you can make more informed decisions. Whether you are planning your livestock’s feed supply or managing your own pasture, knowing the cycle is key.

Happy New Year! Now that we’re in the first month of 2026, you may be wondering “Is Hay Still Available in Georgia in January?”

January in Georgia brings a distinct chill to the air, and with it, a new set of considerations for livestock owners and farmers. The once-plentiful fields of summer are dormant, and the focus shifts from harvesting hay to managing the supply you have. This time of year often raises many questions about hay availability, quality, and how to best care for animals through the coldest part of the year.

This guide will address the most common January hay questions in Georgia. We’ll cover everything from finding hay mid-winter to ensuring your current supply stays in top condition. By understanding the unique challenges of this month, you can confidently manage your livestock’s nutritional needs until spring arrives.

Is Hay Still Available in Georgia in January?

This is one of the most frequent questions, and the answer is: yes, but with some caveats. While hay harvesting has long since ended, we still have high-quality hay at J & J Hay Farms. However, the dynamics of buying hay change significantly in the winter.

By January, supplies have often been picked over. The highest quality hay from the previous season is typically the first to sell. This means you might have to search a bit harder or be less selective about the type of hay you purchase. It’s also a time when demand can be high, especially if a particularly cold snap increases the feeding needs of livestock across the state.

Finding hay may require contacting suppliers you haven’t used before or checking local agricultural boards and online marketplaces more frequently. Prices can also be higher than they were in the summer and fall due to the principles of supply and demand.

How Do I Check My Hay Quality Mid-Winter?

The hay you bought in September might not be the same quality by the time January rolls around. Proper storage is crucial, but it’s still wise to inspect your bales before feeding them to your animals.

• Look for Mold: The biggest enemy of stored hay, especially in Georgia’s humid climate, is mold. Break open a bale and look for white, grey, or black dusty spots. A musty or sour smell is another clear indicator of mold. Do not feed moldy hay to your livestock, particularly horses, as it can cause serious respiratory and digestive issues.
• Check for Dust and Debris: Excessive dust can signal poor quality or the beginning of spoilage. Also, check for any foreign objects, weeds, or dirt that may have been baled with the hay.
• Assess Color and Texture: Good quality hay, even after months of storage, should retain some of its color—usually a pale green to yellowish-green. Hay that is brown or overly bleached has likely lost significant nutritional value due to sun exposure or rain damage. It should feel pliable, not overly brittle or damp.

What Are the Best Winter Hay Storage Tips?

Protecting your investment is paramount. How you store your hay directly impacts its quality and longevity through the winter. If you’re noticing issues with your supply, it might be time to re-evaluate your storage methods.

• Elevate Your Bales: Never store hay directly on the ground. Moisture from the earth will seep into the bottom layer of bales, causing spoilage and waste. Use pallets, gravel, or even old tires to create a barrier between the hay and the ground.
• Ensure Proper Ventilation: Airflow is critical for preventing moisture buildup and mold growth. When stacking hay inside a barn, leave space between the rows and between the hay and the walls. This allows air to circulate freely.
• Cover It Correctly: A solid roof is the best protection. If you must store hay outside, use a high-quality, waterproof tarp. Secure it tightly to prevent wind from getting underneath and to ensure water runs off and away from the stack. Avoid covering the sides completely, as this can trap moisture.

How Should I Adjust Feeding for Livestock in January?

Cold weather changes everything for an animal’s dietary needs. They burn more calories just to stay warm, and hay is the primary fuel source to meet this increased energy demand.

• Increase the Quantity: As temperatures drop, your livestock’s energy requirements go up. A good rule of thumb is to increase their hay ration to ensure they have enough fuel to maintain their body temperature. For horses, this often means providing free-choice access to hay.
• Focus on Forage: The process of digesting forage (hay) creates heat in an animal’s body through fermentation in the hindgut. This internal furnace is a powerful tool for staying warm. Providing plenty of good-quality hay is more effective at keeping an animal warm than feeding more grain.
• Ensure Access to Water: Don’t forget water! Livestock need adequate water intake to properly digest hay. In January, this means regularly checking and breaking ice in troughs. Dehydrated animals may not eat enough, putting them at risk in cold weather. Heated water buckets or tank de-icers can be invaluable investments.

