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Uses For Goat Manure – Using Goat Manure For Fertilizer

Uses For Goat Manure – Using Goat Manure For Fertilizer


Using goat manure in garden beds can create the optimal growing conditions for your plants. The naturally dry pellets are not only easy to collect and apply, but are less messy than many other types of manure. There are endless uses for goat manure. Goat droppings can be used in nearly any type of garden, including that of flowering plants, herbs, vegetables, and fruit trees. Goat manure can even be composted and used as mulch.

Is Goat Manure Good Fertilizer?

One of the most common uses for goat manure is as a fertilizer. Goat manure fertilizer can help gardeners produce healthier plants and crop yields. Goats not only produce neater pelletized droppings, but their manure doesn’t typically attract insects or burn plants as does manure from cows or horses. Goat manure is virtually odorless and is beneficial for the soil.

This manure contains adequate amounts of the nutrients that plants need for optimal growth, especially when the goats have bed in stalls. As urine collects in goat droppings, the manure retains more nitrogen, thus increasing its fertilizing potency. However, this increase in nitrogen usually requires composting prior to use.

Using Goat Manure for Fertilizer

Using goat manure in garden areas is one of the best ways to enrich the soil. Its pelleted state makes it suitable for direct applications to flower and vegetable gardens without the worry of burning plants. In addition, the pellets are easy to spread and till into the garden. Working in equal parts of goat manure, sand, and straw to spring beds is another option, adding more or less manure throughout the season depending on the plants’ grown.

If desired, you can add your goat manure fertilizer to the garden in the fall and allow it to soak into the ground over winter. You can typically obtain goat manure fertilizer from garden supply centers or from local farms and retailers. In fact, if you are willing to come get it, many goat farmers would be more than happy to give you manure just to get it out of their way.

Composting Goat Manure

Making your own compost is not hard or messy. Finished compost is dry and very rich. Set up your composting device, which in most cases consists of a bin-type structure. Mix the manure in with other organic materials such as grass clippings, leaves, straw, kitchen scraps, eggshells, etc. Keep the compost moist and occasionally stir the pile to mix everything together and increase airflow, which helps break it down. Depending on its size, this can take weeks or months. Keep in mind that the smaller the pile, the faster it will decompose.

Another advantage to using goat manure for fertilizer is the fact that the pelletized droppings allow more airflow into compost piles, which speeds up composting time as well. When composting goat manure, you may want to work the pile throughout fall and winter for spring application, or you can take out what you need for a given job until the compost is finished.

Composted manure can add nutrients to the soil, promote healthier plant growth, and increase crop yields without the use of harmful chemicals.


Extension Goat Handbook - 1992

This material was contributed from collections at the National Agricultural Library. However, users should direct all inquires about the contents to authors or originating agencies.

R. E. McDowell Cornell U. , Ithaca , NY G.
F. W. Haenlein U. of Delaware , Newark .
Management and Housing

1 For gardening, goat manure can be a real asset. In their naturally

dry, pelleted state, goat feces are easily handled, stored or directly

applied on vegetables, trees, and flower gardens, as mulch, organic

matter, fertilizer, or just to increase the water holding capacity of

the soil and goat feces do not normally attract flies or breed

maggots. A daily raking or sweeping of the goat yard keeps the goats

clean and free from parasites and the garden will soon show its

2 Few research data are available on the value of goat feces or

manure. Of course, it depends on the level of feeding. Thus, high

producing, well fed dairy goats should produce more and better feces

than other goats. In general, 2.0 to 6.00f live weight of goat in

fresh feces weight can be expected. Depending on feed and water intake,

the fresh feces voided per day might weigh between 30, and as much as

1000f the daily dry matter consumed. Dry matter content of goat feces

is be tween 50 and 60ormally the color depends on the type of

feed. Hard feed kernels, like barley and corn may appear in goat feces,

especially at high levels of feeding, but generally they are masticated

and ruminated much finer and more completely than by calves or cows.

