# Poultry Housing for Niche Flocks: Ducks, Geese, and Turkeys ## Key Takeaways - **Species-Specific Space & Design:** Ducks require 4-6 sq ft/bird indoors and 10-15 sq ft/bird outdoors, with low, well-ventilated coops and floor-level access; geese need 8-10 sq ft/bird indoors and 30+ sq ft/bird outdoors for grazing, preferring three-sided shelters; turkeys require 5-8 sq ft/bird (10 sq ft for broad-breasted) with tall, well-ventilated housing and strong roosts (or solid floors for broad-breasted). - **Ventilation is Paramount:** All three species, particularly turkeys and waterfowl, are highly susceptible to respiratory diseases and poor feather condition due to moisture and ammonia buildup; continuous ventilation, even in winter, is critical to remove moisture and ammonia, with inlets low and outlets high to create a chimney effect, avoiding drafts at bird level. - **Predator Protection & Flooring:** Robust predator protection necessitates 1/2-inch hardware cloth, buried 12 inches deep and extended 12 inches outward, to deter digging animals; solid, easily cleanable floors with deep, absorbent bedding (pine shavings) are essential for ducks and geese to prevent footpad injuries, while turkeys benefit from solid floors or slatted/wire floors in wet climates to manage manure and prevent breast blisters. - **Biosecurity & Disease Prevention:** Implementing strict biosecurity measures, including separate footwear and tools for each species area and thorough cleaning and disinfection between flocks, is vital to prevent disease transmission; monitoring for signs of respiratory distress, aggression, frequent injuries, or increased disease incidence necessitates immediate review and potential upgrade of housing conditions. --- Raising ducks, geese, or turkeys requires different housing than a standard [chicken coop](/knowledge/veterinary-medicine/backyard-poultry/chicken-coop). These birds have distinct needs for space, ventilation, flooring, and predator protection. This guide covers the practical steps for designing and building housing for each species, whether you are starting with a small backyard flock or planning a larger operation. It is written for farmers and homesteaders who want clear, actionable advice on duck housing design, goose shelter requirements, and turkey housing that keeps birds healthy and productive. ## At a Glance - **Ducks** need a low, well-ventilated coop with no roosts and easy floor access. Plan for 4 to 6 square feet per bird inside and 10 to 15 square feet per bird in an outdoor run. - **Geese** are grazers and need more space than ducks. Plan for 8 to 10 square feet per bird inside and at least 30 square feet per bird outdoors for grazing. - **Turkeys** require tall, well-ventilated housing with strong roosts. Plan for 5 to 8 square feet per bird for standard breeds and 10 square feet for broad-breasted varieties. - **Ventilation** is the most critical factor for all three species. Moisture and ammonia buildup cause respiratory disease and poor feather condition. - **Predator protection** means hardware cloth, not chicken wire. Bury the wire 12 inches deep and extend it outward 12 inches to stop digging animals. - **Flooring** should be easy to clean. Use solid floors with deep bedding for ducks and geese, and consider slatted or wire floors for turkeys in wet climates. - **Nesting areas** differ by species. Ducks prefer floor-level nest boxes, geese build ground nests, and turkeys need larger, darker nest boxes. - **Biosecurity** matters. Keep separate footwear and tools for each species area and clean housing between batches of birds. ## Why Niche Poultry Housing Differs from Chicken Coops Chicken coops are designed around the behavior and anatomy of chickens. They have elevated roosts, nest boxes set at a height, and often use small pop holes for access. Ducks, geese, and turkeys do not fit this model. Each species has evolved with different needs, and housing that ignores these differences leads to injury, disease, and poor performance. Ducks and geese are waterfowl. Their bodies are built low to the ground with webbed feet designed for swimming and walking on soft surfaces. They do not perch like chickens. A standard chicken roost is uncomfortable for them and can cause bumblefoot, a painful infection of the footpad. Waterfowl also produce significantly more moisture than chickens. They drink by dipping their bills and splashing water, and they track moisture through the coop on their feet. This means a duck or goose house needs more ventilation and more frequent bedding changes than a [chicken coop](/knowledge/veterinary-medicine/backyard-poultry/chicken-coop). Turkeys are gallinaceous birds like chickens, but they are much larger and have different social behaviors. They need more vertical space, stronger roosts, and more floor area. Turkeys are also more prone to