Goat Manure Management: Composting and Disposal for Parasite Control

By Dr. Zubair Khalid, DVM, MS, PhD · 2026-08-14

Key Takeaways

Hot composting at 130-160°F for at least 15 days is critical for inactivating parasite eggs and larvae (e.g., Haemonchus contortus, Teladorsagia circumcincta, coccidia oocysts) and other pathogens, requiring regular turning to maintain aerobic conditions and temperature.
Stockpiling manure for 6-12 months or employing cold composting reduces but does not reliably eliminate parasite viability, making it unsuitable for immediate application to goat pastures due to potential reinfection.
Deep litter systems create warm, moist environments conducive to parasite survival and maturation, significantly increasing the risk of coccidiosis in kids, necessitating frequent removal and proper composting of the litter pack.
Parasite survival varies significantly: barber pole worm larvae thrive in 65-85°F with moisture but are killed by heat/cold extremes, while coccidia oocysts are more resistant and require sustained heat above 130°F for inactivation.
Rotational grazing with extended rest periods (minimum 30-60 days, ideally longer in cool/damp conditions) is essential to break parasite life cycles by allowing larvae on pasture to die before reintroduction of goats.
Fecal egg counting (EPG) and the FAMACHA system are vital diagnostic tools for monitoring parasite loads and guiding targeted selective treatment, thereby reducing anthelmintic resistance and improving herd health.

Goat manure management is one of the most overlooked parts of keeping a healthy herd. The way you handle manure, bedding, and soiled feed directly affects parasite loads, foot health, and overall herd condition. This guide covers practical composting methods, safe disposal options, and the specific steps you can take to break parasite cycles on your farm. It is written for small and medium scale goat keepers, homesteaders, and commercial producers who want a clear system for handling goat waste without spreading worms, coccidia, or other pathogens back to their animals.

At a Glance

Goat manure is not safe to spread fresh on pastures grazed by goats or other livestock. It needs a composting period or a long rest before use.
Hot composting at 130 to 160 degrees Fahrenheit for at least 15 days kills most parasite eggs, larvae, and pathogens. Turn the pile regularly to maintain those temperatures.
If you cannot hot compost, stockpile manure for 6 to 12 months before applying it to land that goats will graze. This reduces but does not always eliminate parasite risk.
Do not compost goat manure in deep litter systems that goats live on top of. The moisture and warmth create ideal conditions for parasite larvae to survive and reinfect animals.
Separate manure from bedding if you want faster composting. High carbon bedding like straw or wood shavings is fine in the pile but slows the process.
Never spread raw goat manure on vegetable gardens, especially root crops or leafy greens eaten raw. Compost it fully first.
Wear gloves and wash hands after handling goat manure. Some parasites and bacteria in goat waste can affect humans.
Keep records of when you add manure to each pasture and when you rotate animals. This helps you plan rest periods and track parasite pressure.

Why Manure Management Matters for Parasite Control

Goats carry a wide range of internal parasites. The most damaging are barber pole worms (Haemonchus contortus), brown stomach worms (Teladorsagia circumcincta), and coccidia. These parasites complete part of their life cycle inside the goat and part of it on the ground. The manure you remove from the barn or pen is full of parasite eggs and larvae that are waiting to infect the next animal that grazes that area.

The barber pole worm is especially dangerous because it feeds on blood. A heavy infection can cause anemia, bottle jaw, weight loss, and death. The female worm lays thousands of eggs per day. Those eggs pass out in the manure and hatch into larvae on the ground. Under warm, moist conditions, those larvae climb up grass blades and wait for a goat to eat them. One infected goat can contaminate an entire pasture in a matter of weeks.

Coccidia are single-celled parasites that live in the intestinal lining. They are especially dangerous to kids. The oocysts, which are the infective stage, pass in the feces and need time in the environment to sporulate, or become infective. Warm, damp bedding and manure piles are perfect places for coccidia oocysts to mature. Kids that live in dirty bedding are at high risk of coccidiosis, which causes diarrhea, dehydration, and poor growth.