3 Goat feces contain not only feed residues but endogenous substances

from the goat's intestinal tract too. Swedish research established that

goats excrete daily, regardless of feed type, a minimum of 34g protein,

8g fat and 13g carbohydrates for each kg (2.2 lb) feed dry matter

eaten. This would mean that a 150 lb goat milking a gallon of milk a

day, and been given 7 lbs of feed dry matter daily this goat would

lose 7/2.2 x 34 = 108g protein daily in her feces, not even accounting

for her milk production and her own maintenance needs. This 108g

endogenous protein loss also translates into a 3.4minimum protein

content in the 7 lb daily feed dry matter to avoid a negative protein

balance for this goat. In comparison, a daily goat ration with a 14

protein content supplies just 445g protein, of which a certain

percentage is always undigestible and a loss to the goat too. This

percentage increases when the crude fiber content of the feed

4 Goat manure i.e. feces plus bedding and wasted feed, fresh or

usually composted in pens or outside piles can average 10 lb per day

for the above example goat or more, depending on bedding amount, urine

drainage or fermentation losses. This can amount to around 1-1/2 ton of

manure per goat per year or more with a possible composition of 31

dry matter 1.3itrogen, 1.50001:0000hosphorus (P205), 0.46952:DE9Eotassium

fertilizer asset per goat of at least 1/2 ton dry matter with 15 lb

nitrogen, 17 lb phosphorus, 5 lb potassium and 27 lb lime.

5 For large herds or flocks, disposal of goat manure could have

problems, but in some parts of the world animal wastes serve numerous

useful purposes. In fact, animals are frequently kept beyond their

period of usefulness for the production of milk or work so that they can

provide dung. Approximately 40 percent of the farmers of the world

depend wholly or in part on animal wastes to enhance soil fertility.

Generally, manures do not increase short-term crop yields to the extent

of equivalent amounts of nutrients supplied in refined chemical form.

The differences in yields are, however, with long-term usage. Small

farmers who till land by hand or with chisel type plows prefer manures

over chemical fertilizer because manure enhances the aggregate crumb

structure and soil permeability which aids in cultivation. Marginal

micronutrient deficiencies, which may occur after repeated cropping

with chemical fertilizers, can be prevented with supplementary

6 The value of manures for soil fertility can be markedly influenced

by handling procedures. At least 50 percent of the nitrogen and 60 to

70 percent of the potassium are found in the urine. Frequently, manure

has a low fertility value due to failure to incorporate the urine, or

the nitrogen is lost through leaching. Eighteen to 20 Mcal of energy

inputs are required to produce one kg of nitrogen fertilizer. Fuel

costs to produce nitrogen have already aroused new interest in research

on storage and handling of manures. Predictions for the future are

that animal wastes will again be viewed more favorably as a useful

resource. Predictions for the future are that animal wastes will again

be viewed more favorably as a useful resource.

The energy in ruminant manures is rather high (dry cow dung 4.58 to

4.72 kcal per gram) and can be used as efficiently as energy from coal

or oil if appropriate equipment is used. In some cases, dry dung cakes

are preferred over plant residues because of uniformity of heat. India

annually uses 60 to 80 million tons of dry buffalo, cattle, sheep and

goat dung for fuel. In the central plains area where there is no

firewood, per-capita use is as much as one ton per year. In two

instances, the sale of dung cakes to urban centers provided up to 60

percent of the total cash income per rural family. The expected return

per animal per day from the sale of dung cakes is 1.03 rupees or .12.

India would need to expend over US $3 billion per year, exclusive of

distribution costs, for coal and oil to replace dung.

