6 Free Plants That Replace Chicken Feed and Grow Forever Why did They Hide It

Most chicken keepers spend money every single month on feed without realizing that some of the most nutritious chicken foods already grow freely around them. And once planted, they never stop coming back. Commercial chicken feed is convenient, but it is expensive and increasingly unreliable. Prices rise, quality varies, and many feeds are heavy in fillers rather than real nutrition. Meanwhile, chickens evolve to thrive on Welcome to Daily Plant Life. In this video, we're breaking down six free plants that can replace most commercial chicken feeds and grow themselves forever. These plants are not supplements, they are foundations. For each one, we'll look at exactly how it benefits chickens nutritionally, how to grow it long-term, and how to use it correctly as chicken feed so your birds stay productive, healthy, and strong. Let's get into it. Plant number one, Moringa. Moringa is one of the most powerful plants you can grow for chickens because it concentrates nutrition in its leaves. The protein content of Moringa leaves rivals many commercial feeds, but unlike feed, Moringa also provides calcium, iron, vitamin A, vitamin C, and essential amino acids in a natural form that chickens digest easily. This combination directly supports egg production, eggshell thickness, feather regrowth, and immune strength. When chickens consume Moringa regularly, their bodies do not need to work as hard to extract nutrients. This reduces stress on digestion and improves overall efficiency. Hens often lay more consistently, chicks grow stronger, run and birds recover faster from illness or molting. This is why Moringa is often called a complete green feed rather than just a supplement. Growing Moringa is simple and long-term. It grows rapidly from seed or cuttings and thrives in warm climates. Once established, it tolerates drought and poor soils better than most plants. The more you cut it, the more it grows back. Regular harvesting encourages bushy growth, allowing you to harvest leaves weekly without killing the plant. To feed Moringa properly, leaves should be chopped or crushed to prevent waste. Fresh leaves can be mixed with other greens, while dried leaves can be ground and stored for months. Because Moringa is very nutrient dense, it works best when fed consistently in moderate amounts rather than dumped in excess. One overlooked benefit of Moringa in chicken systems is how it affects feeding behavior. Chickens fed Moringa regularly tend to forage less aggressively for protein because their nutritional needs are already being met. This reduces stress within the flock, lowers pecking and feather pulling, and leads to calmer birds overall. Over time, this stability improves laying consistency and growth uniformity, especially in mixed-age flocks. Plant number two, sweet potato leaves. Sweet potato leaves are one of the most overlooked chicken feeds, even though they are extremely productive. While people focus on the tubers, the leaves themselves are rich in fiber, antioxidants, vitamins A and C, and minerals that support digestion and immunity. For chickens, these leaves help stabilize gut health and improve nutrient absorption from other foods. Unlike high-protein feeds that push rapid growth, sweet potato leaves support balance. They prevent digestive stress, reduce watery droppings, and help chickens process heavier foods more efficiently. This makes them especially valuable in systems where birds rely on mixed plant feeding rather than commercial pellets. Sweet potato plants are almost impossible to exhaust. Once planted, the vines spread aggressively and regenerate after every harvest. They thrive in poor soils, tolerate heat, and require minimal care. Cutting the vines actually stimulates faster regrowth, making them ideal for continuous chicken feeding. When feeding sweet potato leaves, they should be chopped or torn to reduce waste. They can be fed fresh or slightly wilted. While they are not high enough in protein to be used alone, they work perfectly when paired with plants like moringa or duckweed, forming a complete natural ration. Sweet potato leaves also play a quiet role in waste reduction. Because they digest slowly and evenly, chickens leave fewer undigested nutrients in their droppings. This improves manure quality, making it more suitable for composting or garden use. In integrated systems, sweet potato leaves help close the loop between feed, waste, and soil health. Plant number three, duckweed. Duckweed is one of the closest things to a natural protein feed that chickens can consume without processing. What makes duckweed special is not just that it grows fast, but that it converts sunlight and water into dense, usable protein. In