The key to breaking this cycle is removing manure from living areas and treating it in a way that kills the parasite stages before the manure is spread back on land. A well managed compost pile reaches temperatures that kill parasite eggs and larvae. A poorly managed pile, or a pile that is simply left in a heap, may allow parasites to survive for months.

The Biology of Parasites in Manure

Understanding how long parasites survive in manure helps you make better decisions about disposal. Parasite eggs and larvae are not all the same. Some die quickly in hot, dry conditions. Others survive for long periods in cool, damp environments.

Barber pole worm larvae are sensitive to heat and cold. They survive best in temperatures between 65 and 85 degrees Fahrenheit with adequate moisture. In hot, dry summer weather, larvae on pasture die quickly because they dry out. In mild, damp weather, they can survive for weeks or months. Inside a manure pile, the conditions are often ideal for larvae survival because the pile stays moist and warm. That is why simply piling manure without composting does not reliably kill parasites.

Coccidia oocysts are more resistant than worm larvae. They have a tough outer shell that protects them. They can survive freezing temperatures and many chemical disinfectants. They are killed by heat above 130 degrees Fahrenheit sustained for several days. This is why hot composting is the most reliable method for coccidia control in manure.

Other pathogens in goat manure include bacteria like E. coli, Salmonella, and parasites like Giardia and Cryptosporidium. These can cause illness in humans and in other animals. Hot composting at proper temperatures kills most of these pathogens as well. The United States Department of Agriculture and the World Organisation for Animal Health both emphasize biosecurity measures that include proper manure handling to prevent disease spread between animals and to humans.

Composting Basics for Goat Manure

Composting is the process of allowing microorganisms to break down organic material. The result is a dark, crumbly, earthy smelling material that is safe to use as a soil amendment. The process requires four ingredients: carbon, nitrogen, water, and oxygen.

Goat manure is high in nitrogen. Bedding materials like straw, hay, wood shavings, and cardboard are high in carbon. The ideal ratio for hot composting is about 25 to 30 parts carbon to 1 part nitrogen. Goat manure alone has a carbon to nitrogen ratio of about 12 to 20 to 1, which is too much nitrogen. Adding carbon rich bedding brings the ratio into the ideal range.

Moisture is also critical. The pile should feel like a wrung out sponge. If it is too dry, the microorganisms go dormant and the pile does not heat up. If it is too wet, the pile becomes anaerobic, which means without oxygen, and it starts to smell like ammonia or rotten eggs. Anaerobic decomposition produces less heat and does not kill parasites as effectively.

Oxygen is needed by the aerobic bacteria that do the fast, hot decomposition. Turning the pile introduces oxygen and mixes the materials. A pile that is not turned will still break down, but it will take longer and may not reach high enough temperatures to kill parasites.

Step by Step Hot Composting for Parasite Control

Hot composting is the most reliable way to kill parasite eggs and larvae in goat manure. Follow these steps to build and manage a pile that reaches the temperatures needed for parasite control.

Choose a location for the compost pile that is away from goat living areas, water sources, and vegetable gardens. A level spot with good drainage works best. If possible, put the pile on a concrete pad or heavy plastic to prevent nutrients from leaching into the soil and to keep animals from digging into it.

Collect manure and bedding from the barn or pen. Remove the material as often as possible, ideally daily or every other day. Fresh manure piled in a corner of the barn will start to break down anaerobically and will attract flies. Move it to the compost area promptly.

Build the pile in layers. Start with a layer of coarse carbon material like straw or wood shavings. This allows air to move through the bottom of the pile. Add a layer of goat manure and bedding. Add another layer of carbon material. Continue alternating until the pile is at least 3 feet tall and 3 feet wide. A pile this size holds enough heat to reach the temperatures needed for parasite kill.

Water each layer as you build. The material should be moist but not dripping. If you can squeeze a handful and get a few drops of water, the moisture is about right.

Let the pile sit for 3 to 5 days. It should heat up quickly as the bacteria start to break down the nitrogen rich manure. Check the internal temperature with a compost thermometer. Push the thermometer into the center of the pile, about halfway down. The temperature should rise to between 130 and 160 degrees Fahrenheit within the first week.