Planning Ahead for Your Hay Needs

January serves as a critical checkpoint for your winter hay supply. Take stock of what you have left and calculate if it will last until the first pastures green up in the spring, which can be as late as April in some parts of Georgia.

If your inventory looks low, start searching for additional hay now. Don’t wait until you’re down to your last few bales. Reaching out to local farmers, even if they are sold out, can be helpful. They may know of other producers who still have hay for sale.

Use this time to plan for the upcoming year. Consider how much hay you used, what quality you needed, and where you sourced it from. Building a strong relationship with a reliable Georgia hay producer is the best way to ensure you have a consistent and high-quality supply for every season.

Balancing Equine Diets: The Vitamin A and E Connection. Proper nutrition is at the heart of horse care, and ensuring your horse receives the right balance of vitamins and minerals is critical for their health and performance. Among the essential nutrients, vitamins A and E play a pivotal role in maintaining overall well-being. However, because horses cannot produce these vital vitamins on their own, they rely entirely on their diet to meet their needs.

If you’re a horse owner or equestrian looking to optimize your horse’s diet, it’s important to understand how these vitamins function, their sources, and when supplementation might be necessary. Our guide will help you master the vitamin A and E connection in equine diets.

Why Do Horses Need Vitamin A and E?

Horses require vitamin A and E for a variety of physiological functions that are essential to their health:

What Vitamin A Does for Horses

Vitamin A is vital for vision, immunity, and reproduction. It’s also essential for healthy skin and mucous membranes, which act as the first line of defense against infections. Horses primarily obtain vitamin A from beta-carotene, a pigment found in fresh green forages. Beta-carotene is converted into vitamin A once ingested.

Deficiency in vitamin A can lead to symptoms such as:

• Poor coat condition
• Vision problems, particularly night blindness
• Weakened immunity
• Reproductive challenges

The Role of Vitamin E

Vitamin E significantly contributes to a horse’s immune functions and muscular health. It acts as a natural antioxidant, protecting cells from oxidative stress and free radicals, which can occur during exercise or due to environmental stressors. It also supports muscle function and nerve health.

Signs of vitamin E deficiency include:

• Muscle weakness or stiffness
• Poor performance and recovery in active horses
• Compromised immune health
• Neurological disorders like Equine Motor Neuron Disease (EMND)

Together, vitamins A and E are essential for maintaining your horse’s vitality, immune defense, and overall well-being. Yet, the availability of these vitamins in a horse’s diet depends heavily on the quality of the forage they eat.

Horses and Vitamin Sources

Fresh Green Forage as the Ideal Source

Forage, specifically fresh green grass, is the primary and natural source of vitamins A and E in a horse’s diet. Horses grazing on lush, healthy pastures typically receive an abundant supply of these vitamins. This is particularly true in spring and early summer when fresh forage is at its peak nutrient content.

The beta-carotene present in green grass can sustain a horse’s vitamin A needs, while forage also provides ample vitamin E. Horses grazing for 16 to 18 hours a day consume more than enough nutrients to support their biological needs without requiring supplementation.

Hay and the Decline in Vitamin Levels

While fresh forage is an excellent source of these vitamins, the story changes once grass is dried and stored as hay. Shortly after harvesting, the concentrations of vitamins A and E begin to degrade. Within just a few months of storage, vitamin content in hay and hay products can drop significantly.

Processed hay cubes, pellets, or even high-quality first-cut hay are typically stored for extended periods, by which point their vitamin levels are negligible. This makes supplementation crucial for horses relying primarily on hay-based diets, particularly during the winter months when pasture access is limited.

When to Consider Supplementation

Evaluating Your Horse’s Access to Fresh Forage

Start by assessing the amount of quality grazing available to your horse. Horses with consistent access to fresh grass rarely need additional supplementation of vitamins A and E. However, if pasture availability is reduced due to seasonal changes or overgrazing, deficiencies may arise.

