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Detailed Explanation of Key Techniques for Bag Cultivation of Lingzhi (Reishi) on Wood Blocks
I. Selection of Strains Currently, artificially cultivated lingzhi in China can be divided into three major types: (1) Medicinal type: such as Taishan Red Lingzhi, South Korean Lingzhi, Yuanzhi No. 6, etc. (2) Medicinal and ornamental type: such as Black Lingzhi g43-1, Black Lingzhi g43-2, etc. (3) Ornamental type: such as Shushe
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Good returns from interplanting Millettia speciosa in lychee orchards
Recently, on a mountain ridge in Liuming Village, Dacheng Town, Pubei County, the author saw many Millettia speciosa plants interplanted among the verdant lychee orchards. At present, although it is deep winter, some of the Millettia speciosa in this lychee orchard are growing luxuriantly, and some are already heavy with seed pods. The mountain
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Experience and Methods for Greenhouse Farming of Grasshoppers
In recent years, farming grasshoppers in greenhouses has become a trend, with broad market prospects, and many farmers have begun to take up this new type of farming technology. In Zhao County, this new type of farming technology has already begun to sprout -- Hebei Shenhua Agricultural Development Co., Ltd. has been farming grasshoppers in greenhouses for two
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Key Technical Points for Two-Stage Cage Culture of Mandarin Fish
I. Cage Structure and Setup 1. First-stage cage (breeding cage). Made of knotless netting, mesh size 0.5-1.0 cm, dimensions 10 m x 1.3 m x 1.5 m, quantity 3. 2. Second-stage cage (grow-out cage). Mesh size 1.5-2 cm, small-volume cages 3 units, dimensions 2 m x 2 m x 1.8 m; con
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Detailed Explanation of Key Points of Sturgeon Cage Culture Technology
Recently, sturgeon farming in South China has shown a trend of gradual recovery and warming, especially in Hainan Province, China, where a large number of shrimp farmers have switched to sturgeon farming. Sturgeon farming models are diverse, and here we introduce a rapid grow-out technology for sturgeon in cages. Using cages to farm sturgeon has many advantages
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Detailed Explanation of Small Cage Culture Techniques for Tilapia
Small cage culture refers to high-density fish farming in small cages with a volume of 1-4 cubic meters. Because tilapia tolerates low dissolved oxygen and has strong disease resistance, it is relatively suitable for high-density cage culture. 1. Selection of culture conditions: Choose small cages in sheltered and sunny spots with broad water surface, stable water surface, no strong winds and waves, and a year-round water depth maintained above 5 m, with clear and pollution-free water quality, in reservoir branches, branch canals and other places; it is best to have a certain amount of slight flowing water, and the water flow speed is preferably 3-10 m per minute.
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Detailed Explanation of Key Technical Points for Monoculture of Snakehead in Ponds
Snakehead is now a relatively well-developed project in the past two years. In previous years, the market price of snakehead remained in a sluggish state. As people's awareness and understanding of snakehead have grown, more and more people enjoy eating snakehead and have come to know its value. Therefore, snake
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New Methods for Managing Bullfrog Farming in Vegetable Greenhouses
Bullfrogs are poikilothermic animals and have a hibernation period of 3 to 4 months each year, so bullfrogs can be farmed in vegetable greenhouses in various regions. A suitable vegetable greenhouse area is 1 to 2 mu, an ordinary arched greenhouse, longer in the east-west direction, covered with double-layer anti-drip plastic film, and celery is planted inside the greenhouse.
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Detailed Explanation of New Techniques for Artificial Freshwater Farming of River Crab
River crab, commonly known as crab, also called hairy crab, mitten crab, etc. It belongs to the class Crustacea, family Grapsidae. The cephalothorax is squarish-oval, generally 6-7 cm long, usually green. The chelipeds are powerful and densely covered with downy hair, and the walking legs are flattened laterally and long. Wild river crabs live in the muddy beaches of the embankments of rivers, lakes and marshes,
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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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