Raising Ducks

Khaki Campbell - The world champion egg-laying duck. Developed in England by crossing Indian Runners with Rouen and wild Mallard genetics, Khaki Campbells produce an astonishing 280-340 eggs per year - more than any chicken breed. They are small (4-4.5 lbs), active foragers, excellent pest controllers, and relatively quiet. Their brown (khaki) plumage provides camouflage from aerial predators. Campbells are flighty compared to heavier breeds but calm with regular handling. Best for: maximum egg production.

Pekin (White Pekin) - The classic American dual-purpose duck. Pekins are large (8-10 lbs), fast-growing (reaching market weight in 7-8 weeks for meat production), calm, friendly, and produce 200-250 large white eggs per year. Their white plumage means clean carcasses (dark feathers leave pigmented pin feathers). Pekins are the standard commercial meat duck but also make excellent layers and pets. Best for: dual-purpose (eggs and meat), families with children, beginners.

Muscovy - Not a true Mallard-derived duck (a separate species, Cairina moschata), Muscovies are quiet (they hiss rather than quack), excellent mothers, and the best foragers of any domestic duck. They eat enormous quantities of insects, including flies and mosquitoes caught on the wing. Muscovy meat is lean, red, and resembles veal more than typical duck. They fly (clip wings to contain them) and perch in trees. Muscovies are the duck of choice in tropical Latin America. Best for: meat production, pest control, tropical climates.

Welsh Harlequin - A beautiful silver-and-brown breed that combines good egg production (250-300/year) with a calm temperament and moderate size (5-5.5 lbs). Excellent dual-purpose breed for small farms. Auto-sexing at hatch (bill color differs between males and females), which is convenient for those who want to raise only females for eggs.

Indian Runner - The tall, upright "bowling pin" ducks. Excellent layers (250-300 eggs/year) and the best garden pest control duck - their upright posture and active foraging make them devastating to slugs and snails without damaging plants (they don't dig or root like chickens). Available in many color varieties.

Starting guidance: Purchase 4-8 female ducklings (sexed at the hatchery). Ducks are social and happiest in groups. You do not need a drake (male) for egg production - drakes are only necessary if you want fertile eggs for hatching. Drakes can be aggressive during breeding season and one drake per 4-6 ducks is the recommended ratio if you keep males.

Duck housing is simpler than chicken housing because ducks are ground-dwellers - they don't need roosts, and their housing can be any dry, ventilated structure at ground level.

Coop design: Provide 4-6 square feet per duck in an enclosed nighttime shelter. Ducks don't perch, so a simple floor-level structure works - even a converted dog house or plastic storage shed. Ventilation is critical (ducks produce very moist droppings) but drafts should be eliminated at sleeping level. Bed the floor with 4-6 inches of straw or wood shavings. Ducks naturally sleep on the ground in a group, so nest boxes are optional - many ducks simply lay on the floor in a corner. If you provide nest boxes, make them ground-level, 12x12 inches, with a low lip.

Outdoor space: 15-25 square feet per duck in a fenced run, or free-range access during the day. Ducks are less vulnerable to aerial predators than chickens (they're larger and stay in groups) but still need protection from ground predators at night.

Water - the essential element: Ducks must have water deep enough to submerge their entire head. This isn't for swimming (though they love it) - it's for health. Ducks clean their nostrils and eyes by dunking and shaking their heads in water. Without this, they develop sinus infections and eye problems. A 5-gallon rubber feed tub (4-6 inches deep) refreshed daily is the minimum. Nipple waterers do NOT meet this need.

Swimming water: A pond, kiddie pool, or stock tank for swimming is beneficial but not required. Swimming provides exercise, stress relief, and improves feather waterproofing. A $30 plastic kiddie pool works perfectly for 4-8 ducks. Change the water every 1-2 days (duck swimming water gets dirty fast). Pro tip: dump used swimming water on your garden - it's an excellent fertilizer.

Mud management: The biggest challenge with ducks. They splash water everywhere and turn the area around waterers into a mud pit within days. Solutions: place waterers on a gravel or hardware cloth platform that drains, move waterers to fresh ground regularly, create a dedicated "water area" with gravel drainage, and keep the waterer away from the coop entrance.

Duck nutrition is similar to chicken nutrition with a few critical differences: ducks require higher niacin (vitamin B3), should never be fed medicated chick feed, and benefit greatly from foraging access.