respiratory disease than chickens, so ventilation becomes even more critical. Broad-breasted turkeys, the kind raised for meat, have difficulty moving and may struggle to use elevated roosts at all. They are best housed on solid floors with deep bedding. The niche poultry producer must also consider the different predator risks. Ducks and geese are ground nesters and are vulnerable to raccoons, foxes, dogs, and coyotes. Turkeys are large but still vulnerable to the same predators, especially at night. Housing must be built to exclude digging, climbing, and flying predators. ## Duck Housing Design Ducks are the most common niche waterfowl kept on small farms. They are hardy, productive layers, and they control pests in gardens and orchards. Duck housing design starts with understanding that ducks are ground birds that need dry, draft-free shelter with excellent airflow. ### Space Requirements for Ducks Crowding is the most common housing mistake with ducks. Ducks need more space per bird than chickens because they are larger and because their waste is wetter and more voluminous. Plan for a minimum of 4 to 6 square feet per duck inside the coop. A small flock of six ducks needs a coop of at least 24 to 36 square feet. This is roughly a 6 by 6 foot structure. Outdoor space is equally important. Ducks need room to move, forage, and engage in natural behaviors like dabbling in shallow water. Provide at least 10 to 15 square feet per duck in an outdoor run. For six ducks, that means a run of 60 to 90 square feet. More space is always better. Ducks that are crowded become stressed, which lowers egg production and increases the risk of feather pecking and disease. If you plan to let ducks free-range during the day, the outdoor run can be smaller. The run then serves as a safe daytime holding area when you cannot supervise the birds. It should still provide enough room for the flock to move comfortably. ### Coop Design and Layout A [duck coop](/knowledge/veterinary-medicine/backyard-poultry/duck-coop-design-and-management-creating-a-safe-and-functional-habitat) should be low and wide rather than tall and narrow. Ducks do not need headroom for roosting. A ceiling height of 4 to 5 feet is sufficient for most breeds. This low profile helps retain heat in winter and makes the structure easier to clean. The floor should be solid, not wire. Ducks have delicate footpads that are prone to injury on wire floors. Use plywood, concrete, or a well-compacted base. Concrete is easiest to clean and disinfect between flocks. A plywood floor over a raised foundation works well for smaller movable coops. Bedding should be absorbent and changed frequently. Pine shavings are the standard choice. Straw is less absorbent and can harbor mold. Avoid cedar shavings, which release aromatic oils that can irritate duck respiratory systems. Use a deep litter method, starting with 4 to 6 inches of shavings and adding more as the bedding becomes soiled. In wet weather, you may need to change bedding twice weekly. The entrance to the duck house should be at floor level. Ducks cannot navigate ramps well and will injure their legs trying to climb steep inclines. Use a wide door, at least 18 inches across, with a low threshold. Some keepers use a pop hole with a ramp, but the ramp must be very gentle, no steeper than 30 degrees. A ground-level door is simpler and safer. ### Ventilation for Duck Houses Ventilation is the single most important factor in duck housing. Ducks produce a large amount of moisture through respiration and through the water they splash from their drinkers. Without good airflow, this moisture condenses on walls and bedding, creating a wet, ammonia-rich environment. Ammonia damages duck respiratory tracts and eyes. It also promotes the growth of harmful bacteria and fungi. Provide ventilation at the top of the coop walls. Ridge vents or gable-end vents allow warm, moist air to escape. Inlets at the bottom of the walls, covered with hardware cloth, allow fresh air to enter. This creates a natural chimney effect. The goal is continuous airflow without drafts at duck level. Ducks sit close to the floor, so keep the lowest ventilation openings at least 12 to 18 inches above the floor. In winter, many keepers close up the coop to keep birds warm. This is a mistake. Ducks are cold-hardy and handle freezing temperatures well as long as they are dry and out of the wind. A closed coop traps moisture and leads to frostbite on duck feet and bills. Keep ventilation open year-round, even in the coldest months. The birds will generate enough body heat to stay warm if they are dry. ### Water and Feeding Stations Water is the messiest part of duck keeping. Ducks need water to swallow dry feed and to keep their eyes and nostrils clean. They will splash and play in any open water source. Design the water station to minimize mess. Use a shallow, wide