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Introduction to Taiwan loach and detailed explanation of high-yield and efficient breeding technology
Introduction to Taiwan loach and high-yield and efficient breeding technology 1 Introduction to Taiwan loach Taiwan loach is a fish of the loach family, and has the reputation of "ginseng of the water" and "king of loaches"...
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Detailed Explanation of Large-Scale High-Yield Aquaculture Technology for Tubifex Worms
How can Tubifex worms be cultured for higher yields? The main function of Tubifex worms today is as a high-quality animal protein feed, so with the rapid development of the aquaculture industry,...
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"Crop Doctor" Liang Jiujie Invents High-Efficiency Agricultural Technology, Achieves Nationwide Promotion
"Crop Doctor" Liang Jiujie Invents High-Efficiency Agricultural Technology, Promoted Nationwide
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High-temperature baghouse dust removal technology helps the battle for blue skies
High-temperature baghouse dust removal technology "polishes" the blue sky
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Detailed Explanation of High-Yield Cultivation Technology for Agaricus bisporus in Mushroom House Shelf System
For several years, the author has been exploring high-yield cultivation technology for Agaricus bisporus (button mushroom) in mushroom house shelf systems and has gained some successful experience. The relevant techniques are summarized below for reference by peers. 1 Mushroom house and shelf structure The mushroom house is 19.6 m long from east to west, 9 m wide from north to south, with front and rear walls 2.5 m high and gable walls 3.5 m high. The walls are built with bricks and lime mortar. The outside is pointed with cement; the inside is first coated with lime mortar and then brushed with lime mortar. The front and rear walls have 4 ventilation windows of 25 cm x 20 cm each, arranged in upper and lower rows facing the aisle, with the first ventilation window 20 cm above the ground. The front
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Pollution-free high-efficiency cultivation technology for "rice - mushroom"
In 2002, the Bazhou District Agricultural Technology Station demonstrated and promoted the "rice - mushroom" high-quality and high-efficiency cultivation model in more than 20 townships including Enyang and Huacheng, obtaining a per-mu (1 mu = 1/15 hectare, the same below) output value of 7148.56 yuan, an increase of 6297.56 yuan per mu compared with the wheat-rice double cropping system, a 7.4-fold increase. Practice shows that this model has the characteristics of increasing rice yield, improving soil fertility, high mushroom yield, tender texture and delicious taste, and simple operation. It is also a good way for farmers to generate tax revenue, increase income, and get rich quickly. I.
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Analysis of the Key Points of Integrated High-Yield Technology for Rainfed Soybean
I. Basic Information: 1. Project source: One of the projects under the "Comprehensive Technical Research on Increasing Production in the Sanjiang Plain Agricultural Region" issued by the National Science and Technology Commission during the "Sixth Five-Year Plan" period. A national key research project. 2. This project was reviewed in December 1985 by an appraisal committee composed of 20 experts and scholars including famous professors Wang Jinling and Zhang Zijin from China's soybean science community. The appraisal concluded that the research direction was correct, the approach was right, the measures were appropriate, and the results were remarkable, with an obvious yield-increasing effect on subsequent crops as well. Breakthrough progress had been made in integrated research and supporting technologies,
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High-temperature mushroom cultivation technology achieves high profits
Cultivating the high-temperature mushroom variety Xindeng 96 during the hot season not only makes year-round mushroom production a reality for mushroom growers, but also yields a profit of 45 yuan per sq m. 1. Compost formula. (1) 1000 kg rice straw, 1000 kg rapeseed cake, 20 kg urea, 50 kg Gulesu, 15 kg superphosphate, 30 kg lime. (2) 2000 kg rice straw, 140 kg rapeseed cake, 100 kg superphosphate, 100 kg gypsum, 75 kg lime, 40 kg urea. The compost uses the two-stage fermentation method, stacked outdoors for 1
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Key Points of High-Ridge Double-Row Potato Cultivation Technology
High-ridge double-row potato cultivation refers to a planting method using wide and narrow rows, where soil from the wide rows is hilled onto the narrow rows, forming raised beds that stand more than 25cm above the ground. Trials have confirmed that potatoes grown on ridges and beds have the advantages of earlier emergence, a higher proportion of large and medium tubers, and higher yields; ridge-bed cultivation increases yield by 19.1% compared with flat-bed cultivation. The specific cultivation techniques are as follows: 1. Fine seedbed preparation. Potato is a shallow-rooted crop. After the tubers are planted and before emergence, the better the root system develops in the soil, the stronger the plant growth after the seedlings emerge.
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Detailed Explanation of High-Efficiency Double-Layer Mulch Cultivation Technology for Garlic
Qi Xinqiang, a garlic farmer in Qijiazhuang Village, Dingzhou City, Baoding, has grown mulched garlic for many years and, in the course of production, worked out a cultivation technique using double-layer plastic film mulch for garlic, achieving an earlier market launch for the garlic and relatively high yields, with a per-mu yield increase of more than 10%. It is worth the study and reference of vegetable growers in the major garlic-producing areas. The cultivation technique is introduced below: 1. Selection of excellent varieties. Select Shandong Guanxian garlic, an excellent garlic variety from Shandong Province and also an important export variety. Each garlic bulb has 7-8 cloves, the outer skin is slightly purplish-red, the skin is thin, the cloves are plump, the pungency is strong
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