Horses in Work or Stressful Situations

Performance horses and those undergoing physical stress often need higher levels of vitamin E than a typical diet can provide. This is especially true for horses involved in competitions, high-intensity training, or those recovering from illness or injury.

Pregnant and Lactating Mares

Mares in late pregnancy or during lactation also have heightened vitamin A demands to maintain their health and support their foal’s development. Supplementing their diet with appropriate levels of vitamin A can ensure these needs are met.

Older Horses

Aging horses may have decreased efficiency in absorbing vitamins from their diet. For these horses, providing additional support through fortified feeds or targeted supplementation can prevent deficiencies.

Horses on Hay-Based Diets

If your horse relies largely on hay or processed forage, supplementation with vitamins A and E is typically recommended. For example, studies have shown that after just three months of storage, hay loses up to 80% of its vitamin E content.

Understanding Vitamin Dosage and Form

When supplementing your horse’s diet, understanding appropriate vitamin levels is essential. Over-supplementation can be just as harmful as deficiencies.

Vitamin A

For an average adult horse, the recommended daily intake of vitamin A is 30,000 IU (International Units). However, exceeding 80,000 IU can lead to toxicity, causing symptoms such as decreased appetite, weight loss, or even liver damage.

Vitamin E

The suggested daily intake of vitamin E for a maintenance-level horse is around 500-1,000 IU. Performance horses or horses without access to fresh pasture may require up to 5,000 IU daily. Unlike vitamin A, vitamin E is not associated with toxicity, as any excess is typically excreted. However, always follow the guidance of an equine nutritionist or veterinarian when creating a supplement plan.

Supplement Options

When selecting supplements, look for high-quality, bioavailable products. Natural vitamin E supplements (d-alpha-tocopherol) are better absorbed by horses compared to synthetic options. Similarly, vitamin A is often provided in the form of retinyl acetate or palmitate for supplementation.

Tips for Balancing Your Horse’s Diet

1. Test Forage Quality:

Get your hay and forage tested to determine the actual nutrient content. This will help you identify any gaps in your horse’s diet.

2. Consult an Equine Nutritionist:

Work with a professional to ensure your horse’s overall nutritional needs are met based on their age, workload, and health status.

3. Monitor Health:

Keep an eye out for any signs of deficiency or excess and adjust your horse’s diet accordingly.

4. Choose Fortified Feeds:

Many commercial feeds are fortified with vitamins and minerals to complement hay-based diets.

Keeping Your Horse Healthy Year-Round

Maintaining a balanced diet rich in essential vitamins is critical to keeping your horse happy and healthy. Vitamin A and E, in particular, should never be overlooked. By understanding their importance, their sources, and when to supplement, you can provide your horse with the absolute best care and nutrition.

For personalized diet recommendations, consult a trusted equine nutritionist or veterinarian. After all, a well-balanced diet is the first step toward your horse’s peak performance and longevity.

Do you have more questions about Balancing Equine Diets: The Vitamin A and E Connection? Contact J  & J Hay Farms today.

Many different types of hay are acceptable in when choosing hay for horses programs. Local availability often influences the popularity of a particular variety of hay in a geographical area. For example, coastal bermudagrass hay is popular in the southern United States where it is well adapted, but it is rarely fed in the northern U.S. where it is hard to grow.

Some of the most popular hay choices for horses are alfalfa, timothy, orchardgrass and alfalfa-grass mixes. Somewhat less popular but still common are red clover, fescue, and bermudagrass. Several factors should be considered when deciding what type of hay to feed. Most important is cleanliness, but nutrient value and the type of horse being fed should also be considered.

The Best Hay Is Clean Hay

Without a doubt the best hay for horses is clean hay. Hay that is moldy or dusty should not be fed to horses, even when the amount of mold or dust appears to be minor. Any hay (alfalfa, timothy, clover, fescue) that contains dust or mold can inflame the respiratory tract and impair breathing ability.