water container that is difficult to tip over. A rubber feed pan or a shallow livestock waterer works well. Place the waterer on a wire grate or a perforated platform so spilled water drains away from the bedding. Some keepers build a small drainage pit outside the coop and place the waterer over a floor drain. Another option is to use a nipple waterer system, which reduces spillage significantly, though ducks take time to learn how to use nipples. Place the waterer away from the nesting area and the feed station. Wet bedding near nests causes egg contamination and reduces hatchability. Keep the feed dry and elevated on a simple platform or in a trough that ducks cannot tip over. ### Nesting Areas for Ducks Ducks lay eggs in the early morning, usually before 8 a.m. They prefer to lay in sheltered, ground-level nest boxes. Provide one nest box for every two to three ducks. A nest box for ducks should be about 14 inches wide, 14 inches tall, and 18 inches deep. The entrance should be at floor level. Place nest boxes along the walls of the coop, in the darkest area available. Ducks prefer privacy when laying. Line the boxes with clean straw or shavings. Check and collect eggs daily, preferably before noon. Ducks will lay in communal nests if boxes are not provided, which leads to dirty, broken, or buried eggs. ### Duck Coop Plans for Small Flocks A simple duck coop plan for a small flock of four to six ducks starts with a 6 by 8 foot floor. Build the walls 4 feet high. Use 2 by 4 inch framing with plywood siding. Install a pitched roof with a ridge vent running the full length. Place a 2 by 2 foot hardware cloth vent on each gable end, covered with a baffle to keep out rain and snow. The floor should be plywood over a 2 by 4 inch frame, raised 12 inches off the ground with skids so you can move the coop. Use 1/2 inch hardware cloth to cover the floor opening if you build a bottomless coop for rotational grazing. Otherwise, use solid plywood with a 4 to 6 inch deep bedding area. Install a 24 inch wide door on the south side, hinged at the bottom so it drops down to form a ramp. This door can be propped open during the day and closed at night. Add a separate 12 by 12 inch access door on the opposite side for cleaning and egg collection. Place a predator-proof latch on all doors. ## Goose Shelter Requirements Geese are larger than ducks and have different housing needs. They are primarily grazers, spending much of their day eating grass and other vegetation. Goose shelter requirements focus on providing a dry, draft-free resting area and access to good pasture. Geese are hardy and cold-tolerant, but they need protection from extreme weather and predators. ### Space Requirements for Geese Geese need generous space both inside and outside. Inside the shelter, plan for 8 to 10 square feet per bird. A pair of geese needs a shelter of at least 16 to 20 square feet. A small flock of five geese needs 40 to 50 square feet. Outdoor space is where geese really need room. As grazers, they require pasture to meet their nutritional needs. Plan for at least 30 square feet of pasture per goose, though more is better. For a flock of five geese, that means 150 square feet of grazing area. If pasture is limited, you will need to supplement with cut grass, hay, or commercial waterfowl feed. Geese are social and do best in pairs or small flocks. A single goose becomes lonely and may stop eating or become aggressive. Keep at least two geese together. ### Shelter Design for Geese A goose shelter should be simple, sturdy, and well-ventilated. Geese do not need elaborate housing. A three-sided shed facing away from prevailing winds works well in most climates. The open side gives geese easy access to pasture and allows them to see approaching predators. The shelter should be at least 4 feet tall at the front and 3 feet at the back. Geese are tall birds, especially the Embden and Toulouse breeds, which can stand 3 feet or more. Build the shelter to accommodate the largest breed you keep. The floor should be solid and dry. Geese produce large amounts of droppings, so the bedding needs frequent changing. Use straw or pine shavings. In wet climates, consider a concrete floor with a slight slope for drainage. This makes cleaning much easier. Ventilation is important in goose shelters, though geese produce less moisture than ducks because they spend more time outside. Still, provide ridge or gable-end vents to prevent condensation and ammonia buildup. Keep the shelter draft-free at goose level. Geese are cold-hardy but they do not tolerate drafts well, especially when wet. ### Pasture Management for Geese Geese are efficient grazers and can maintain a pasture if stocked correctly. The rule of thumb is that two to four geese can maintain one acre of grass, depending on grass quality and growing season. For smaller operations, rotational