many cases, duckweed contains between 30 to 40 percent protein, which puts it in the same category as soybean meal and fish meal. Two of the most expensive components of commercial chicken feed. For chickens, protein is not optional. Protein controls growth rate, muscle development, feather quality, egg size, and egg consistency. When protein is low, chickens may survive, but they do not perform well. Duckweed fills this gap naturally. Chickens digest duckweed easily because its protein is soft, plant-based, and already partially broken down by water growth, reducing strain on the system. Beyond protein, duckweed also supplies essential amino acids that chickens cannot synthesize on their own. These amino acids are critical for egg formation and feathery growth, especially during molting. Birds fed duckweed regularly often show faster recovery after stress, stronger body condition, poor and improved laying performance over time. Growing duckweed requires very little land, but a basic understanding of water management. Duckweed grows on still or slow moving water and multiplies rapidly when sunlight and nutrients are present. A shallow pond, basin, drum, or concrete tank is enough. Once introduced, duckweed spreads across the surface and regenerates daily. The more you harvest, the more space you create for new growth. To keep duckweed productive long-term, the water should not be allowed to dry completely, and it should receive sunlight for several hours a day. Organic matter such as chicken manure diluted in water can be used to boost growth, creating a closed-loop system where chickens indirectly feed themselves. When feeding duckweed to chickens, it can be scooped directly from the water and offered fresh. Our chickens instinctively recognize it as food. Duckweed can also be sun-dried and stored for later use, especially during dry seasons. Because of its high protein concentration, duckweed works best when combined with fibrous greens like sweet potato leaves, preventing digestive imbalance. Duckweed adds resilience to chicken feeding systems during periods of scarcity. When land-based plants struggle due to drought or over-harvesting, duckweed continues producing as long as water remains. This makes it an emergency protein reserve that stabilizes production during feed shortages, seasonal transitions, or sudden flock expansion. Plant No. 4 – Comfrey Comfrey is not a fast, flashy plant. It is a structural feed plant. Its strength lies in minerals, not speed. Comfrey pulls nutrients from deep in the soil and concentrates them in its leaves, making it one of the best natural mineral sources available for chickens. The leaves are rich in calcium, potassium, magnesium, phosphorus, and trace elements that directly affect bone strength and eggshell formation. For laying hens, calcium is especially critical. Without enough calcium, hens may lay soft-shelled eggs, weak shells, or stop laying entirely. Comfrey helps stabilize this problem naturally. Unlike grain-based feeds that push rapid growth, Comfrey strengthens the body's foundation. It supports skeletal development in young birds, improves shell thickness in layers, and contributes to overall resilience. Chickens fed mineral- rich plants tend to suffer fewer leg problems, fewer fractures, and better long-term productivity. Comfrey is also valuable because it does not need to be replanted every season. Once established from root cuttings, it returns year after year. The plant produces large, broad leaves multiple times per growing season. Cutting the leaves stimulates regrowth, allowing repeated harvest without damaging the plant. Comfrey thrives in many soil types and tolerates partial shade. It requires little maintenance beyond occasional cutting. Because its roots grow deep, it continues producing even during dry periods when shallow-rooted plants struggle. When feeding Comfrey to chickens, moderation is key. The leaves should be chopped and mixed with other greens or feeds. Comfrey is best used as a mineral supplement rather than a bulk feed. Feeding small amounts regularly is more effective than feeding large quantities at once. Over time, not a Comfrey becomes a silent backbone of a chicken feeding system. It doesn't replace protein- heavy plants like duckweed, but it ensures that whatever protein the chickens consume is properly utilized by the body. Comfrey's deep-rooted nature gives it a long-term advantage that many feed plants lack. By pulling nutrients from deep soil layers, Comfrey continues producing even when topsoil fertility declines. Over time, this reduces the need for mineral supplements, especially in flocks raised on depleted or reused land. Plant number five, banana leaves and stems. Banana plants are not usually thought of as chicken feed, but