Turn the pile when the temperature starts to drop. This usually happens after 5 to 7 days. Use a pitchfork or a small tractor loader to move the outside of the pile to the inside and the inside to the outside. This mixes the material and adds oxygen. Water the pile if it is dry.

The pile should heat up again after turning. Check the temperature and turn again when it drops. Repeat this process for at least 15 to 20 days. The pile needs to maintain temperatures above 130 degrees Fahrenheit for at least 15 days to kill most parasite eggs and larvae. The United States Environmental Protection Agency recommends this standard for composting that is intended to reduce pathogens.

After the hot phase, allow the pile to cure for 30 to 60 days. The curing phase allows the compost to stabilize and the pH to settle. The pile will shrink and the material will turn dark brown and crumbly. The finished compost should smell like earth, not ammonia or manure.

How to Tell If Your Compost Is Working

A compost pile that is working properly heats up within a few days, shrinks in volume, and produces a pleasant earthy smell. If the pile does not heat up, something is wrong. The most common problems are too little nitrogen, too little moisture, or a pile that is too small.

If the pile is mostly bedding with little manure, it will not heat up. Add more manure or a nitrogen source like fresh grass clippings or alfalfa meal. If the pile is dry, water it thoroughly and turn it. If the pile is too small, add more material or combine it with another pile.

If the pile smells like ammonia, it has too much nitrogen and not enough carbon. Add straw, wood shavings, shredded cardboard, or dry leaves. If the pile smells like rotten eggs, it is too wet and not getting enough oxygen. Turn it and add dry carbon material.

A properly managed pile can reach 150 to 160 degrees Fahrenheit within a week. Temperatures above 160 degrees are not ideal because they kill the beneficial bacteria and the composting process slows down. If the pile gets too hot, turn it to release heat and add a little water.

Cold Composting and Stockpiling

Not every goat keeper has the time or equipment to manage a hot compost pile. Cold composting and stockpiling are lower effort options, but they come with tradeoffs. The main tradeoff is time. A cold pile takes many months to break down, and it may never reach temperatures high enough to kill parasites.

Cold composting means building a pile and leaving it alone. The material breaks down slowly over 6 to 12 months. The center of a cold pile may heat up somewhat, but the outside layers stay cool. Parasite eggs and larvae on the outside of the pile can survive. When you spread cold compost on pasture, you may be spreading live parasite stages.

Stockpiling is similar to cold composting but with less intention. You simply pile manure and bedding in a designated area and leave it. Over time, the pile compresses and some decomposition occurs. The center may become anaerobic, which slows decomposition and can create odors.

If you choose cold composting or stockpiling, plan to wait at least 6 months before using the material on land that goats will graze. A full year is better. This gives parasite eggs and larvae time to die from natural causes. They will not all die, but the numbers will be significantly reduced.

The best way to use cold composted or stockpiled goat manure is on gardens, orchards, or hay fields, not on goat pasture. If you must spread it on pasture, do so in hot, dry weather and keep goats off that pasture for at least 6 to 12 months.

Deep Litter Systems and Parasite Risk

Some goat keepers use a deep litter system in their barns. This means adding fresh bedding on top of old bedding and letting the material build up over weeks or months. The theory is that the litter composts in place and provides warmth in winter. In practice, deep litter systems create serious parasite problems for goats.

The bedding in a deep litter system stays moist and warm. Goats continue to add manure and urine to the top layers. Parasite eggs and larvae thrive in these conditions. Coccidia oocysts especially like the warm, damp environment. Kids born into a deep litter barn are at very high risk of coccidiosis.

If you use a deep litter system, you must be extra diligent about parasite control. Remove the entire litter pack at least twice a year, ideally in spring and fall. The removed litter should be hot composted or stockpiled for a year before spreading. Do not spread deep litter directly on pasture.

An alternative to deep litter is the scrape and remove system. In this system, you remove manure and soiled bedding daily or every other day. This keeps the living area cleaner and reduces parasite exposure. The removed material goes to the compost pile. This system requires more labor but significantly reduces parasite pressure in the barn.

Managing Bedding to Reduce Parasite Load

The type of bedding you use affects how easy it is to manage manure and parasites. Straw is a common choice because it is absorbent and relatively cheap. However, straw breaks down quickly and can become matted and wet. Wood shavings are more absorbent and last longer. They are also higher in carbon, which helps balance the nitrogen in goat manure for composting.

