Goat farming is considered one of the most profitable farming around the globe for meat and milk production which is equally popular in all agricultural countries. A significant increase of more than 50% in goats over the last 40 years is seen particularly in Africa and Asia. The global goat population has reached one billion. Their numbers are unchanged in the Americas, possibly a bit declining in Europe, but rising in the Mediterranean region, reflecting goat significant increase in numbers, which is a dual purpose that includes milk, meat, and fibre goats.

For hundreds of years, humans have been using goats for a variety of purposes in a variety of ways.  The goat sector has received significantly less public and academic support than other animals such as cow milk, poultry, and beef meat. Despite their inherent qualities, goats’ economic and commercial potential is underappreciated.

When agriculture was INDUSTRIALISED and intensified in the twentieth century and trend shifted towards zero waste agriculture, goat activities were frequently MARGINALISED due to uncertain regulations.  The dairy goat is a part of the global dairy industry and competes with cow, buffalo, and sheep milk products.

Although the majority of the world’s human population has an approach to goat milk in underdeveloped countries, still only 5% of milk is marketed. A seventy-five percent increase in animals was noticed in countries with low income, a twenty percent increase was noticed in high-income countries while in intermediate countries an increase of twenty-five percent was recorded.

Species of Goats

If a female goat is less than a year old, she is named as doe or a doeling. Males are called to as bucks or buckling. Kids refer to young goats. Because of their small size and larger body surface area to body weight ratio, goats adjust well enough to hot conditions. Furthermore, their capacity to preserve body water, restricted subcutaneous fat cover, and hairy coats are useful survival characteristics in a diverse range of environments.

The Boer meat breed was initiated in South Africa. These goats are extremely adaptable and able to thrive in a variety of climates as well as production systems. The origin of the Kiko meat goats was in New Zealand.

Breeding of Goats:

The starting number of animals to start a business is very important. The recommended number of animals to start a small-scale business is thirty-nine. Moreover, the live animal should be sold on the weight of the animal in order to get a good price of the animal.

The main output of commercial goat farms was goat kids. The estimated child mortality rate ranged from 5.64 % -12.28% but in a small-scale business only.  So, contrary to popular belief opinion, the mortality rate in children was negatively related to the size of the flock. This could be attributed primarily to feeding, good management, and precautionary measures provided related to health by farmers. Doe gestation periods range from 148 to 152 days. Kids should be weaned at 2-3 months of age if does are bred twice a year. Goats are extremely inquisitive. Their jumping as well as climbing capacity, combined with their curiosity, can cause some serious management challenges. Goats need secure fencing. An effective fence is a 5 or 6-strand high fence with electrifiers.

Goat farming for meat:

Goat meat is very popular around the world, particularly in developing nations. But it is rarely available in traditional markets. Just like every other animal production organisation, meat goat production necessarily requires proper husbandry practices in the shelter, sanitation, feed, health, and water. shelter. These are all important aspects of running a successful goat business.

Goat meat has a distinct flavour as well as palatability. Cabrito refers to roasted meat from the kid of a goat aged 4 to 8 weeks. Chevon is meat from 48-60 pound or 6–9-month, old goat kids. The higher connective tissue and lesser solubility of meat, compared to the lower levels of the same characteristics in lamb, decrease the palatability as well as tenderness of goat meat. Breeding as well as slaughtering techniques appear to be important in increasing the tenderness of goat meat.

Direct selling off the farm, providing goat meat to special markets, or producing goat kids for marketing firms are all choices. Other potential markets for goat meat include targeted markets and restaurants.

Meat-goat growth rates are generally lower than sheep growth rates. Meat goats can gain more than 200 g/day from birth till 100 days if given the right nutrition. You can use a variety of risk management strategies in your operation. You should guarantee both your facilities and your animals.

Cost Analysis:

1 doe=$200

100 does=$200 x 100= $20,000

1 buck=$200

3 bucks=$200 x 3=$600

10 acres area fencing= $13,000

Operating cost=$21,000

Goat farming for milk:

Dairy goat production is a viable livestock option for many part-time livestock farms. There is also the possibility of marketing milk to processors, at a regional level. Fluid milk as well as processed products are important markets for dairy goat producers, they should consider selling animals in agricultural dairy-based projects.

Dairy goat breeds include Sable, Alpine, Oberhasli, Nubian, Toggenburg, La Mancha, Saanen, and Nigerian Dwarf. At the moment, Nigerian Dwarfs produce about a quart in the morning and at night. Total milk/day is half gallons or 15 gallons in a month.