Ducklings (0-2 weeks): Feed NON-MEDICATED chick starter or waterfowl starter (20-22% protein). The amprolium in medicated chick starter is not formulated for ducks and can cause niacin deficiency at the doses they consume. Add brewer's yeast to feed at 2-3 tablespoons per cup of feed - this provides the extra niacin ducks need for proper bone and nervous system development. Niacin deficiency causes leg weakness and bowed legs in ducklings.

Growing ducks (2-18 weeks): Transition to grower feed (16-18% protein) or flock raiser. Continue niacin supplementation until 10-12 weeks. Ducklings grow rapidly - Pekins gain nearly a pound per week in the first 8 weeks. Provide feed free-choice and always alongside water (ducks alternate eating and drinking and can choke on dry feed without water access).

Laying ducks (18+ weeks): Switch to layer feed (16% protein, 3-4% calcium) when the first eggs appear (typically 18-22 weeks for Campbells, 20-26 weeks for Pekins). Alternatively, feed flock raiser and provide oyster shell free-choice - this approach works if you have a mixed flock of ducks and drakes (drakes don't need the calcium in layer feed).

Feed quantities: An adult laying duck eats 6-8 ounces (about 1/2 lb) of feed per day. That's roughly 180-250 lbs of feed per duck per year. At $0.30-0.45/lb for feed, annual feed cost is $55-115 per duck.

Foraging: Ducks are excellent foragers. Free-range ducks on a property with grass, weeds, and water features can reduce feed consumption by 15-30%. Their diet includes slugs (a single duck can eat 200+ slugs per week), snails, worms, grubs, mosquito larvae, beetles, and tender plant shoots. Ducks are safer in gardens than chickens - they don't scratch and dig, though they will eat leafy greens at ground level.

Treats and supplements: Ducks enjoy: peas (their favorite treat - frozen peas are a summer cooling snack), leafy greens, mealworms, watermelon, berries, and cracked corn (sparingly - it's a low-nutrition filler). Avoid: bread (nutritionally empty), citrus (interferes with calcium absorption), avocado, and onions.

Duck eggs are a premium product with strong, growing demand in niche markets. Understanding the egg differences and target customers maximizes your revenue.

Duck vs chicken eggs: Duck eggs are 30% larger (2.5-3 oz vs 2 oz), have proportionally larger yolks, contain more fat (9.6g vs 5g), more protein (9g vs 6.3g), more omega-3 fatty acids, and more vitamins A, D, and B12. The albumen (white) has more structure, making duck eggs superior for baking - they produce fluffier cakes, richer custards, and taller meringues. The shell is thicker, giving them a longer shelf life (up to 6 weeks refrigerated).

Collection: Most ducks lay early in the morning (before 8 AM). Unlike chickens that use nest boxes, many ducks lay wherever they happen to be - on the floor of the coop, in a corner of the run, or in a nest they've created in bedding. Check the coop first thing in the morning and again after the ducks are released. If free-ranging, some ducks will hide nests in bushes or tall grass - look for suspiciously missing ducks and follow them.

Cleaning: Duck eggs are often dirtier than chicken eggs (wetter environment). Wash with warm water (warmer than the egg) and a drop of unscented dish soap. Dry immediately. Washed eggs must be refrigerated. Unwashed eggs with intact bloom can be stored at room temperature for 2+ weeks.

Sales channels and pricing:

• Farmers' markets: $6-12/dozen. Duck eggs are a conversation starter - most customers are curious and buy on impulse the first time, then become repeat customers after experiencing the difference.
• Bakeries and restaurants: Pastry chefs actively seek duck eggs for their superior baking properties. A single bakery account can absorb your entire production. Contact local bakeries directly with samples.
• Asian grocery stores: Duck eggs are standard in many Asian cuisines (salted duck eggs, century eggs, balut). These stores provide consistent, high-volume demand.
• Online/local food groups: Facebook buy/sell groups for local food, Craigslist, and Nextdoor reach customers who cook at home and value quality ingredients.

Egg economics: A Khaki Campbell producing 300 eggs/year at $0.75/egg (equivalent to $9/dozen) generates $225/year in egg revenue. After subtracting $75-115 in feed cost, net profit is $110-150 per duck. A flock of 12 Campbells produces 8-10 eggs daily - enough for a serious farmers' market presence.

