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Key Points of Daily Management Techniques for Sea Cucumber Aquaculture
The sea cucumber was originally named shali. Because its whole body is covered with fleshy spines and it looks quite like a cucumber, it is also vividly called "sea cucumber." Its nutritional value is extremely high. As a precious tonic that prolongs life, it is hailed as the "ginseng of the sea," hence the name sea cucumber. According to experts
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A Comprehensive Guide to Whiteleg Shrimp Farming Methods and Techniques
Abstract Site: abundant water source with good water quality, equipped with generators and aeration machinery. Preparation: first level the pond and remove silt, then disinfect and sterilize; install filter screens at the water inlet and cultivate bait organisms in the pond. Shrimp fry: select improved-variety shrimp fry, carry out a fry test before stocking, with 40,000-60,000 fry per mu being suitable. Feeding: no
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Detailed Explanation of Key Points on Pufferfish Pond Cultivation Techniques
I. Small-Size Fingerling Cultivation (I) Pond Selection Ponds require an abundant water source, unpolluted water quality, and small annual water temperature fluctuations. If brackish or freshwater aquaculture is used, ponds should be built in locations where water can be pumped conveniently, with short routes and low pumping heads. The pond bottom should be basically non-leaking,
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Key Technical Points for Winter Management of River Crab Pond Aquaculture
2015 was a relatively warm winter, with daytime temperatures basically staying above 10°C. A warm winter is relatively special for river crabs, as their living habits are greatly affected by temperature. This is mainly because river crabs begin feeding at 10°C and feed normally above 16°C. Therefore, under warm winter conditions, the activity capacity and feeding of river crabs are significantly enhanced. Overwintering is a foundation, and how to let river crabs overwinter healthily and smoothly will directly affect our aquaculture benefits in 2015. This article shares some communication with everyone on the key points of winter management of river crab ponds.
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Key Technical Points for Overwintering Management in Enclosed-Gully Rana Frog Farming
Rana frogs have the habit of hibernating and overwintering underwater. From late September each year to mid-to-late April of the following year, a period as long as 6 months, overwintering management in artificial enclosed-gully frog farming means, according to the living characteristics and needs of Rana frogs during this period, artificially selecting and creating suitable overwintering sites and water environments,
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Key Technical Points for Overwintering Management in Bullfrog Farming
The bullfrog is a poikilothermic animal, and begins hibernation when the water temperature drops to 6-12 degrees. The following points should be noted in hibernation period management. 1. Prevent cold damage. Bullfrogs hibernate in two ways: lurking at the bottom of the water and in the ground. During the overwintering period, a 2 cm water layer must be maintained in the frog pond, and a cold-proof shed should be built over the water surface with branches or straw.
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What are the key points of golden apple snail farming technology?
The scientific name of the golden apple snail is Pomacea canaliculata; it resembles an apple in appearance, so it is also called the apple snail. It originated in the Amazon River basin of South America and was introduced to Guangdong Province in China for farming in the early 1980s. The golden apple snail is a delicious delicacy on family and restaurant tables. The key points of golden apple snail farming are introduced below. 1.
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Key Technical Points for Artificial Incubation and Farming Management of Paddlefish
Paddlefish (Polyodon spathula) is a large freshwater economic fish native to North America. Due to its unique body shape and flat, elongated snout, it can also serve as a valuable ornamental fish. When polycultured in ponds, it can both regulate the farming environment and improve water quality, while also yielding relatively
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High-yield and high-efficiency technology for two-season-per-year pond monoculture of grass carp
Pond monoculture of grass carp is one of the main aquaculture models in the freshwater fishery of Sha County, most of which belongs to traditional conventional culture, with small stocking size, long culture cycle, insufficient investment in aquaculture equipment, high labor intensity and low yield, generally 400kg-750kg per mu, with annual profit
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Technical key points for polyculturing silver and bighead carp in snakehead farming
I. Pond clearing, preparation and disinfection The pond area for polyculturing silver and bighead carp with snakehead is preferably 6-8 mu. If the area is too small, water quality tends to deteriorate easily, and during the main summer period, high-temperature seasons easily trigger disease. If the area is too large, production input is high, and management is inconvenient. The pond water depth should be about 2 m, with no or little bottom mud left. Weeds around the pond must be cleared, and the pond embankments must be tamped and reinforced to prevent seepage and leakage. 20 days before stocking fingerlings, use quicklime to thoroughly clear the pond at 100-150 kg per mu. After 10 days, use bleaching powder (effective chlorine content 30%) to clear the pond once more at 5-7 kg per mu. After one week, water can be added and fingerlings stocked.
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