8 Pastoral herders, especially nomads, largely depend on cattle,

sheep, or goat manure as fuel for cooking, heating and light. Estimates

are that over 200 million tons of manure are used per year as fuel in

developing countries. Supplies of firewood or charcoal - traditionally

the chief sources of fuel in central Africa fringing the Sahara , the

Andes region of Latin America , the highlands of Central America and

the Caribbean islands - have become scarce or non-existent. In many

areas nearly 20 percent of the total family labor is expended to

gather wood or crop residues for fuel, and the time spent is

increasing. Expenditures by salaried workers for firewood or crop

residues have risen from 15 to 25 percent of income. In Africa and the

Americas , animal manures have not been used extensively as fuel, but

usage will probably increase rapidly in the near future. Over the long

run, methane gas from animal wastes will likely make the greatest

During the 1930's and 40's, digesters were used rather extensively

in central and northern Europe for producing methane gas, but

production declined to nearly zero when oil became cheap during the

1950's. Currently there is vast interest in digesters to meet fuel

needs. In 1975, South Korea had 29,000 bio-gas plants and planned to

build another 50,000. India has about 20,000 plants, two-thirds of

which were built since the energy crisis, and plans to build 100,000

more within the next 5 years. Taiwan has a large number of plants and

there are some in Bangladesh and Nepal .

10 The US could obtain nearly 1.0 percent of its energy by 1985 from

renewable resources, and this could increase to 25 percent by 2020 AD.

Of this, methane production is capable of producing about 5 percent by

1985 and 25 percent in 2020. Canada has a similar capability.

11 Fecal material produced by ruminants, particularly buffalo, cattle,

sheep and goats, is an ideal substrate for anaerobic fermentation

because it is already buffered and contains large populations of

methanogenic bacteria. Methane from manure has a value of 5 kcal per

cubic meter which is 71 percent of the energy value of natural gas. It

works well for household use but is difficult to handle in mobile

power. Processing manure through bio-gas plants has the added

advantages of better preservation of fertilizer in some areas where dung

12 A major handicap for methane production is capital cost for small

units. Several countries have extensive research programs underway to

reduce construction costs. Even so, the use of bio-gas plants is not

likely to approach anywhere near the level projected, unless prices of

fossil fuels rise to extremely high levels. For the US , it is estimated

that manure from 40 cows will be needed to supply fuel, including

electricity, for an average farm family, but will not replace fossil

fuel to operate tractors, trucks or automobiles. The average Indian

village could potentially accrue high benefits from the use of

digesters, but acceptance will be low because it will deprive

individuals of one, if not their major, source of income. In spite of

limitations, anaerobic fermentation technology will undoubtedly play a

significant role in waste management. For developed countries, units

will be employed on large farms or in conjunction with feedlots where

the cost of production will be in line with other fuels.

13 Adopted from Winrock Report, September 1977, ''Ruminant Products,

More than Meat and Milk,'' 17-19 Winrock International Livestock

Research and Training Center , Morrilton , Arkansas .


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What Kind of Manure to Use

Horse, cow, poultry, or goat manure are all appropriate for making manure tea. You can also make a decent manure tea from rabbit droppings as well. Avoid manure from carnivores such as cats and dogs, as these contain harmful pathogens that could make you sick if they come into contact with your food. Either find a fresh source of manure from a local farmer or purchase bagged manure at your local nursery or garden center.

There are two ways to make manure tea, and both are quite simple.

  1. Throw everything in a bucket: Fill a five-gallon plastic bucket or other container two-thirds of the way full with water. Add enough manure to fill the bucket the rest of the way. Let this steep for a day or two, stirring once or twice a day. When you're done steeping it, leave it alone for an hour so the solids settle to the bottom, then simply pour the liquid into another container. You could also just dip into the bucket to use what you need as you need it.
  2. Make a manure tea bag: If you don't want to worry about having to pour off the liquid and try to keep the solids separate, consider making a simple "tea bag" for your manure. You can use an old cotton pillowcase for this, or a few layers of cheesecloth, which you gather and tie around the manure. Use the same proportions as mentioned above (1/3 manure to 2/3 water) and let it steep for a day or two. When you're ready to use your manure tea, just lift the bag out of the bucket, wring it out to ensure that all of that manure-y goodness ends up in your tea, and add the used manure to your compost pile.

Watch the video: Amending Soil Using Goat Manure u0026 Timothy Hay. Garden Vlog 25. The Urban Lady Bug