Dairy goats attains maturity between the ages of four and five months. Never bred Young ones when they weigh between 70 and 80 pounds, which is typically between the ages of seven and ten months. The gestation phase lasts between 145 -155 days, with an average of 149 days. Does normally have one to three children per year. The quality of diet during pregnancy affects birth weight as well as child survival.

Goats should be fed vitamins, protein, minerals, and an energy-rich diet for maintaining the production of milk as well as health. It is critical to supplement the diet with multiple grains to provide extra energy as well as protein, particularly throughout lactation. Grain should be fed in moderation because a diet with more grains and less fibre can cause digestion issues and reduced fat in milk.

Cost Analysis:

For 10 acres of building and fencing= $20,000

1 doe=$200

50 does= $200 x 50=$10,000

Equipment for milking and storage of milk= $25000

Operating cost=$21,00

Major diseases in Goats:

Parasites are major issues in goat rearing. Important goat viral infections include contagious ecthyma, caseous lymphadenitis, para-tuberculosis, and caprine arthritis-encephalitis virus. Abortion, Foot rot, and mastitis are some of the health issues that goats face.

A variety of technologies are present to increase goat productivity. Both technological and managerial alternatives are available to increase the production of goats which is currently low in the traditional production system. The majority of farmers were keen to implement better technology, but the lack of support as well as an insufficient input system of delivery resulted in poor implementation.

Major issues in farming Goats:

The new farmers are facing a lot of issues. These issues include the death of the goats at an initial stage due to the unavailability of vaccines. There are chances of pneumonia, tetanus, and diarrhoea, at the start of the project. Farmers are lacking the basic knowledge about the diseases of farming animals.

For a better step toward agricultural advancement, goat farming has proven to be a good addition to the market.

Publications for more information:

Morand-Fehr, P., Boutonnet, J. P., Devendra, C., Dubeuf, J. P., Haenlein, G. F. W., Holst, P., … & Capote, J. (2004). Strategy for goat farming in the 21st century. Small Ruminant Research, 51(2), 175-183.

Haenlein, G. F. (2017). Why does goat milk matter? -A Review. Nutrition & Food Science International Journal, 2(4), 87-90.

Dubeuf, J. P., Morand-Fehr, P., & Rubino, R. (2004). Situation, changes, and future of goat industry around the world. Small Ruminant Research, 51(2), 165-173.

Mundson, C. How to Raise Goats. Osceola, WI: Voyageur Press, 2008.

Baird, N., and D. G. Pugh. Sheep and Goat Medicine. Philadelphia: Saunders, 2001.

Belanger, Jerry. Storey’s Guide to Raising Dairy Goats. 5th ed. North Adams, Mass.: Storey, 2018.

Kumar, S. (2007). Commercial goat farming in India: An emerging agri-business opportunity. Agricultural Economics Research Review, 20(347-2016-16831), 503-520.

Kime, L. F., J. A. Adamik, J. K. Harper, and C. Dice. “Agricultural Alternatives: Agricultural Business Insurance.” University Park: Penn State Extension, 2019.

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No till farming is a modern agricultural technique in which crops are grown without disturbing the soil texture and structure by tillage. No till farming decreases the amount of soil erosion because there is less detachment of soil particles by mechanical forces.

As the population grows daily, natural disasters and unequal distributions of living sources create severe challenges for humans. Food scarcity is one of those challenges. It can be overcome by achieving sustainable agricultural practices. Decades ago, it had been considered that land preparation was very important for better yield. But the regular practices have shown the disadvantages of soil bed preparations or tilling operations.

At present age, zero till or no-till practice is considered a beneficial factor in increasing the yield, decreasing the cost and saving the energy source,labour cost and time.

Benefits of No till Farming

There are some prominent benefits of no till farming over conventional farming which are discussed in detail in this article. If farmer adopts no till farming, he can get benefits from these very soon.

Increase in Organic Matter

Organic matter has great importance for crop production and soil health. It gives the necessary nutrients to crops. Organic matter components act as a reservoir of nutrients for new crops. For healthy soil, the organic matter must be greater than 1.29%, but Soils in Pakistan have a range of 0.52 to 1.38 per cent. With no till farming, the residue of previous crops can provide the required amount of soil organic matter (SOM). Roots, stems and all the matter left behind in the field after crop harvesting remains and decayed gradually in the field that provides nutrients to the crop grown in the no-till field. Number One factor for productive soils is organic matter that can be increased by avoiding tillage.