Sawdust is very absorbent but can be dusty. It also breaks down slowly, which means it takes longer to compost. Pine shavings are a good choice because they are absorbent, low in dust, and high in carbon. Avoid black walnut shavings, which are toxic to goats and other livestock.

The amount of bedding you use matters. Too little bedding means the floor gets wet and manure accumulates. Too much bedding means you are moving a lot of material when you clean the barn. A good rule of thumb is to add enough bedding to keep the floor dry and comfortable. Spot clean wet and soiled areas daily, and do a full cleanout every 1 to 4 weeks depending on stocking density.

When you remove bedding from the barn, separate the clean bedding from the soiled bedding if possible. Clean bedding can be reused or added to the compost pile. Soiled bedding goes directly to the compost. This reduces the volume of material you need to compost and speeds up the process.

Parasite Survival in Manure and Pasture

Understanding how long parasites survive outside the goat helps you plan your manure management and pasture rotation. The survival time depends on the parasite species, the temperature, and the moisture level.

Barber pole worm larvae can survive on pasture for weeks to months under ideal conditions. They are killed by freezing temperatures, but they can survive mild winters. They are also killed by hot, dry conditions. A hot, dry summer with no rain for several weeks will significantly reduce larvae on pasture.

Brown stomach worm larvae are more cold tolerant than barber pole worms. They can survive freezing temperatures and are a bigger problem in cooler climates. They also survive well in shaded, damp areas of pasture.

Coccidia oocysts are the most resistant. They can survive freezing and drying for many months. They are killed by sustained heat above 130 degrees Fahrenheit, which is why hot composting is essential for controlling coccidia in manure.

In a manure pile that is not composting, parasite larvae can survive for months. The pile provides moisture and insulation from temperature extremes. When you spread that manure on pasture, the larvae are released onto the grass. This is why spreading raw goat manure on goat pasture is one of the fastest ways to build up a parasite problem.

Pasture Management to Complement Manure Handling

Manure management is only one part of a comprehensive parasite control program. Pasture management is equally important. The goal is to keep goats from grazing on land that is heavily contaminated with parasite larvae.

Rotational grazing is the most effective pasture management tool. Divide your pasture into smaller paddocks and move goats through them on a schedule. The length of time on each paddock depends on the size of the paddock, the number of goats, and the growth rate of the forage. A common schedule is 3 to 7 days on each paddock, followed by 30 to 60 days of rest.

The rest period allows parasite larvae to die before goats return to that paddock. In hot, dry weather, 30 days may be enough. In cool, damp weather, you may need 60 to 90 days. The American Consortium for Small Ruminant Parasite Control recommends a rest period of at least 60 days in most conditions.

Another strategy is to graze other species after goats. Cattle and horses do not share the same internal parasites as goats. When goats graze a paddock and then cattle graze it, the cattle pick up goat parasite larvae, but those larvae do not survive in cattle. This effectively cleans the pasture. This is called mixed or alternate species grazing.

Hay fields are excellent for breaking parasite cycles. When you cut hay from a field, the sun and drying kill many larvae on the grass. If you can rotate goats onto hay fields after the hay is cut, they get clean grazing.

Disposal Options for Goat Manure

Composting is the best option for most goat keepers, but it is not the only option. Depending on your situation, you may need to consider other disposal methods.

Land application of aged manure is the most common disposal method. The key is to age the manure long enough to reduce parasite loads. Aged manure that has sat for 6 to 12 months can be spread on hay fields, orchards, or gardens. It should not be spread on pasture that goats will graze soon.

Burying manure is an option for small amounts. Dig a trench at least 12 inches deep, place the manure in the trench, and cover it with soil. The soil prevents larvae from emerging and speeds up decomposition. This method is labor intensive but effective for small quantities.

Municipal composting facilities may accept goat manure. Check with your local facility to see if they take livestock manure. Some facilities charge a fee, and some have restrictions on the type of manure they accept.

