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Innovation in Single-Seed Precision Sowing Technology for Peanuts Helps Improve Quality and Efficiency
Peanut is an important oilseed crop in China and plays a major role in stabilizing the self-sufficiency rate of edible vegetable oil. To effectively solve problems such as the large amount of seed used in peanut production and the insufficient tapping of yield potential, the Shandong Academy of Agricultural Sciences, on the basis of years of scientific research, developed a peanut single-seed precision sowing technology centered on fully giving play to the potential of individual plants and building a reasonable population structure, changing the traditional understanding that
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Targeted measures and precision efforts are needed in the fight against poverty
What the poverty alleviation work embodies is the special concern of the Party Central Committee and the State Council for poor areas and poor people. To convey this concern, the relatively limited poverty alleviation projects and funds must be used where they are most needed. Only in this way can the effectiveness of poverty alleviation be genuinely improved and the pace of poor people
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In precision agriculture, Israel has invented the sweet pepper-picking robot Sweeper
Rest assured, robots still cannot take over our world in the short term, because even some of the most basic operational tasks will leave them at a loss. Have you ever thought about how difficult it would be to let a robot pick a ripe sweet pepper on its own? To be honest,
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How to reasonably determine nitrogen fertilizer application rates in precision quantitative rice cultivation
The quantification of nitrogen needs to consider the fertilizer requirements of high-yield rice, the pattern of soil nitrogen supply, fertilizer characteristics and the current-season utilization rate, as well as various changes during the growth period, and includes two parts: total nitrogen quantification and nitrogen fertilizer application methods. Determination of total nitrogen amount: obtained through soil testing and fertilizer recommendation trials
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Daily Care and Maintenance Methods for Precision No-Till Hill Seeders
Adopting minimum tillage and no-till in agricultural planting is a new type of tillage method and also a conservation tillage technique, mainly referring to no-till sowing. Among the many brands of no-till seeders, a small, mounted precision no-till hill seeder is very economical and practical, suitable for
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Semiconductor industry and precision machinery cross-industry alliance: Taichung City is ready
Taiwan Semiconductor Industry Association, SEMI, Taiwan Smart Automation and the Taiwan Machine Tool & Accessory Builders' Association announced on the 30th the joint signing of a cross-industry alliance cooperation memorandum, combining domestic IC companies with the semiconductor...
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Detailed Explanation of Key Points of New Precision Management Technology for Alfalfa
New Precision Management Technology for Alfalfa
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Detailed Explanation of Precision Quantitative Cultivation Techniques for Rice
Precision Quantitative Cultivation Techniques for Rice
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Eight requirements to note when using a precision dibble seeder on cotton mulched film
In 2005, our regiment introduced 1 unit of the 2BMJ-12 precision dibble seeder on cotton mulched film produced by the Shihezi Agricultural Machinery Research Institute, and that year trial-sowed 30 hectares. The application of precision dibble sowing technology on cotton mulched film saved costs on seed and manual thinning, and at the same time had advantages such as simple mechanical adjustment and operation, stable performance; and after sowing, the cotton seedlings grew uniformly and neatly. The eight requirements to note when using this machine are introduced below. 1. Requirements for land plowing quality: plow when soil moisture is suitable, plowing depth reaching 28-30 cm, with consistent plowing depth;
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The key to precision sowing of wheat with reduced seed rates lies in accuracy
When mechanical precision sowing with reduced seed rates is used for the three wheat crops, it can save 5 kg of seed per mu compared with conventional mechanical drilling, save 10 yuan in costs, and increase yield by 50 kg. But to truly achieve this effect, the word "precision" must be emphasized during sowing. 1. Fine seedbed preparation. The wheat field soil is required to be "deep, level, fine, and clean," with the mature soil layer reaching more than 8 cm deep, the surface level with no depressions, clods broken down until there are no "egg clods," and no exposed stubble, waste film, or other debris on the surface. Farmyard manure should be applied heavily all at once before sowing.
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