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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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China will carry out research on green yield-increasing models to promote sustainable agricultural development
In recent years, the pressure on China's agricultural ecological environment has been steadily increasing. Bi Meijia, Chief Economist and Press Spokesperson of the Ministry of Agriculture, said on the 5th that China will carry out research on green yield-increasing models, striving to achieve a sustainable national food security strategy. Bi Meijia was speaking at a new press conference of the State Council
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National spring sowing progress has exceeded 30 percent; research on green grain yield increase models will be carried out
According to the agricultural situation monitoring of the Ministry of Agriculture, all types of crops sown nationwide account for 35.0% of the intended spring sowing crop area, with progress comparable to the same period last year. Among them, 27.8% of grain has been sown, 42.1% of cotton, 36.0% of oil crops, 80.2% of sugar crops, and 64.7% of vegetables. At present,
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Initial results achieved in the research on green yield-increasing models for rapeseed
The middle and lower reaches of the Yangtze River are an important rapeseed production area in China. In recent years, in accordance with the deployment and requirements of the Ministry of Agriculture for carrying out regional research on yield-increasing models, the Hubei Provincial Department of Agriculture, together with the agricultural departments of Hunan, Jiangxi, Jiangsu, Sichuan and other provinces, has strengthened collaboration and jointly carried out research, with Fu Tingdong
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Green yield increase will become a keyword in agricultural development
Structural adjustment of crop farming, transformation and upgrading of herbivorous animal husbandry, and integrated development of the primary, secondary and tertiary industries. As summer grain production achieves a "twelfth consecutive bumper harvest," China's agriculture is making new explorations in transforming its development model and adjusting its structure. The National Bureau of Statistics recently released data showing that in 2015, the national
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How can reduction and efficiency gains be put into practice? The green yield-increase model is key
Reporter: As one of the crops in the first pilot program for fertilizer reduction in 2015, what problems do you think currently exist in corn fertilization? Zhang Fusuo: Northeast China and the Huang-Huai-Hai region are China's main corn-producing areas. The common problems in corn fertilization are: overall chemical fertilizer application rates
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Integrated soybean green yield-and-efficiency technology achieves results in the Huang-Huai-Hai region
On September 21, at the "Soybean Green Yield-and-Efficiency Technology Model Demonstration Field Meeting," good news came from the demonstration field in Yongqiao District, Suzhou City, Anhui Province: after preliminary yield measurement by experts, the highest soybean yield in the demonstration field reached 247.51 kg per mu, with an average yield of 195.27 kg, an increase of
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Research and Demonstration of Integrated Production Model for Green Yield and Efficiency Increase of Potato
Research and Demonstration of Integrated Production Model for Green Yield and Efficiency Increase of Potato Achieves Preliminary Results: 20% Yield Increase, Comprehensive Economic Benefit Reaches 2000 yuan per mu. Our Website News, September 23 - The Chinese Academy of Agricultural Sciences held the on-site observation meeting on the research and demonstration of the integrated production model for green yield and efficiency increase of potato in Guyuan County, Hebei Province.
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Research and demonstration of green soybean technology models for increasing yield and efficiency achieve remarkable results
Research and demonstration of green soybean technology models for increasing yield and efficiency achieve remarkable results. Straw return to the field realized, with an average yield increase of 11.8% per mu and an efficiency gain of 183.7 yuan. This website reports: On September 21, the Chinese Academy of Agricultural Sciences held the Huang-Huai-Hai summer soybean green yield-increasing and efficiency-enhancing technology model demonstration
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Annual wheat-maize green yield-and-efficiency-boosting technology model achieves "one and a half tons of grain"
Annual wheat-maize green yield-and-efficiency-boosting technology model achieves "one and a half tons of grain" Wheat 657.2 kg, maize 860.3 kg, annual income increase of 1200 yuan This website news, September 26, the Chinese Academy of Agricultural Sciences, together with the Shandong Academy of Agricultural Sciences, the Dezhou Academy of Agricultural Sciences and other member units of the wheat-maize science and technology innovation alliance collaboration group,
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