Landfill disposal is an option of last resort. Goat manure is organic waste and can be disposed of in a landfill, but this wastes a valuable resource. It also adds to landfill volume and may be restricted in some areas.

Incineration is not practical for most goat keepers. It requires special equipment and produces ash that still needs disposal. It is only used for manure from animals with serious infectious diseases.

Common Mistakes in Goat Manure Management

Many goat keepers make the same mistakes when it comes to manure. These mistakes increase parasite loads and reduce the value of the manure as a soil amendment.

The most common mistake is spreading fresh manure on pasture. Fresh goat manure is full of parasite eggs and larvae. Spreading it on pasture puts those parasites directly where goats will graze. Always compost or age manure before spreading.

Another mistake is not turning the compost pile. A pile that is not turned may heat up in the center but stays cool on the outside. Parasites on the outside survive. Turn the pile regularly to ensure all material goes through the hot phase.

Using too little carbon material is another common error. Goat manure is high in nitrogen. Without enough carbon, the pile becomes anaerobic and smelly. It also does not heat up properly. Add plenty of straw, wood shavings, or other high carbon material.

Mixing fresh manure into the goat pen is a mistake that some keepers make. They think they are cleaning the pen, but they are actually spreading manure around and increasing parasite exposure. Remove manure from the pen rather than mixing it into bedding.

Forgetting to clean waterers and feed troughs is related to manure management. Manure that falls into water or feed can spread parasites directly. Keep waterers and feeders clean and positioned away from manure accumulation areas.

Not quarantining new goats is another common mistake. New goats can bring in parasites that your herd has not been exposed to. Quarantine new goats for 30 days and monitor their fecal egg counts before introducing them to the herd.

Monitoring Parasite Loads with Fecal Egg Counting

Fecal egg counting is the standard method for monitoring parasite loads in goats. It involves collecting a small sample of fresh manure and counting the number of parasite eggs under a microscope. The result is expressed as eggs per gram of feces, or EPG.

The American Consortium for Small Ruminant Parasite Control recommends fecal egg counting as part of a targeted selective treatment program. This approach means treating only the goats that need treatment, rather than treating the whole herd on a schedule. It reduces the development of drug resistant parasites.

To collect a fecal sample, put on gloves and pick up a fresh pellet from the ground or from the goat. Place it in a clean plastic bag or container. Label it with the goat's identification and the date. Keep the sample cool and get it to a laboratory or your veterinarian within 24 hours.

The FAMACHA system is a tool for detecting anemia caused by barber pole worms. It involves comparing the color of the goat's lower eyelid to a chart. Pale eyelids indicate anemia and the need for deworming. The FAMACHA system is best used in combination with fecal egg counting.

If you cannot do your own fecal egg counts, work with your veterinarian or a diagnostic laboratory. Many state veterinary diagnostic labs offer fecal egg counting services. The cost is usually modest, and the information is valuable for making treatment decisions.

Recordkeeping for Manure and Parasite Management

Keeping records helps you track parasite pressure and make better management decisions. The records do not need to be elaborate. A simple notebook or spreadsheet works well.

Record the date you clean each pen or barn area. Note how much manure and bedding you removed and where you took it. If you composted it, note when you built the pile and when you turned it. Record the temperatures you measured in the pile.

Record pasture rotations. Note which paddock each group of goats is on and when they were moved. Note the date each paddock was last grazed and when it will be grazed again. This helps you plan rest periods.

Record fecal egg count results for each goat. Note the date, the EPG, and any treatment you gave. Track trends over time. A goat that consistently has high egg counts may be a high shedder and a candidate for culling.

Record deworming treatments. Note the product used, the dose, the route of administration, and the date. Track which products are working and which are not. This helps you detect drug resistance early.

When to Call a Veterinarian or Extension Agent

Most manure management tasks are routine and do not require professional help. However, there are situations where you should call your veterinarian or a livestock extension agent.

If you see signs of severe parasite infection in your goats, call your veterinarian immediately. Signs include pale eyelids, bottle jaw, severe weight loss, diarrhea, weakness, and sudden death. These can be emergencies that require immediate treatment.

If your fecal egg counts are consistently high despite good management, call your veterinarian. This may indicate drug resistant parasites or a management problem you have not identified. Your veterinarian can help you develop a new approach.

