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Practical Tips for Increasing Efficiency in Raising Chickens in Winter and Spring
During the transition between winter and spring, the weather is cold and green fodder is scarce. At this time, to achieve high efficiency in raising chickens, the following points must be followed. Keeping warm: low temperatures have a very obvious effect on laying hens. You can appropriately increase stocking density, close doors and windows, hang straw curtains, and use stoves for heating.
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How to Improve Farming Efficiency When Raising Chickens in Winter and Spring
During the alternation of winter and spring, the weather is cold and green fodder is scarce. To achieve high efficiency when raising chickens at this time, the following points must be followed. Keeping warm: Low temperatures have a very obvious effect on laying hens. You can appropriately increase stocking density, close doors and windows, hang straw curtains, and use stoves for heating.
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How to Increase Efficiency in Angora Rabbit Farming? A Full Breakdown of Practical Measures
Angora rabbit: formerly translated as Angola rabbit, originating in the Asia Minor region, its name comes from the city of Angora, which is now Ankara, the capital of Turkey. The Angora rabbit was brought from England to France by British sailors in 1723, and then spread to the world. Later, four different strains were formed: French, English, German and Chinese.
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Breeding of new super rice varieties helps stabilize grain production, increase output and efficiency
Breeding new super rice varieties stabilizes grain production, increases output and efficiency
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Qingzhou vigorously develops modern agriculture to help farmers increase income and boost agricultural efficiency
Qingzhou: Vigorously developing modern agriculture to promote farmers' income growth and agricultural efficiency
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Research on Integrated Technology Model for Increasing Rice Yield and Efficiency by the Chinese Academy of Agricultural Sciences Achieves Results
Website news. Recently, at the on-site demonstration meeting for integrated technology of double-season late rice hosted by the Chinese Academy of Agricultural Sciences, 7 key technologies for double-season late rice production from variety selection, seedling raising, and field management to harvest were showcased, and the attending leaders and experts highly praised the encouraging results achieved in the integrated research on yield-increasing and efficiency-enhancing technologies.
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Steady grain production, increased income, improved quality and efficiency must be market-oriented
In 2014, China's agricultural product supply was generally adequate. Under effective state regulation, grain prices rose slightly while remaining stable, cotton, oilseeds and sugar continued to fall, and fresh agricultural products fluctuated seasonally. Against the backdrop of continued declines in international bulk agricultural product prices, domestic
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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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