Ducks are among the healthiest domestic poultry. They are naturally resistant to many diseases that devastate chicken flocks, have robust immune systems, and rarely require veterinary intervention. The primary health considerations are water-related hygiene and a few duck-specific conditions.

Niacin deficiency: The most common health problem in ducklings. Symptoms: weak, bowed, or splayed legs, difficulty walking, seizures. Caused by feeding medicated chick starter without niacin supplementation (ducks need 2-3x more niacin than chickens). Prevention: add brewer's yeast to feed (2 tbsp per cup) from day 1 through 10 weeks. Treatment: niacin tablets dissolved in water (500mg per gallon) plus brewer's yeast in feed. Caught early, ducklings recover fully within 1-2 weeks.

Bumblefoot: Swollen, infected foot pads - more common in heavy breeds (Pekin) on hard surfaces. Prevention: provide soft bedding, avoid sharp gravel or concrete in walking areas, and maintain clean, dry resting areas. Treatment: soak affected foot in warm Epsom salt water, surgically remove the infection core (a hardened plug under the scab), pack with antibiotic ointment, and bandage. This is a minor procedure most duck keepers learn to perform.

Angel wing (slipped wing): A developmental condition where the flight feathers grow faster than the wing structure, causing the wing tips to twist outward. Caused by too much protein or too many calories during rapid growth (weeks 4-8). Prevention: limit protein to 16-18% after 2 weeks of age, allow plenty of exercise, and avoid excessive treats. If caught before the wing cartilage hardens (under 8 weeks), taping the wing in the correct position for 5-7 days usually corrects it.

Wet feather: A condition where the waterproofing of the feathers breaks down, leaving the duck soaked and unable to float or insulate. Caused by: poor nutrition (especially protein deficiency), mite infestation, stress, or insufficient preening access (ducks need water deep enough to bathe and distribute preen oil). Improve nutrition, treat for parasites if present, and provide clean bathing water. Recovery takes weeks as new, properly oiled feathers grow in.

Parasites: Ducks get fewer parasites than chickens but can host mites, lice, and internal worms. External parasites are managed with poultry dust and clean bedding. Internal parasites are managed through rotational access to outdoor areas and deworming with fenbendazole (Safe-Guard) if fecal tests indicate significant loads. Most healthy free-range ducks maintain low parasite burdens without treatment.

Predator protection: Ducks are vulnerable to the same predators as chickens. Their advantage is group behavior - they stay together and are too large for many hawks. Lock ducks in their coop at night (raccoons, foxes, and opossums are the primary nighttime threats). Hardware cloth on all openings. An automatic coop door works as well for ducks as for chickens.

Beyond egg production, ducks are the most effective biological pest control agent available to gardeners and small farmers. A flock of ducks patrolling a property dramatically reduces slug, snail, mosquito, and insect populations.

Slug and snail control: Ducks are slug-eating machines. Indian Runners and Khaki Campbells are particularly voracious - a single Runner duck can consume 200+ slugs per week during peak slug season. Unlike chemical slug control (which harms beneficial organisms and contaminates soil), ducks provide targeted, self-renewing pest management. Many organic farmers keep ducks exclusively for slug control in their vegetable gardens and berry patches.

Mosquito control: Ducks eat mosquito larvae from standing water, puddles, ditches, and ponds. A small flock patrolling a property with any standing water significantly reduces mosquito populations - and the adult ducks eat adult mosquitoes on the wing as well.

Garden integration: Ducks can be integrated into vegetable gardens more safely than chickens because they don't scratch and dig. They walk between rows eating slugs, snails, and insects without destroying plants - with caveats: ducks will eat tender seedlings, low-hanging fruits (especially strawberries), and leafy greens. Protect young transplants until they're established, use low fencing around vulnerable crops, and supervise initial garden introductions.

Orchard and vineyard: Ducks are increasingly used in commercial orchards and vineyards for pest management. They eat fallen fruit (reducing pest breeding habitat), control snails and slugs that damage young trees, and fertilize the orchard floor. Winemakers in particular value ducks for slug control without chemical residues.

Rice paddy ducks: In Asia, ducks have been integrated with rice farming for centuries. Ducks eat weeds and insects in flooded rice paddies while their manure fertilizes the rice. This ancient practice is being revived as integrated rice-duck farming demonstrates yield improvements of 10-20% over chemical-dependent monoculture, while producing duck eggs and meat as bonus products.