If you are planning a new compost system and are not sure how to set it up, contact your local extension office. Extension agents can provide guidance on composting methods, pile construction, and troubleshooting. They can also connect you with soil testing services.

If you suspect a notifiable disease, contact your veterinarian or state animal health official immediately. The USDA Animal and Plant Health Inspection Service provides information on reportable diseases in sheep and goats. Some diseases require immediate reporting to state or federal authorities.

Composting Troubleshooting

If your compost pile is not working, diagnose the problem and fix it. Here are common problems and solutions.

The pile does not heat up. This is usually caused by too little nitrogen, too little moisture, or a pile that is too small. Add more manure or fresh grass clippings. Water the pile thoroughly. Build the pile bigger, at least 3 feet by 3 feet.

The pile smells like ammonia. This means there is too much nitrogen. Add more carbon material like straw, wood shavings, or shredded paper. Turn the pile to mix in the carbon.

The pile smells like rotten eggs. This means the pile is too wet and anaerobic. Turn the pile to add oxygen. Add dry carbon material to soak up excess moisture.

The pile attracts flies and rodents. This means the pile is not heating up enough or is not covered. Turn the pile to heat it up. Cover it with a tarp or a layer of finished compost to keep pests out.

The pile takes too long to break down. This is usually caused by too much carbon or not enough moisture. Add more nitrogen material and water. Turn the pile more frequently.

The finished compost is clumpy and woody. This is normal if you used a lot of coarse bedding. Screen the compost to remove large pieces, or use it as a mulch rather than a soil amendment.

Using Finished Goat Manure Compost

Finished goat manure compost is a valuable soil amendment. It adds organic matter, improves soil structure, and provides nutrients for plants. It is much more balanced than fresh manure because the composting process stabilizes the nitrogen and reduces the volume.

Use finished compost on vegetable gardens, flower beds, fruit trees, and lawns. Spread a layer of 1 to 2 inches and work it into the top 6 inches of soil. For established plants, side dress with a thin layer of compost and water it in.

Goat manure compost is relatively low in nitrogen compared to chicken manure or synthetic fertilizers. It is a soil conditioner more than a fertilizer. It improves the soil's ability to hold water and nutrients. For heavy feeders like tomatoes and corn, supplement with additional fertilizer.

Do not use unfinished compost on gardens. Unfinished compost can contain weed seeds, pathogens, and parasite eggs. It can also tie up nitrogen in the soil as it continues to decompose. Wait until the compost is dark, crumbly, and earthy smelling before using it.

Biosecurity and Human Health Considerations

Goat manure can contain pathogens that affect humans. These include E. coli, Salmonella, Giardia, and Cryptosporidium. Children are especially at risk because they are more likely to put hands in their mouths after touching animals or manure.

Wear gloves when handling goat manure. Wash your hands thoroughly with soap and water after removing gloves. Do not eat, drink, or smoke while handling manure. Clean and disinfect tools and equipment that come into contact with manure.

Keep compost piles away from areas where children play. Fence off compost areas if necessary. Do not use goat manure compost on vegetables that will be eaten raw unless the compost is fully finished and has been properly cured.

Pregnant women should be especially careful around goat manure. Toxoplasmosis, a parasite that can cause birth defects, is found in cat feces, but other parasites in goat manure can also pose risks. Consult your healthcare provider if you have concerns.

The World Organisation for Animal Health provides guidance on biosecurity for livestock operations. Their recommendations include controlling movement of animals and people, cleaning and disinfecting equipment, and proper manure management. Following these practices protects both animal and human health.

Environmental Considerations

Goat manure is a resource, but it can also be a pollutant if not managed properly. Nitrogen and phosphorus from manure can leach into groundwater or run off into streams and ponds. This can cause algae blooms and harm aquatic life.

Store manure and compost away from waterways, wells, and drainage ditches. A buffer of at least 50 feet is recommended. If you spread compost on fields, do not apply it before heavy rain is forecast. Incorporate the compost into the soil rather than leaving it on the surface.

Test your soil before applying compost. Too much compost can build up phosphorus in the soil, which can become a pollution problem over time. Soil testing through your local extension office tells you what your soil needs and what it does not need.