grazing works well. Move geese to fresh pasture every few days to prevent overgrazing and parasite buildup. Fencing for geese can be simple. They are not strong fliers and are easily contained by a 3 to 4 foot fence. Woven wire or electric netting both work. Geese are more likely to walk through a fence than fly over it, so make sure the fence is tight to the ground. A single strand of electric wire at 6 to 8 inches above the ground can deter them from pushing through. Protect pasture from overgrazing. Geese will eat grass down to the roots if given the chance. This leads to soil erosion and weed invasion. Move geese to fresh pasture when the grass is grazed down to about 2 inches. Rest the pasture for several weeks to allow regrowth. ### Nesting and Breeding Areas for Geese Breeding geese need a quiet, secluded nesting area. Provide one nest box per breeding pair. A goose nest box should be about 24 inches wide, 24 inches deep, and 18 inches tall. Place it on the floor in a dim corner of the shelter. Line it with straw. The female will add down feathers to the nest as she prepares to lay. Geese are protective of their nests and may become aggressive during the breeding season. Give breeding pairs extra space and handle them as little as possible. A gander will defend his mate and nest vigorously. Warn children and visitors about this behavior. Goslings have different housing needs than adult geese. They require a brooder with a heat lamp for the first few weeks. Start at 90 degrees Fahrenheit and reduce the temperature by 5 degrees each week until the goslings are fully feathered. Provide a separate, draft-free brooder area away from adult geese. Goslings need access to water for drinking and swimming, but the water must be shallow enough that they cannot drown. ### Goose Shelter Construction A practical goose shelter for a small flock can be built from a 4 by 8 foot sheet of plywood. Build a simple A-frame or lean-to structure. The lean-to design is easiest. Use 2 by 4 inch framing for the front and back walls. The front wall is 4 feet tall, the back wall is 3 feet tall. The roof slopes from front to back, shedding rain and snow. Cover the roof with corrugated metal or waterproof plywood. Add a ridge vent at the peak. The open front faces south or east, away from prevailing winter winds. Add a removable front panel for storm protection. This panel can be hinged at the top and propped open during mild weather. Set the shelter on skids so you can move it to fresh pasture. This is the key to rotational grazing with geese. Move the shelter every few days to a new area of pasture. The geese will fertilize the old pasture with their droppings while grazing the new area. ## Turkey Housing Turkeys present unique housing challenges. They are large, social birds with specific needs for space, ventilation, and roosting. Turkey housing affects everything from growth rates to disease resistance. Getting it right from the start saves time, money, and bird losses. ### Space Requirements for Turkeys Turkeys need more space than chickens at every stage of life. For growing meat turkeys, plan for 5 to 8 square feet per bird inside the barn or coop. Broad-breasted turkeys, which grow very large, need the high end of this range. A flock of 25 standard turkeys needs 125 to 200 square feet of indoor space. Outdoor space is also important. Turkeys are active foragers and benefit from access to pasture. Provide at least 20 square feet of outdoor space per bird. For a flock of 25, that means 500 square feet of pasture or run space. More space reduces aggression and feather pecking. Turkey poults in a brooder need much less space initially. Start with 1 square foot per poult for the first two weeks. Increase to 2 square feet per poult by week four. By week eight, poults need 3 to 4 square feet each. Plan your brooder capacity so you can expand as the birds grow. ### Ventilation and Air Quality Turkeys are extremely sensitive to poor air quality. They have a high metabolic rate and produce significant moisture and ammonia. Respiratory disease spreads quickly in poorly ventilated turkey housing. This is the most common cause of disease outbreaks in turkey flocks. Provide continuous ventilation in turkey housing, even in winter. Ridge vents, sidewall vents, and exhaust fans all work. The goal is to remove moisture and ammonia while maintaining a consistent temperature. Turkeys tolerate cold well but do poorly in damp, drafty conditions. A good rule is that you should be able to smell fresh air when you enter the turkey house. If you can smell ammonia, the ventilation is inadequate. Open vents and increase airflow immediately. Ammonia levels above 25 parts per million damage turkey respiratory tracts and increase susceptibility to disease. In winter, keep ventilation open but direct airflow away from the birds. Use baffles