in a plant-based feeding system, they play a critical supporting role. While banana leaves and soft stems are not protein-rich, they provide bulk, moisture, fiber, and minerals, which are essential for digestion and gut balance in chickens. Chickens that consume only concentrated feeds often suffer from digestive stress, dehydration, and inefficient nutrient absorption. Banana plant material helps correct this. The high moisture content in banana stems supports hydration, especially during hot seasons when chickens lose water rapidly. Proper hydration directly affects egg production, appetite, and body temperature regulation. The fiber in banana leaves slows digestion just enough to allow nutrients from protein-rich plants to be absorbed more effectively. Banana plants also contain potassium and trace minerals that support muscle function and metabolic balance. These nutrients are particularly important for laying hens and fast-growing birds. While banana material cannot stand alone as feed, it allows other feeds to work better, making it a strategic component rather than a filler. Growing banana plants is long-term and regenerative. Once planted, banana plants produce suckers continuously. Even after harvesting fruit, the plant provides leaves and stems that can be cut without killing the system. In warm climates, banana plants effectively become permanent feed sources that require little effort beyond basic care. When feeding banana leaves and stems, preparation matters. Leaves should be chopped into manageable pieces to prevent waste. Soft inner stems can be sliced thinly. Banana material should always be paired with higher protein feeds like moringa, duckweed, or amaranth seeds. Used correctly, banana plants stretch your feed supply without sacrificing nutrition. Banana material also helps regulate feeding pace. Chickens spend more time pecking and processing fibrous material, which mimics natural foraging behavior. This slows consumption, reduces boredom, and improves overall flock behavior, particularly in confined or semi-free Plant number six, amaranth. Greens plus grain. Amaranth is one of the few plants that can truly replace both green feed and grain in a chicken system. It offers leafy greens rich in vitamins and minerals, while also producing high energy seeds that chickens instinctively recognize as food. This dual-purpose nature makes amaranth extremely valuable for long-term sustainability. The leaves contain calcium, iron, magnesium, and antioxidants that support immune health, feather development, and egg production. Unlike many greens, amaranth leaves are thick and nutrient dense, meaning chickens receive more nutrition per bite. This reduces waste and improves feed efficiency. Amaranth seeds provide carbohydrates, protein, and essential fats. These nutrients support energy levels, body weight maintenance, and consistent laying. In traditional systems, grains must be purchased or harvested annually. Amaranth, once established, often reseeds itself naturally, returning year after year without replanting. Growing amaranth is straightforward. It thrives in poor soils, tolerates heat, and grows rapidly from seed. Once it matures, allowing a portion of the plant to go to seed ensures future growth. Over time, amaranth becomes a self-sustaining grain source within the garden. When feeding amaranth, leaves can be offered fresh or dried. Seeds should be lightly crushed or cooked to improve digestibility. Chickens readily consume both parts, making amaranth one of the most complete natural feeds available. Amaranth provides a seasonal advantage many keepers overlook. During periods when leafy greens decline, stored amaranth seeds maintain energy levels and body condition. This makes amaranth a bridge between growing seasons, preventing sudden drops in egg production caused by energy shortages. No single plant replaces commercial feed entirely on its own. The power lies in combination. Moringa and duckweed provide protein. Sweet potato leaves and banana plants support digestion and bulk. Comfrey supplies minerals and amaranth delivers energy and grain. Together, they create a balanced regenerative feeding system that reduces dependence on purchased feed while maintaining bird health and productivity. Chickens do not need expensive feed to thrive. They need the right plants. When you grow food that regrows endlessly, pulls nutrients from the soil, and feeds birds naturally, you shift from buying feed to producing it. This is daily plant life. Start with one plant, then add another, and slowly build a system that feeds your chickens year after year. If you found this helpful, let me know in the comments which plant you're already growing, or which one you'll start with, and I'll see you in the next video.