The Food and Agriculture Organization of the United Nations emphasizes the importance of sustainable livestock waste management. Their resources on animal production and health cover manure management as part of a broader approach to sustainable farming. Proper manure management reduces environmental impact while improving farm productivity.

Building a Year Round Manure Management Plan

A year round plan helps you stay consistent with manure management. The plan should account for seasonal changes in parasite pressure, weather, and labor availability.

In spring, clean out barns and pens thoroughly after winter. Build compost piles with the accumulated manure and bedding. Start pasture rotation as soon as forage growth allows. Begin fecal egg count monitoring as soon as goats are on pasture.

In summer, continue regular barn cleaning. Turn compost piles every 5 to 7 days. Monitor pasture rest periods carefully. Hot, dry weather reduces parasite larvae on pasture, so take advantage of it by rotating goats through paddocks quickly.

In fall, do another thorough barn cleanout. Spread finished compost from spring piles on gardens or hay fields. Prepare for winter by stocking up on bedding. Reduce pasture rest periods as parasite pressure drops with cooler weather.

In winter, remove soiled bedding regularly even if goats spend more time in the barn. Keep compost piles covered to prevent excess moisture. Plan next spring's pasture rotation and manure management activities.

The Role of Nutrition in Parasite Resistance

Good nutrition helps goats resist parasites. A well fed goat has a stronger immune system and is better able to tolerate a moderate parasite load. Goats that are deficient in protein, energy, or minerals are more susceptible to parasite damage.

Protein is especially important. Goats use protein to build antibodies and repair tissue damaged by parasites. Provide adequate protein in the diet, especially for growing kids and lactating does. Good quality hay, alfalfa, and commercial goat feed can help meet protein needs.

Copper is another important nutrient for parasite resistance. Goats have higher copper requirements than sheep, and copper deficiency is common in some areas. Work with your veterinarian to determine if your goats need copper supplementation. Too much copper can be toxic, so do not supplement without guidance.

Selenium and vitamin E support immune function. Deficiencies can make goats more susceptible to parasites and other diseases. Provide a balanced mineral supplement formulated for goats.

Breeding and Culling for Parasite Resistance

Some goats are naturally more resistant to parasites than others. They maintain low fecal egg counts even when exposed to parasites. These goats are valuable assets to your herd.

Identify resistant goats through regular fecal egg counting. Goats that consistently have low egg counts, maintain good body condition, and do not need frequent deworming are candidates for breeding. Select replacement does from these animals.

Cull goats that consistently have high egg counts and need frequent deworming. These high shedder goats contaminate the pasture and put the rest of the herd at risk. Culling them reduces parasite pressure over time.

The American Consortium for Small Ruminant Parasite Control has extensive resources on breeding for parasite resistance. Their website includes information on selecting resistant animals and managing parasite loads through genetics.

Special Considerations for Kids

Kids are the most vulnerable to parasites, especially coccidia. Their immune systems are not fully developed, and they have no prior exposure to build immunity. Manure management is especially important in kid rearing areas.

Keep kidding pens clean and dry. Remove soiled bedding daily. Do not let kids pile up in damp, dirty bedding. Provide clean water and feed in areas that are not contaminated with manure.

Separate kids from adult goats if possible. Adults shed parasites that can overwhelm kids. A separate nursery area reduces exposure. If you cannot separate them, at least keep the kidding area cleaner than the rest of the barn.

Monitor kids closely for signs of coccidiosis. Diarrhea, lethargy, and poor growth are warning signs. If you see these signs, contact your veterinarian. Coccidiosis can be treated with specific medications, but prompt treatment is important.

Weaned kids are at risk of parasite infection when they start grazing. Start them on clean pasture and monitor their fecal egg counts. They may need more frequent monitoring than adults until they develop immunity.

Manure Management Equipment

You do not need expensive equipment to manage goat manure, but a few tools make the job easier.

A pitchfork with closely spaced tines is essential for removing manure from bedding. A manure fork with a curved design works well for scooping. A wheelbarrow or garden cart is needed to move manure from the barn to the compost pile.