to deflect incoming air upward. The birds will huddle together for warmth, but they need fresh air. A turkey house that smells clean in winter is a turkey house that will have fewer health problems. ### Roosting and Flooring for Turkeys Standard turkeys like to roost at night. They prefer high perches where they feel safe from predators. Provide roosts made of 2 by 4 inch lumber, with the wide side facing up. This gives turkeys a stable platform and prevents foot problems. Place roosts 2 to 3 feet off the floor and space them 2 feet apart horizontally. Allow 12 inches of roost space per bird. Broad-breasted turkeys have difficulty roosting. Their heavy bodies and weak legs make jumping onto and off of roosts risky. They can injure themselves or develop breast blisters from repeated contact with hard surfaces. For broad-breasted turkeys, skip the roosts entirely. Provide deep bedding on a solid floor instead. The floor of a turkey house should be solid, not wire. Wire floors cause foot injuries and breast blisters in heavy birds. Use plywood, concrete, or a well-drained dirt floor with deep bedding. Pine shavings are the best bedding choice. Start with 4 to 6 inches and add more as needed. In wet climates, consider a slatted floor over a concrete base. The slats allow manure to fall through, keeping the birds cleaner and reducing ammonia. ### Lighting and Nesting for Turkeys Turkeys need adequate light for growth and egg production. Natural light through windows or translucent panels works well. For meat birds, provide 12 to 14 hours of light per day. For breeding hens, increase light to 14 to 16 hours per day during the laying season. Turkey hens need nest boxes that are larger than chicken nest boxes. A turkey nest box should be about 18 inches wide, 18 inches tall, and 24 inches deep. Provide one nest box for every four to five hens. Place them on the floor in a dim area of the house. Line with straw or shavings. Check and collect eggs daily to prevent breakage and contamination. Turkeys can be aggressive during the breeding season. Toms may fight with each other and can injure hens during mating. Provide separate housing for toms and hens, and introduce them only for controlled breeding. Give hens escape routes and hiding spots in the breeding pen. ### Turkey Housing for Different Production Systems The housing system you choose depends on your goals. Pasture-raised turkeys need movable housing that provides protection while allowing access to grass. A turkey tractor or floorless pen works well. These are low, A-frame or hoop-style structures that you move daily or every few days. Plan for 5 to 8 square feet per bird inside the tractor. For larger pasture operations, use a movable hoop house. These are arched structures covered with greenhouse plastic or metal roofing. They provide shelter from rain and sun while allowing ventilation through the ends. Move the hoop house to fresh pasture regularly. This spreads manure and reduces parasite buildup in the soil. Indoor turkey production requires a more substantial barn. A pole barn or hoop barn with concrete or dirt floors works well. Provide 5 to 8 square feet per bird, with good ventilation and lighting. For breeding flocks, divide the barn into separate pens for toms and hens. For meat flocks, keep the birds in one group to minimize stress and aggression. ### Brooding Turkey Poults Turkey poults need a warm, draft-free brooder for the first six to eight weeks. Start the brooder temperature at 95 degrees Fahrenheit for the first week. Reduce the temperature by 5 degrees each week until the poults are fully feathered. Watch the poults to gauge temperature. If they huddle under the heat lamp, they are cold. If they pant and move away from the lamp, they are too hot. Provide 1 square foot of brooder space per poult for the first two weeks. Use a clean, dry bedding of pine shavings. Keep feed and water available at all times. Use shallow waterers designed for poults to prevent drowning. Add marbles or clean pebbles to the waterer to reduce the risk of drowning in the first week. Poults are susceptible to coccidiosis and other diseases. Keep the brooder clean and dry. Use a medicated starter feed if recommended by your veterinarian or extension agent. Provide fresh water daily and clean the waterers thoroughly. ## Common Housing Mistakes and How to Avoid Them Many poultry keepers make the same mistakes when housing ducks, geese, or turkeys. Recognizing these problems early can save your flock from injury and disease. **Using chicken coops for waterfowl.** Chicken coops have roosts, elevated nest boxes, and small doors. Ducks and geese cannot use these features comfortably. They will injure their feet on roosts and may refuse to use elevated nest boxes. Build or modify housing to be ground-level and roost-free. **Inadequate ventilation.