Many horses develop permanent lung damage after consuming moldy or dusty hay. This chronic lung damage, commonly referred to as heaves, affects the horse’s ability to breathe normally during exercise. In severe cases heaves impairs the horse’s ability to breathe normally at rest. Once a horse has been sensitized to hay dust, mold, or pollen, it may react even when clean hay is fed. Mold can have other detrimental effects on the horse as well, such as causing digestive upsets.

Factors Affecting the Nutrient Value of Hay

Table 1 illustrates the nutritional differences among several hays commonly fed to horses. Legumes, such as alfalfa and red clover, are typically much higher in protein and calcium than grass hays (timothy, orchardgrass, bermudagrass). Legumes may also be higher in energy and total digestible nutrients. Red clover has a good nutrient profile, but it is sometimes affected by a mold that causes slobbering in horses. The slobbering does not appear to harm the horse, but most horse handlers find it offensive. Red clover is often dusty because of fine hairs that are dislodged from the stem.

Alfalfa

Alfalfa is the most common legume hay used in Central Kentucky. When the price per ton of various hays is similar, alfalfa is usually the best value because it has more nutrients. In addition, because alfalfa tends to be more palatable than other hay types, horses will usually waste less.

Table 1

The biggest variable affecting nutrient content within a type of hay is the stage of maturity at harvest. Very early maturity hay often has a soft texture, is very leafy, and has a high nutrient density and palatability. Plants harvested in early maturity are cut soon after the seedheads emerge (grasses) or before the plant begins to bloom (legumes).

Plants harvested in late maturity will have coarse, thick stems and less leaf than plants harvested in early maturity. The older the plant is at the time of harvest, the lower the nutrient value and the palatability. The best way to evaluate nutrient value is to have a chemical analysis performed. To get an accurate analysis, at least 20 bales of hay should be sampled with a forage core sampler. A typical analysis will determine moisture, crude protein, neutral and acid detergent fiber levels (which help determine energy content), calcium, and phosphorus. To get more information about analyzing your hay, contact your county Extension office.

Matching Hay Type to Horse Type

Not all horses have the same nutrient needs, so naturally not all horses have the same hay needs. A hay that is suitable for a mature Quarter Horse gelding used for occasional riding may not be suitable for an 8-month-old thoroughbred. The best hay for any horse depends on the needs of that horse.

Barren mares, retirees, and horses used for light recreational riding have relatively low nutrient requirements compared to growing horses, lactating mares, and performance horses. Lateor mid-maturity alfalfa or mid-maturity grass hays are often very suitable for horses with low nutrient requirements (Table 2). In fact, mid-to-late maturity hay is usually a more desirable feed source for horses with lower nutrient requirements because the horses can eat more hay to satisfy their appetites without getting too fat.

Early-maturity alfalfa hay is usually not the best hay choice for horses with low nutrient requirements. When early-maturity alfalfa hay is fed to horses with low nutrient requirements, less hay is necessary to meet nutrient requirements. This may seem like an advantage because less hay is used each day. However, restricting hay intake can have some detrimental effects. If a horse’s appetite is not satisfied, it may be inclined to redirect chewing needs to other objects such as fences, stalls, or trees. Alternatively, if the intake of very nutritious hay is not restricted, excess nutrient intake and weight gain will occur.

Many horses have high nutrient needs; consequently, early maturity alfalfa hay does have a place in horse feeding programs. Early-maturity alfalfa is an excellent hay choice for growing horses and lactating mares. Early-maturity hays are more palatable than late-maturity hays, so they are useful for horses with poor appetites.

Is Hay a Nutritionally Balanced Diet?

For horses with low nutrient requirements, mid-maturity hay can meet most of the nutrient needs. Hay is low in sodium and chloride, so a salt block is necessary. Some horses may need a minimal amount of grain to maintain body weight if late maturity hay is fed. Lactating mares, growing horses, and horses in moderate to heavy work usually cannot eat enough hay to meet their nutrient requirements and will almost always need some grain in their diets.