A compost thermometer is important for hot composting. It has a long probe that reaches into the center of the pile. Look for one with a temperature range of 0 to 200 degrees Fahrenheit.

A compost turner or aerator can help with turning. For small piles, a pitchfork is sufficient. For larger piles, a tractor with a loader is helpful. Some farmers use a compost tumbler, which is a barrel that rotates to mix the material.

Protective equipment includes gloves, boots, and a dust mask. Gloves protect your hands from pathogens. Boots should be dedicated to barn work and cleaned regularly. A dust mask is useful when turning dry compost.

Cost Considerations

Manure management has costs, but it also has benefits. The costs include labor, equipment, and possibly disposal fees. The benefits include healthier goats, lower veterinary bills, and free fertilizer.

The labor cost is the biggest factor. Cleaning the barn daily takes time. Building and turning compost piles takes more time. However, the time spent on manure management is often less than the time spent treating sick goats.

Equipment costs are modest. A good pitchfork costs a few dollars. A wheelbarrow costs under a hundred dollars. A compost thermometer costs about twenty dollars. These are one time purchases that last for years.

The value of finished compost is significant. Good quality compost sells for several dollars per bag at garden centers. If you produce your own, you save that cost and improve your soil at the same time.

Frequently Asked Questions

How long does goat manure need to compost before it is safe to use on a garden?

Fully finished compost takes at least 60 to 90 days from pile construction to completion. The hot phase lasts 15 to 20 days, followed by a curing phase of 30 to 60 days. The compost is ready when it is dark, crumbly, and has an earthy smell. If you are cold composting, plan on 6 to 12 months before the material is safe for garden use.

Can I spread goat manure directly on my pasture?

You should not spread fresh goat manure on pasture that goats will graze. Fresh manure is full of parasite eggs and larvae that will infect your goats. If you must spread manure on pasture, compost it first or let it age for at least 6 months. Even then, keep goats off that pasture for several months after spreading.

Does goat manure burn plants like chicken manure does?

Goat manure is much less likely to burn plants than chicken manure because it has lower nitrogen content. However, fresh goat manure can still cause problems if applied in large amounts. Composting stabilizes the nitrogen and makes the manure safe for direct application. Always compost before using on gardens or lawns.

How often should I clean my goat barn?

Clean the barn daily or every other day to remove manure and soiled bedding. This reduces parasite exposure and keeps the barn smelling fresh. A full cleanout, where you remove all bedding and start fresh, should happen every 1 to 4 weeks depending on stocking density and bedding type.

What is the best bedding for goats to make composting easier?

Wood shavings are the best choice for composting because they are absorbent and high in carbon. They balance the nitrogen in goat manure and help the pile heat up properly. Straw is also good but breaks down faster. Avoid black walnut shavings, which are toxic to goats.

Can I use goat manure compost on vegetables?

Yes, but only if the compost is fully finished. Fully finished compost has been through the hot phase and cured for at least 30 days. It should be dark, crumbly, and smell like earth. Do not use unfinished compost on vegetables, especially root crops or leafy greens that will be eaten raw.

How do I know if my compost pile is hot enough to kill parasites?

Use a compost thermometer to measure the internal temperature. The pile should reach 130 to 160 degrees Fahrenheit for at least 15 days. Turn the pile regularly and check the temperature after each turn. If the pile does not reach these temperatures, it is not hot enough to reliably kill parasite eggs and larvae.

Should I deworm my goats regularly even if they look healthy?

The American Consortium for Small Ruminant Parasite Control recommends targeted selective treatment rather than routine deworming. This means monitoring fecal egg counts and treating only goats that need it. Routine deworming of the whole herd promotes drug resistance and is not recommended.

Related Farming Guides

This section will be populated with links to related farming guides on goat health, pasture management, and livestock composting. Check back soon for additional resources.

Related Clinical & Scientific Guides

References

American Consortium for Small Ruminant Parasite Control (ACSRPC): https://www.wormx.info/
USDA APHIS Goat Health: https://www.aphis.usda.gov/livestock-poultry-disease/sheep-goats
FAO Sheep and Goat Production: https://www.fao.org/animal-production/en/
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.