Increases Soil Biological Activity

Biological activity is necessary and beneficial for crops’ nutritional needs. Microorganisms are responsible for these activities, which are very important for farming. So they require optimal food conditions and minimal disturbance provided by no-till agriculture. The biological activities of these microorganisms add organic matter. They complete carbon or nitrogen Cycles. In not-tilled fields, decomposition of plant residues at a soil surface increases many life forms in and on the soil. This way, healthy ecology is developed in the area, contributing to fewer flare-ups of damaging insects.

Fertility

No till farming reduces soil erosion. It preserves soil fertility. Tilling damage the earth’s flora and fauna in micro- communities. It is helpful to control pests and their larvae. Mechanical control also destroys beneficial species. No-till helps those microorganisms which are capable of improving soil fertility. They can do these activities in their natural habitats.

Soil Quality

Soil quality is improved by no till farming because it maintains the natural structure and texture of the soil. On the other side, tilling can create a loosened layer of soil that is harmful to soil quality because it may easily compact again under rainfall that can be in the root zone and cause a hindrance to the penetration of the roots.

Artificial Fertilizers Cost

No, till farming also reduce farming cost in another way. Due to the presence of soil organic matter (SOM), there is less need for artificial fertilizers because decayed organic matter can provide necessary nutrients. There is less need for artificial fertilizer, so there is less cost of fertilizers. It is also environmentally friendly because of less leach down of chemicals.

Increase Water Retention

No till farming allows roots to decay in their place that leaves rooms in soil for the aeration of the soil. Water also penetrates through these channels. So No-till farming can increase water to penetrate the soil as well as increase water retention.

Crop residue on the surface can also decay, and the resulting nutrients leach down into the soil. This soil organic matter (SOM) can hold 20 times more water than there weight. This property helps to maintain the moisture content of the soil.

Soil Health

No till farming is much more valuable in drought areas and areas with a high water table. It can manage crop loss in such areas. No till farming also has a good effect on the soil PH, soil acidity, and E.C. of soil.

Less Soil Moisture Loss

Plant residue on the surface is essential in keeping the soil’s moisture and minimizing evaporation. It does not allow the soil surface to dry up. So no till farming keeps that moist surface for a longer duration than that of the tilled one.

No Erosion

Soil Erosion is a very harmful phenomenon in farming because it detaches and carries the nutrients-enriched topsoil from where nutrients leach down below the root zone. In zero-till farming, the previous crop residue can act as a mulch cover which prevents soil, air and water erosion. Tilling can lead to soil erosion from water or wind that can cause loss of valuable organic matter.

Soil Carbon Sequestration

Tillage transfers carbon from soil to the surface. Generally, released carbon gives nutrients to plants. It is a good thing. But it combines with atmospheric oxygen and produces carbon dioxide which results in global warming. In this way, it has an adverse effect also. So no till farming carbon sequestration is an advantage. In the case of no till farming, carbon remains in the ground. That is why reduction of carbon dioxide and no till farming are closely related.

Less Soil Compaction

Heavy machinery and equipment are needed for the tilling because heavy weight and repetitions compact the soil and destroy the structure and texture of the soil. As it is considered that tilling produces a loosened soil surface that is beneficial for root growth and water filtration but tilling produces a temporary soil looseness that is again compacted after heavy rainfall, so there is again need for tillage which means that tillage leads to more tillage and soil goes toward ever-worsening condition No-till soil is less compacted than tilled soil and helps to maintain the structure of the soil.

Reduces Cost of Fuel and Labor

No-till farming can reduce the cost of farming because there is no need to perform bed preparation tilling operations. No operations of tilling also reduce labor costs. Not much tilling process reduces fuel consumption.

Saving Time

Let’s suppose that A farmer who ploughs 10 acres per hour has not ploughed a 1,000-acre field; adopting no till farming will save the 100 working hours used in other businesses. In addition to this time-saving technique on labor costs and equipment maintenance, the farmer will save an additional amount of money each year. In this way, no-till farming saves labor costs and can help plant crops before the soil loses its moisture.

Machinery Maintenance Cost

Agricultural machinery cost, and Machinery maintenance cost will be saved because in no-tilling farming less number of machines are required, and due to less use of them, there is less need for their maintenance.

Adaption to Climate Change

As reported by U.N. Environment Program (UNEP) in their research, no till farming is easily adapted to climate change and has benefits. For example, due to the drought in Kazakhstan in 2012, overall wheat yields were relatively low. But wheat grown by adopting no-till practices produced three times higher yields than previous ones made with tilling.

Less Herbicide Leakage

No-till farm requires less frequent irrigation because its water retention and water holding capacity are much better than the tilled farm, which helps eliminate herbicide leakage.