** This is the most common and most serious mistake. Closed-up coops trap moisture and ammonia, leading to respiratory disease, eye infections, and poor feather condition. Keep ventilation open year-round, even in winter. **Poor predator protection.** Chicken wire is not predator-proof. Raccoons and dogs can tear through it easily. Use 1/2 inch hardware cloth on all openings. Bury the wire 12 inches deep and extend it outward 12 inches to stop digging predators. Secure all doors and vents with strong latches. **Overcrowding.** Too many birds in too little space causes stress, aggression, and disease. Follow the space recommendations for each species. More space is always better, especially for growing birds. **Wet bedding.** Waterfowl produce a lot of moisture. Wet bedding leads to ammonia, foot problems, and disease. Use deep, absorbent bedding and change it frequently. Design water stations to minimize spillage. **Ignoring biosecurity.** Bringing in new birds without quarantine can introduce disease to your flock. Quarantine new birds for at least 30 days. Clean and disinfect housing between batches. Keep separate footwear and tools for each species area. **Using the wrong feeder and waterer designs.** Ducks and geese need wide, shallow containers that they cannot tip. Turkeys need feeders and waterers sized for their larger bodies. Equipment designed for chickens is often too small or unstable for these larger birds. ## Decision Thresholds: When to Upgrade or Change Housing Knowing when to expand or change your housing setup is important for flock health and productivity. Watch for these signs that your current housing is inadequate. **Rising ammonia levels or respiratory symptoms.** If you smell ammonia when you enter the housing, ventilation is inadequate. If birds show sneezing, coughing, or watery eyes, act immediately. Increase ventilation and clean out wet bedding. If symptoms persist, call a veterinarian. **Frequent injuries or lameness.** Foot injuries, breast blisters, and leg problems often result from poor flooring or overcrowding. If birds are getting injured, review your space allocation and flooring type. Broad-breasted turkeys may need to be moved to solid floors without roosts. **Aggression and feather pecking.** This usually indicates overcrowding or inadequate environmental enrichment. Provide more space and add distractions like pecking blocks or hanging vegetables. For turkeys, reduce group size or separate aggressive birds. **Poor egg production or hatchability.** If hens are not laying well or eggs are dirty or broken, review nesting areas. Provide more nest boxes, make them darker and more private, and collect eggs more frequently. **Increased disease incidence.** If you are treating sick birds repeatedly, your housing may be the problem. Poor ventilation, wet bedding, and overcrowding all stress birds and make them more susceptible to disease. Address the housing issue before treating the disease. **Manure buildup and odor.** If you cannot keep up with bedding changes, your housing design may be inadequate. Consider a different flooring system, more frequent cleaning, or a larger structure. ## Monitoring and Recordkeeping Good recordkeeping helps you spot problems early and make better housing decisions. Keep simple, consistent records for your flock. **Daily observations.** Check birds at least twice daily. Note any signs of illness, injury, or unusual behavior. Check that waterers and feeders are clean and full. Verify that ventilation is working and bedding is dry. **Weekly records.** Weigh a sample of growing birds weekly to track growth rates. Record feed consumption. Check for signs of foot problems or breast blisters. Note any changes in egg production. **Monthly records.** Review mortality and culling rates. Track feed conversion. Check the condition of housing, fencing, and equipment. Make repairs before they become serious problems. **Seasonal reviews.** At the end of each season, review your housing setup. What worked well? What caused problems? Plan improvements before the next batch of birds arrives. Keep records in a simple notebook or spreadsheet. Include dates, bird numbers, treatments, and observations. These records are valuable when working with a veterinarian or extension agent to diagnose problems. ## When to Call a Veterinarian or Extension Agent You can handle many housing and management issues yourself, but some situations require professional help. Call a veterinarian if you see: - Sudden death of multiple birds - Severe respiratory distress, including gasping or open-mouth breathing - Swollen heads, eyes, or sinuses - Neurological signs such as circling, tremors, or paralysis - Severe diarrhea or unusual droppings - A drop in feed or water consumption lasting more than 24 hours - Injuries that do not heal or show signs of infection Contact your local extension agent for help with: - Designing new housing or modifying existing structures - Developing a biosecurity plan - Interpreting water or feed test results - Managing pasture for geese or turkeys - Understanding local regulations for poultry keeping - Planning for disease prevention and vaccination programs Your veterinarian and extension agent are valuable resources. Build a relationship with them before you have a crisis. They can help you design housing that prevents problems rather than treating them after they occur. ## Frequently Asked Questions **How much space do ducks need in a coop?