What is the most profitable agricultural cooperation project? What are the good entrepreneurial projects in aquaculture? Farming seems to be the most profitable thing, but is this really the case? Swans and geese are flying in the sky, and wild boar and rabbits are running on the ground; Shrimp and crab aquatic products swim in the aquaculture water, and eels and loaches are drilled out of the aquaculture sludge; There are even people who keep snakes, scorpions and crocodiles. They really have everything. However, whether the breeding project makes money depends not only on what you breed, but also on how you breed. For example, these industries, such as raising pigs and chickens, have been unknown for hundreds of years. Today, some people still do it with different eyes and can achieve millions of people.
What is the most profitable agricultural cooperation project? This is what many farmers are looking for. Traditional raising pigs and chickens has become more and more difficult with the increase of feed and the constant troubles of epidemic situation, while special breeding projects often become very risky with people's acceptance and market and product development ability. So what can make us invincible in aquaculture forever? We all know that the feed cost in aquaculture accounts for more than 60% of the aquaculture cost, so whether the market is good or bad, it is absolutely necessary for us to have a competitive advantage. If you can produce feed for aquaculture by yourself and ensure the feed supply of your farm, then everything you cultivate is the most profitable. Therefore, from this perspective, the most profitable project of agricultural cooperation project and aquaculture project is the breeding of barley worms. If you add ecological breeding of barley worms, the profit will be higher. The ecological breeding project of wheat pests is a good choice. Straw, cassava residue, bean dregs and distiller's grains can be used as feed for wheat insects, and then the cultivated wheat insects can be used as feed for rare birds such as pheasants and geese, and can also be used as live feed for China Rana chensinensis, Shi Wa, scorpions and centipedes. The wheat worm excrement obtained from cultivation can be used as feed for raising chickens, ducks and fish, or directly used for planting economic plants or pumpkins as feed for raising wheat worms, chickens and pigs. This kind of ecological farming is bound to be the trend of future farming.
Why is the ecological farming of wheat worms the most profitable in aquaculture? Reason 1: Rural wastes such as wheat bran, straw, rice bran, distiller's grains, bean dregs, cassava dregs and even chicken manure can be fully used as feed for dracunculiasis breeding. There are a wide range of feed sources, and related pumpkin and sweet potato pastures can be developed to open up more feed raw materials. It can be said that wheat worms will not compete with human beings or traditional aquaculture for grain occupation, and the required farms are also very low. As long as there is a small and medium-sized idle house or greenhouse, wheat worms can be cultivated all the year round, and the temperature requirements are not high. The breeding technology of wheat worms is simple and easy to learn, and there is no need to prevent epidemic and worry about the risk of epidemic situation. The breeding risk can be completely controlled by farmers themselves. Relevant data show that China is rich in straw resources, and the annual straw output of various crops is about 700 million tons, which is equivalent to more than 50 times of the grass cut in the northern grassland, accounting for 20%~30% of the total straw output in the world. The development and utilization of straw feed in China is still in its infancy, and the intensive production level of feed industry is low. At present, it is limited to digging silage and small-scale ammoniation treatment, and most crop straws are not used reasonably every year, resulting in great waste of resources. If 60% of crop stalks can be used every year and processed into feed, the benefit is equivalent to the total feed grain in China (about 87 million tons). Therefore, the development and utilization of rich straw resources is the inevitable trend of the development of China's national feed industry. At the same time, the global feed demand in protein is increasing, and protein is seriously short of feed, which is particularly prominent. The most important and economical way to solve the growing demand for protein feed in developed countries is to develop insect protein feed resources, various crop straws and feed raw materials treated by various means and methods. Governments at all levels in China also attach great importance to the industrialization of insect protein resources. The Ministry of Agriculture has listed insect feed as one of the recommended varieties of 10 grain-saving feed resources, and the National Animal Husbandry Development Center has also listed insect breeding as one of the seven aquaculture varieties to be vigorously developed in China in the future. In 2000, the State Planning Commission listed "industrialization promotion of barley nymphs" as a high-tech industrialization promotion project, and in 20001year, the Ministry of Agriculture listed "demonstration and promotion of industrialized production technology of barley nymphs" as a harvest plan for agriculture, animal husbandry and fishery. Therefore, at present, the widely used feed insect resources are mainly cultivated barley worms.
