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Key Technical Points for Intensive Management of Oriental River Prawn in Autumn and Winter
Currently, it is the key season for stocking oriental river prawn in autumn and winter. Doing a good job in substrate, seed stock, bait, and water quality control, and effectively preventing disease and surfacing, are the top priorities for increasing production and income of oriental river prawn by the end of the year. Below, the relevant techniques for intensive culture of oriental river prawn are discussed from five aspects, for the reference of
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Detailed Explanation of the Key Technical Points for Polyculture of Crayfish in Wild Rice Stem Fields
As people's aquaculture levels continue to improve and aquaculture techniques continue to innovate, many new farming models have emerged. Polyculture is currently quite popular and is also a relatively new type of farming model. Polyculture can not only improve farming efficiency,
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Key Technical Points for Rearing Snakehead Summer Fry in Cement Ponds
I think many people have eaten snakehead in their lives, and anyone who has eaten snakehead knows that its flesh is very delicious and highly nutritious. Whether braised or stewed as soup, it makes a fine dish. Therefore, in China's aquaculture industry today, snakehead is relatively popular
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Key Technical Points for Pond Culture of the Orange-spotted Grouper
Orange-spotted grouper (Epinephelus coioides), locally called green grouper or grouper, is currently one of the best varieties for grouper culture. The grouper adapts to a salinity of 15-41, with an optimum salinity of 25-33, and adapts to a water temperature of 6-38°C, with an optimum water temperature of 20-30°C. It can tolerate a low temperature of 6°C, but does not feed below 14°C.
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Detailed Explanation of Key Technical Points for Constant-Temperature Management in Winter Snake Farming
In order to further improve the economic benefits of artificial snake farming, snakes can be kept from hibernating and allowed to grow and develop just as they do in spring, summer, and autumn. The following measures should be taken: First, the temperature problem must be solved well, and a constant temperature is required throughout the entire winter, referred to as constant temperature. First,
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Key Technical Points for Rearing Snakehead Fry in Net Cages
1. Stocking density: generally 600-700 3-cm summer fry per square meter, with a harvest size of about 6-8 cm. The summer fry stocked must be strictly graded and screened so that the size is uniform at stocking, and the stocking density should be adjusted appropriately according to size. 2. Feed and feeding
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Methods and Key Technical Points for Raising Earthworms with Biogas Residue
Earthworms have a high protein content and contain a variety of nutrients. They are not only good feed for chickens, ducks, pigs, and fish, but also a beneficial food for humans. Earthworm castings can activate soil and are a high-grade horticultural fertilizer. Earthworm castings contain up to 11%-68% humic acid, which can promote
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Scorpion Farming Methods and Technical Points for Summer
Temperature and humidity are both major ecological factors in scorpion farming, but in production practice the coordination between them is even more important. If the relationship between temperature and humidity is not well coordinated, low temperature and low humidity, low temperature and high humidity, high temperature and high humidity, and high temperature and low humidity will often occur, all of which are unfavorable for
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Five Technical Measures for Disease and Pest Control in Freshwater Shrimp Farming in Summer
Freshwater shrimp outbreaks occur relatively frequently in summer. To reduce farming risks, the following work needs to be done well: 1. Disinfection of shrimp pond water. First, sprinkle dibromohydantoin at 0.25ppm over the whole pond for sterilization, then apply again after an interval of half a month, continuing until early July, for more than 3 consecutive applications, also
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Key Technical Points for Low-level Pond Culture of Green Grouper
I. Low-level pond renovation: Select low-level ponds with an area of 2000-3335 sq m and a pond depth of 1.8 m, where the water depth can always be maintained above 1.2 m. Retain the original earth embankments around the low-level pond, convert the pond bottom to a sandy bottom or sandy-mud bottom, and set water inlet and outlet openings at both ends of the pond. For every 1000 sq m of culture
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