** Ducks need a minimum of 4 to 6 square feet per bird inside the coop. A small flock of six ducks needs a coop of at least 24 to 36 square feet. They also need 10 to 15 square feet per bird in an outdoor run. More space is always better, especially in hot weather or when birds are kept indoors for extended periods. **Can ducks and chickens share a coop?** It is not recommended. Ducks produce much more moisture than chickens and need different ventilation and flooring. Ducks also do not roost, so the roosts in a chicken coop are wasted space and a source of injury for ducks. If you must house them together, provide a separate area for each species with different flooring and ventilation. **Do geese need a pond or swimming water?** Geese do not require a pond for survival, but they do need access to clean drinking water at all times. They enjoy swimming and will use a pond if available, but it is not essential. What matters most is that geese have good pasture for grazing and a dry shelter for resting. If you provide a pond, make sure it is clean and safe, and that geese can easily enter and exit. **What is the best flooring for a duck coop?** A solid floor with deep bedding is best for ducks. Use plywood, concrete, or a well-compacted base. Cover the floor with 4 to 6 inches of pine shavings and change the bedding frequently. Ducks have delicate footpads that are prone to injury on wire floors. If you use a bottomless coop for rotational grazing, make sure the ground is dry and well-drained. **How tall should a turkey coop be?** A turkey coop should be at least 6 feet tall at the center. Standard turkeys like to roost 2 to 3 feet off the ground, so the ceiling needs to be high enough to accommodate roosts and the birds above them. Broad-breasted turkeys do not roost, but they still need headroom to stand comfortably. A 6 to 8 foot ceiling works well for most turkey housing. **Do turkeys need a heat lamp in winter?** Adult turkeys are cold-hardy and do not need supplemental heat in winter if they are dry and out of the wind. They will huddle together for warmth. What they need is good ventilation to prevent moisture buildup. Turkey poults, however, need a heat lamp in the brooder for the first six to eight weeks, starting at 95 degrees Fahrenheit and decreasing by 5 degrees each week. **How often should I clean a goose shelter?** Clean the goose shelter whenever the bedding becomes wet or smelly, which is typically every one to two weeks for a small flock. Remove all bedding, sweep the floor, and add fresh bedding. In wet weather, you may need to clean more frequently. A concrete floor with a slight slope makes cleaning much easier. **What is the best way to protect ducks from predators at night?** Lock ducks in a secure coop at night with all doors and vents secured by predator-proof latches. Use 1/2 inch hardware cloth on all openings, not chicken wire. Bury the hardware cloth 12 inches deep and extend it outward 12 inches to stop digging predators. Check the coop regularly for signs of attempted entry, such as scratches or digging marks. ## Related Farming Guides This section will be populated with links to related farming guides after publication. Check back for additional resources on niche poultry production, including breed selection, nutrition, health management, and pasture-based systems. ## Related Clinical & Scientific Guides * [Water Buffalo Genetic Improvement and Breeding Programs](/knowledge/animal-farming/alternative-livestock/water-buffalo-genetic-improvement-breeding-programs) * [Camel Farm Biosecurity: Disease Prevention and Quarantine Protocols](/knowledge/animal-farming/alternative-livestock/camel-farm-biosecurity-disease-prevention-quarantine-protocols) * [Water Buffalo Farm Equipment and Infrastructure](/knowledge/animal-farming/alternative-livestock/water-buffalo-farm-equipment-infrastructure) ## References - FAO Animal Production: https://www.fao.org/animal-production/en/ - USDA APHIS: https://www.aphis.usda.gov/ - FAO Animal Production and Health: https://www.fao.org/animal-production/en/ - WOAH (World Organisation for Animal Health): https://www.woah.org/en/home/ > This article is educational and is not a substitute for veterinary diagnosis, treatment, public-health guidance, or regulatory reporting.