Table 2

The type of hay used will affect the amount and type of grain that is needed by horses (Table 2). When early maturity hays are fed, the amount of grain in the diet can often be reduced. One of the big advantages of alfalfa is the amount of protein it provides. When alfalfa hay is fed, the amount of crude protein provided by the grain can be reduced. For example, if a lactating mare is receiving mid-maturity timothy hay, a grain mix containing 14 to 16% crude protein will be needed. If alfalfa is fed, the concentration of protein in the grain can be reduced to 12%. Lowerprotein grain mixes cost less than high-protein grain mixes.

Alfalfa is also high in calcium, which makes it better to feed with plain grains such as corn or oats, which are deficient in calcium. If young horses are fed a grass hay/oats combination, the diet will probably be deficient in calcium and several other minerals. If alfalfa hay is substituted for the grass hay, the calcium requirement will usually be met.

Buy Good Hay and Feed More of It!

High grain intakes have been implicated as a risk factor in equine colic, which is a good reason to feed as much hay as possible. Diets with low levels of hay have also been related to an increased incidence of stall vices such as cribbing and wood chewing. In addition, the most economical feeding programs maximize forage intake and then add grain or other feeds to meet any unfulfilled requirements.

The actual amount of hay that any horse will consume depends on its body weight and physiologic class (growing, lactating, working) and the type of hay available. Table 2 gives some examples of hay intakes expected under different conditions. It is rarely practical to weigh hay for every horse every day, so the best management practice is to feed enough hay so there is always a little bit left. To get the most value from hay, it is advisable to put it in a hay feeder of some type.

Hay feeders reduce the amount of hay that horses waste. In many situations, hay feeders will cut waste by 20% or more. For many operations, a hay feeder will pay for itself in just a year or two. To determine the number of hay racks to use, observe the horses for three or four days after a hay rack is placed in a paddock or field. If all horses eat quietly at the hay rack at the same time, then the number of hay racks is appropriate for the number of horses. If some horses must wait their turn, then more hay racks are needed.

Frequently Asked Questions about Selecting and Feeding Hay

“Can I feed tall fescue hay to my horses?”

Tall fescue is a common and useful pasture plant. It can also be harvested for hay. Unfortunately, most tall fescue hay is harvested at a late stage of maturity when palatability and nutrient value are low. Horses can be expected to waste about twice as much tall fescue hay as alfalfa hay.

Much of the tall fescue grown in the southeastern U.S. is infected with an endophytic fungus. The fungus increases the hardiness of the plant but has detrimental effects on some animals. Broodmares consuming endophyte-infected tall fescue often have abnormally long gestations and foaling problems. Foals may be born weak, and some mares will fail to produce milk. Because of the potential for problems, mares should not be fed tall fescue hay or pasture during the last 90 days of gestation.

“Is alfalfa too rich for my horse?”

While alfalfa hay is a more nutrient-rich feed than most other hays, it is not any richer than many other feeds commonly used for horses. For example, the horses most natural feedstuff, good quality pasture, is often higher in calories and protein than alfalfa hay. Leafy, rapidly growing cool-season grass pasture contains 18 to 20% crude protein on a dry matter basis. By comparison, mid-maturity alfalfa hay will contain 16 to 18% crude protein on a dry matter basis.

For horses that are relatively inactive and are not growing or lactating, mid- to latematurity alfalfa hay will be a more appropriate feed than early-maturity alfalfa. Alfalfa is a good feed for lactating mares and growing horses because of its high nutrient value.

“Will the high level of protein in alfalfa damage my horses kidneys?”

Feeding programs based on alfalfa hay often provide more protein than mature horses need. However, there is no evidence to suggest that a moderate dietary excess of protein is detrimental to healthy, mature horses. Protein is made up of amino acids, which are composed of carbon, hydrogen, oxygen, and nitrogen.

When horses (or humans) consume more protein than they need, the carbon, hydrogen, and oxygen portion of the amino acids is used for energy and the excess nitrogen is excreted in the urine. Thus, it is possible that horses consuming high-protein diets will drink more water and urinate more than horses consuming lowerprotein diets, but there is no reason to believe that a horses kidneys will be damaged when this occurs.

