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How to prevent and treat stomatitis in geckos? Farmers need to master these methods
is a common disease found under artificial rearing conditions. 1) Cause In recent years, the Guangxi Institute of Materia Medica, in collaboration with the Guangxi Zhuang Autonomous Region Medicinal Botanical Garden, isolated and identified the pathogen of this disease and also conducted research on its prevention and treatment, confirming that the pathogen of this disease is Pseudomonas aeruginosa. Treatment with antibiotics has a certain effect.
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Snail Farming Experience: Cement Pond and Soil Pond Rearing Methods
With the continuous development of the farming industry today, field snail farming is also a good project. As people's living standards keep rising, people are becoming more and more particular about what they eat, so the market demand for field snails has shown an upward trend in recent years. Cement pond
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Key Technical Points for Disease Prevention and Control in Artificial Scallop Seed Rearing
During artificial seed rearing, scallop larvae are highly susceptible to bacterial and fungal infections, which cause mass mortality. Among the common bacterial diseases are Vibrio species; one type, Vibrio anguillarum, specializes in decomposing organic matter and can break down the larval velum within a very short time. This symptom occurs especially within
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How to Improve the Survival Rate of Scallop Seedlings in Nursery Rearing
Suitable ponds for nursery rearing The pond should preferably have an east-west oriented rectangular structure, with a sandy or hard bottom, a water storage depth of more than 1.5 m, a salinity below 35, and an unpolluted external seawater source; before filling the pond with water, the bottom sludge layer must be thoroughly removed and the pond fully sun-dried; it is prohibited to
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Seedling rearing and stocking techniques for eel farming
Eel seedling rearing is the production process of growing glass eels into eel fingerlings of more than 10 grams. This stage requires rearing through three different types of ponds: primary ponds, secondary ponds and tertiary ponds. Eel fingerlings are the foundation of adult eel farming; the quantity and quality of eel fingerlings directly affect
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Practical Experience Sharing on Temporary Rearing of Yellow Catfish Fry
The temporary rearing and cultivation stage of yellow catfish fry refers to the brief process in which newly hatched larvae that cannot swim freely are cultivated with careful nursing methods into individuals that can swim and feed on their own. The temporary rearing and cultivation of fry is also called larval-stage temporary rearing. (1) Facility conditions The fry's
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Key Technical Points for Fry Rearing in Yellow Catfish Aquaculture
Rearing yellow catfish fry (commonly known as "water flowers") with a body length of 1.5-1.2 cm to fry of 5-6 cm in size (known as "fire-flake fingerlings") takes about half a month. The rearing methods at this stage include pond rearing, flowing-water tank rearing and net-cage rearing. Compared with fingerling rearing
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Experience in Rearing Yellow Catfish Fingerlings in Ponds
Based on the characteristics at this stage, such as the increased size of yellow catfish fry, feeding habits basically similar to those of adult fish, stronger schooling behavior, increased food intake, and stronger adaptability to the ecological environment, and given that water temperatures are generally high during the rearing process, it is necessary to take into account the characteristics of yellow catfish and grasp
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Detailed Explanation of Key Points in Yellow Catfish Rearing and Management Techniques
1. Pond Clearing and Disinfection After stocking the pond for 7-10 days, use quicklime at 150 kg-200 kg/667 sq m for dry pond disinfection to eliminate pathogenic organisms and predators. 2. Feeding and Fertilization The pond is equipped with feed and fertilizer according to the annual production plan. The feed is mainly sinking pellet compound
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The importance of black carp broodstock rearing cannot be overlooked
The quality of broodstock rearing not only determines whether spawning can be induced successfully, but also directly affects the broodstock's egg-carrying capacity, hatching rate, and the survival rate and growth speed of the fry. Therefore, according to the different stages of gonad development in broodstock, a comprehensive
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