The most profitable agricultural cooperative project is wheat insect breeding. Reason 2: Wheat worm breeding can develop other special economic animals in aquaculture. Such as scorpion breeding, pheasant breeding, centipede breeding, pigeon breeding, partridge breeding, clam breeding, turtle and snake breeding, ornamental birds and ornamental fish breeding and other special breeding projects. As the largest feed insect, the nutritional value and feed value of dracunculiasis are incomparable with other raw materials. The title of "King of protein" is well deserved. According to the determination, wheat worms contain 56.58% protein and 28.20% fat. In addition, it also contains many trace elements such as phosphorus, potassium, iron, sodium and aluminum, and 16 amino acids necessary for animal growth. According to the determination, the nutritional value of 1 kg wheat worm is equivalent to 28 kg wheat bran, 23 kg compound feed and 1 000 kg green feed. Known as the "feed treasure house of protein", it is an ideal protein feed for the development of special animals such as livestock, fish, soft-shelled turtle, Monopterus albus, tilapia, bullfrog, giant salamander, scorpion, centipede and snake. Protein, a kind of wheat worm, is different from protein and protein and belongs to full-effect protein. It integrates prevention, health care, restoration and nutrition, and its efficacy is obviously superior to that of protein, a general animal and plant, which scientifically solves the defects of protein of animals and plants. Antimicrobial peptides in wheat worms can inhibit the nucleic acid metabolism and growth of cancer cells and virus cells, kill a variety of pathogenic bacteria, have a strong killing effect on epilepsy-like microorganisms such as bacteria, viruses and fungi, resist virus invasion and prevent various diseases. Guinea worm, also known as the "king of bacteriostasis", can improve the disease resistance of animals, reduce mortality, avoid the use of amino acids, reduce the use of antibiotics and reduce the cost of feed and veterinary drugs. Moreover, dracunculiasis is rich in trace elements, with high contents of copper, iron, zinc and selenium, relatively balanced amino acids, mostly soft fat and unsaturated fatty acid, which is digestible and easy to absorb, and is a high-quality feed resource in protein.
The most profitable agricultural cooperative project is wheat insect breeding. The third reason is that wheat breeding can also be combined with traditional aquaculture to make an ecological farming model. For example, using waste materials such as straw, chaff, distiller's grains and bean dregs to breed wheat worms, the cost of ecological breeding wheat worms is less than 3 yuan per catty, while if you want to buy animals with the same high nutritional value in the market, you need more than 10 yuan. Then protein, the most important and expensive feed source in our aquaculture industry, can provide it by itself, so the breeding cost can be controlled at a relatively low level compared with peers. Even if it sells at the same price, it also has great advantages. What's more, these animals bred with insects are all eco-green, and their meat quality, taste and nutrition are incomparable with other feed breeding products, which fully meets the demand of modern urbanites for green food. Furthermore, a large amount of barley worm dung and sand produced in the process of breeding barley worms can also be used as high-quality feed sources for breeding pigs, chickens and fish, and can also be used as organic fertilizers for cash crops. If conditions permit, these insect droppings can be planted in some pastures or vegetables and fruits as a green feed source for breeding barley insects. It can be said that breeding barley worms is an ecological chain that completely turns waste into treasure, turning useless waste into the most valuable resource of protein in our breeding industry and cultivating it. Many places have developed high-quality and high-grade agricultural products such as highland barley, cordyceps chicken and cordyceps eggs. It can be seen that the significance of wheat insect breeding for aquaculture lies in that wheat insect breeding has opened up a new way of feed production for the whole industry. With wheat insect breeding as a converter, many useless raw materials have been turned into valuable resources in protein, which is equivalent to turning feed production into one of farmers' own profit sources. Therefore, it can be said that the most profitable project in agricultural cooperation projects is wheat insect breeding, which is very important for the future aquaculture industry. In fact, it is nothing new to cultivate wheat worms as a source of feed for economic animals in developed countries in Europe. Most farms will bring their own insect farms, convert waste and provide farm feed.
The most profitable agricultural cooperative project, barley worm breeding, has a bright future. Reason 4: With modern people's concern for food hygiene and safety, it has further promoted the great development of green organic agricultural products, and I believe this trend will become more and more obvious. Then, traditional feed production enterprises will inevitably face a new round of reshuffle and challenges. On the one hand, the pressure on traditional feed resources is increasing, and the gap is expanding. For example, the gap of protein feed such as international fish meal is increasing by tens of millions of tons every year, and the price is also rising. Moreover, the pollution of traditional feed sources has always been a major problem that puzzles our food safety. Therefore, feed production enterprises also need to consider the pioneering significance of wheat insect breeding for future development. I think there are at least two points. Wheat worm breeding can transform waste into protein resources for feed production, and solve the problem of food competition between humans and animals. In addition, it can also solve the safety problem of feed sources. Through the transformation of dracunculiasis, the toxin of raw materials has been well polluted to the end, because dracunculiasis is very sensitive to polluted things, as long as there is a little pesticide or other harmful chemical residue, it will cause death to them. Therefore, we have reason to believe that barley nymphs are used for production. This kind of aquaculture must be developed vigorously in the future, that is to say, wheat and insect breeding is the most promising in aquaculture.
The most profitable agricultural cooperation project, barley worm breeding, the fifth reason: in the special breeding industry, other barley worm breeding is the most popular. On the one hand, the breeding technology of barley worm is simple and easy to learn, with little investment, short payback period and low breeding risk. On the other hand, it is also because the breeding cost of dracunculiasis is very low, and it has a wide range of uses and great development potential. For example, dracunculiasis can be made into flavored insect food. Insect food is also a fashionable health concept, and it is also made into China shrimp powder and added to bread, biscuits and cakes. In Europe and America, barley nymph powder is added to bread to increase flavor and nutrition. Therefore, wheat worms are also called bread worms. Some people extract wheat worm oil as cosmetics and other health care products, while others process it into protein powder and amino acids, and extract chitin from wheat worms. In this sense, the deep processing of dracunculiasis can also have many development prospects, which will certainly provide a steady stream of resources for our sustainable development, and it is a sunrise industry in the biological field.
Xiang Peng Tenebrio molitor Breeding Cooperative in Xinfeng County, Guangdong Province is the largest insect breeding base in South China. If you need to know more, you can find online business consultation.