Disadvantages of No till Farming

• • • The initial Cost of No Till Equipment is high. A local farmer cannot purchase expensive machinery.
    • No till-farming has more threat of weeds than the crop grown by the tilling method. So there is a need for herbicides. Manual or mechanical methods can also be adopted to uproot these weeds.
    • People do not know much about this technology. So they want instant results, but this technology wants time to rehabilitate the soil health and soil organic matter (SOM). Everyone does not agree to learn so they prefer to stick with their conventional thinking and lose more than gain.

Conclusion

Sustainability is the future of mankind. All the resources (food, water, and energy) required sustainability for the survival of mankind. An increase in population and a rapid decrease in fossil fuels and other energy resources significantly threaten humanity. All the experts are worried about how to manage food scarcity. How can they produce enough quantity and quality food for those areas where people have nothing to eat? Moreover, agricultural operations will be expensive; freshwater availability will be difficult due to global warming and climate change. All these above reasons fully support No till farming.

Because it requires less field operation to save fuel time and labor, less water requirement by having high water holding capacity and keeping moisture content on the soil surface for a more extended period. It does not demand many artificial fertilizers by giving the organic matter due to decay of previous crop residue that also has a good impact on the environment and resources. So,

sustainability and the future of agriculture is No till farming

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Subsistence farming is the practice of growing crops for a person or his family’s use without getting any commercial benefit. Farmers grow crops or rear livestock for their benefit, and no surplus is involved. Subsistence farming is not new as it has a long history behind it. It has many methods and types considering the climate and other factors in different regions.

Defining Subsistence Farming

Subsistence farming is a practice most commonly used by farmers with small landholdings who grow crops for their benefit and do not achieve any commercial advantage. So, it is understandable now that subsistence farming is the opposite of commercial farming. It is most common in rural areas of the world. Small rural farmers do not get a profit from the crops they grow.

The crop production is less for the farmers practicing this technique. As part of subsistence farming, farmers in rural areas are encouraged to raise just enough food for their families’ needs. Its production capacity is low because farmers do not use excess money to buy extra materials to increase crop production. That’s why this method is considered a cost-friendly method of farming.

How Subsistence Farming is done by small farmers?

Based on the amount of food their family will require over the course of the year, a subsistence farmer must schedule their farm productivity in advance. The schedule is based on different seasons. Typically, all family members would work together on the farm and only plant the crops they could fit on the little plot of land. In the industrialized world, urban gardening is where people cultivate their food in little fields or pots. It is the closest thing to subsistence farming.

Opposite to metropolitan regions, farmers solely engage in subsistence farming and would go hungry if it was not for growing their food and cattle rearing. The results of subsistence farming can vary significantly, and elements like soil erosion, plant diseases, and pesticides can frequently impact the yield. Farmers invest all their time and effort into their fields since any decline in harvest can make it tough to stay off the land.

History of Subsistence Farming

Its history dates back to 12,000 years ago and is a crucial component of most early survival strategies in cultures. The subsistence of agricultural practices is essential to the growth of human civilization. After the ice age, when Homo sapiens learned to domesticate plants, people started to live in one spot rather than only hunt and gather. Now, Europe and America almost ended this method of farming. Subsistence is widely used in many countries of Asia and Europe.

Types of Subsistence Farming

Subsistence farming has many types, and it isn’t easy to define what types be considered for subsistence farming. Farmers have different needs, so they develop their techniques to meet them. With the changing environmental conditions and living lifestyles, the needs of farmers also drastically change. Here we share the common types of this farming which are used almost everywhere.

Primitive Farming

The simplest type of subsistence farming is primitive farming. Primitive subsistence farming makes use of technology that is relatively simple. A simple agricultural practice is little gardens close to homesteads. Common household fertilizers like compost, animal manure, or fireplace ash benefit these gardens.

After sowing seeds, next is irrigation. Irrigating these fields with water from adjacent streams or rivers is possible without moving plot positions. The yield is less but mostly organic. Farmers have little choice of crops they can grow in this technique because of the availability of resources.

Intensive Subsistence Farming[/su

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In this practice, farmers need more labour than any other method in subsistence farming. The farmers cultivate a small piece of land for their use. Farmers can grow multiple crops on the same plot each year thanks to a climate with plenty of sunny days and excellent soils. In addition to producing enough food for their consumption, farmers use the remaining yield to trade for other goods on their little plots of land.

It produces much more food per acre than other subsistence methods. Farmers may even build terraces along steep hillsides to produce rice paddies in the most intensive scenario. These fields can be found in Asia’s densely inhabited regions, such as the Philippines. In Pakistan, we can glimpse intensive subsistence farming in some parts of the Salt, Himalayas, and Karakoram mountain ranges.

Nomadic Herding