“Is preservative-treated hay safe for my horse?”

The most common hay preservative is an organic acid preparation containing buffered propionic acid. Preservatives are used to prevent mold formation and produce a cleaner hay. A study performed at Cornell University found that, when given a choice, horses preferred alfalfa that was not treated with a preservative over alfalfa that had been treated with a mixture of acetic and propionic acid.

A study conducted at the University of Illinois found that yearlings receiving hay treated with this preservative consumed just as much and gained just as much over a 1- month feeding period as yearlings consuming untreated hay. Clinical measures of well-being such as serum enzyme levels were not affected by consumption of preservative-treated hay, indicating the hay had no negative effects on the horses.

“Can I feed hay cubes instead of baled hay?”

Hay cubes are an acceptable alternative to baled hay. Voluntary consumption may be higher when cubes are fed than when long hay is fed. There are two potential advantages of cubes over baled hay:

1. hay cubes usually have less dust than long hay
2. there may be less waste when hay cubes are fed. Hay cubes are usually more expensive than baled hay.

“Is it okay to feed hay that has been stored in the barn for a year or more?”

As long as hay has been stored in a barn, it is suitable for feeding for a long time after harvest. The amounts of energy, protein, calcium, and phosphorus in a bale of hay in dry storage are basically the same after two years of storage as they are after two months of storage. One nutrient that does change with storage is vitamin A.

However, the greatest loss of vitamin A activity occurs right after harvest, and the amount of change after 6 months is relatively small. Long-term storage may increase the dryness of hay. Hay that is very dry will be brittle and sustain more leaf shatter, so wastage during feeding may go up. Hay that has been stored for a long time may also have an increased level of dustiness, probably due to the increased dryness.

“Can large round bales be used for horses?”

Yes and no. Large round bales that are stored in a barn can be used for horses if they are free of mold. However, round bales should be used in situations where there will be enough horses consuming hay to use up the bale in few days. When a round bale is in a paddock with only one or two horses, it will be exposed to the elements for an extended period, and mold formation is likely.

In addition, the horses may overeat. Round bales that have been stored outside without cover usually have a large amount of mold spoilage and should not be used for horses. Round bales can be a convenient way to feed large groups of horses, but the amount of hay wasted is probably higher than with conventional bales.

“How much hay should I order at one time?”

Order only as much hay as you can store in a dry, protected environment. If hay is the only forage source available to your horse (no pasture), estimate your hay needs at 600 to 700 pounds of hay per horse per month. Large horses and lactating mares will eat more than this, and ponies or weanlings will eat less.

Horses that are housed outside in the winter will also need more. Try to buy hay by the ton. Buying hay by the bale is not always economical, and it is hard to compare prices because not all bales weigh the same. If one vendor sells his hay for $3.00 per bale and another sells for $2.50 per bale, the second hay may seem like a better buy. But if the first vendor has 60-pound bales and second vendor has 40-pound bales, the first hay really costs $100/ton and the second hay costs $125/ton.

Resources:

Educational programs of the Kentucky Cooperative Extension Service.

Lawrence, L.M., K.J. Moore, H.F. Hintz, E.H. Jaster, and L.
Wischover. 1987. Acceptability of alfalfa hay treated with
an organic acid preservative for horses. Can. J. Anim. Sci.
67:217.

National Research Council. 1989. Nutrient Requirements of
Horses. National Academy Press, Washington, D.C.

Raymond, S.L., E.F. Curtis, L.M. Winfield, and A.F. Clarke.
1997. A comparison of respirable particles associated with
various forage products for horses. Equine Pract. 19:23.

Russell, M.A., and G.A. Rich. 1993. Selecting hay for horses.
In: The Horse Industry Handbook, American Youth Horse
Council, Lexington, Ky.

Todd, L.K., W.C. Sauer, R.J. Christopherson, R.J. Coleman,
and W.R. Caine. 1995. The effect of feeding different forms
of alfalfa on nutrient digestibility and voluntary intake in
horses. J. Anim. Physiol. (Anim. Nutr.) 73:1.