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Potato Planter Buying Guide: How It Works and Key Points for Use
A potato planter can complete furrowing, seed dropping and soil covering in one pass, greatly saving labor and improving efficiency. This article introduces how it works, key points for buying one and precautions for use, and notes that agricultural machinery subsidies are subject to what local competent authorities publish.
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Detailed Explanation of Key Technical Points for Soybean Sowing
1. What key techniques should be mastered for soybean sowing? 1. Land selection. Soybean land should not be planted continuously, otherwise it is prone to pests and diseases. After the land is selected, it should be harrowed until broken up, achieving a soft plow layer and a level surface. 2. Seed selection. Varieties suitable for planting in Tiandong include: Beijing bean, Yishan Liula
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New soil-moisture-probing furrow sowing technology achieves green yield increases, helping farmers raise incomes and become prosperous
New soil-moisture-probing furrow sowing technology brings green yield increases and farmer prosperity
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New no-till, straw-mulching sowing technology for summer soybeans after wheat harvest successfully developed by Chinese experts
Chinese experts have developed a new no-till, straw-mulching sowing technology for summer soybeans following wheat harvest
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Detailed explanation of key points of cotton sowing technology, teaching you to grow cotton well
Cotton is still the main crop in agricultural production in northern Yuyao, and the cotton sowing area in 2007 is expected to be 25,000-30,000 mu. In recent years, cotton yield has risen steadily and economic benefits have continued to improve. In 2006, the city's actually harvested cotton area was 26,000 mu, with an average seed cotton yield of 193 kg (equivalent to a lint cotton yield of 76.5 kg per mu), an output value of 1,150 yuan per mu, and after deducting agricultural production costs, income reached about 1,000 yuan per mu. In particular, after the promotion of insect-resistant hybrid cotton, the cost of pesticides used in cotton fields has continued to decline, and environmental pollution in farmland
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Detailed Explanation of Licorice Trench-Sowing Direct-Seeding Cultivation Technology
Licorice is a deep-rooted plant. Adopting trench-sowing direct-seeding cultivation technology can solve unfavorable factors such as licorice seedling raising, transplanting, low yield, and long growth cycle, greatly improving its economic benefits. **Tekes County in Ili belongs to the northern temperate continental climate type, and its natural geographical environment is very suitable for licorice growth. In 2005, we used the deep-rooted plant trench-planting machine for licorice cultivation for the first time in the whole of Xinjiang, changing the conventional licorice planting model. The trench-sowing direct-seeding cultivation technology is now introduced as follows. 1 Site selection, base fertilizer application, land preparation Select fertile
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Detailed Explanation of the Key Points of Forage White Clover Sowing Technology
Forage White Clover Sowing Technology
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Standardized Wheat Sowing Technology Promoted by the National Agricultural Technology Center
Recently, the National Agricultural Technology Extension Service Center gathered more than 100 heads of agricultural technology extension agencies from 11 major wheat-producing provinces north of the Yangtze River to hold the National Wheat Autumn Sowing On-site Observation and Technical Training Class in Yongshou County, Xianyang City, Shaanxi Province, and demonstrated and promoted standardized wheat sowing technology.
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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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