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A new late japonica rice variety Xiushui 110 achieves source-sink optimization through morphological type innovation
Xiushui 110 was bred by the Yao Haigen project team of the Jiaxing Academy of Agricultural Sciences in Zhejiang Province using the hybridization method, with the combination Jia 59 Tianza/Bing 95-13. In 2001 it passed variety approval by the Shanghai Municipal Variety Approval Committee, and in 2002 it passed variety approval by the Zhejiang Provincial Variety Approval Committee. In 2004 it received a post-variety subsidy from the Ministry of Science and Technology and the Ministry of Agriculture for the selection and breeding of new high-quality specialized crop varieties and research on breeding technology. In 2004 it won the first prize of the Zhejiang Provincial Science and Technology Award. 1 Morphological type innovation, achieving source-sink optimization
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New Taipei City convenience services process optimization saves 603 days
(Taiwan Business News) On the 29th, New Taipei City presented the "Improvement Award" for the re-engineering of citizen application case processes, encouraging the Social Affairs Bureau, the Land Administration Bureau, the Civil Affairs Bureau, the Information Center, and the Zhonghe District Office, among other outstanding agencies, that carried out substantial service process simplification and benefited citizens the most. New Taipei City...
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Optimized Feeding and Management Methods for Rice Field Eel Culture in Autumn and Winter
The rice field eel (Monopterus albus) is a semi-hibernating fish. When the temperature drops below 15°C, the eel basically stops eating and moving, and hibernates by burrowing in with minimal respiration. Therefore, after autumn begins, as the temperature gradually drops, the eel's foraging and activity gradually weaken. At this time, by strengthening
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Corn stocks surge sharply, Ministry of Agriculture says structure needs adjustment and optimization
At present, grain supply and demand at home and abroad are generally loose, international grain prices are running at a low level, and the price gap between domestic and international grain remains relatively large. On November 19, at a joint event held by the National Development and Reform Commission, the Ministry of Agriculture, the Ministry of Finance, the State Administration of Grain, the Agricultural Development Bank of China, and Sinograin
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Techniques for High-Yield and High-Quality Cultivation of Chinese Chives with Plastic Mulch
Chinese chives are one of the vegetables most favored by urban residents in Northwest China throughout the year. In recent years, due to inadequate management measures by some farmers, the quality of fresh Chinese chives and chive flower stalks has declined year by year. Some farmers have applied excessive amounts and misused chemical pesticides, causing pesticide residues in Chinese chive products to exceed the standard, posing a serious threat to the health of consumers. Over the past 3 years, in order to effectively implement pollution-free production and achieve high yield, high quality and high efficiency, through in-depth comprehensive production demonstrations, a pollution-free high-quality Chinese chive cultivation production base has been comprehensively established within the demonstration area, and the following key cultivation technical measures have been adopted:
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How Can Informatization Help Optimize and Upgrade Agriculture
Advancing the building of agricultural informatization is a powerful lever for promoting the optimization and upgrading of the industrial structure of agriculture and rural areas. Under market economy conditions, whether the agricultural structure can be optimized and adjusted depends on whether the price signals of products and factors are true and accurate; price signals are
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