首页|适宜北京大面积推广的冬小麦品种筛选

适宜北京大面积推广的冬小麦品种筛选

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为解决北京小麦生产上种植品种多、乱、杂的问题,在密云、顺义、房山 3 点开展了 10 个节水、优质、高产小麦新品种筛选试验。结果表明:农大 3486、中麦 1062 在 3 点产量均显著高于其他品种,分别为7 500。0~9 667。5 和 7 666。5~9 834。0 kg·hm-2。这 2 个品种株高适中,分别为 70。3~75。5 和 72。4~77。4 cm;抗寒性较好,越冬死苗率分别为 0。5%~2。0%、1。8%~2。2%,死茎率分别为 4。0%~4。7%、4。0%~10。0%;越冬和返青期单株干物重较高,今后可在京郊大面积种植。华麦 18 在密云、中麦 886 在房山的产量表现与农大 3486、中麦 1062 差异不显著,这 2 个品种株高适宜,分别为 72。1 和 75。3 cm;抗寒性较好,死苗率分别为 3。0%和1。2%,死茎率分别为 4。0%和 8。5%,今后可多点示范种植,明确其丰产、稳产性。
Selection of winter wheat varieties suitable for wide extension in Beijing
In order to solve the problems of multiple,random and miscellaneous varieties planted in Beijing wheat production,10 new wheat varieties with water saving,high quality and high yield were screened at three locations in Miyun,Shunyi and Fangshan District.The results showed that the yield of Nongda 3486 and Zhongmai 1062 were significantly higher than that of other varieties at three points,with the yield ranging from 7 500.0 to 9 667.5 and 7 666.5 to 9 834.2 kg·hm-2,respectively.The plant height of the two cultivars were moderate,ranging from 70.3 to 75.5 cm and 72.4 to 77.4 cm,respectively,and their cold resistance were good,with the death rate of overwintering seedlings being 0.5%-2.0%,1.8%-2.2%,and the death rate of stem being 4.0%-4.7%,4.0%-10.0%,respectively.The dry weight of single plant was higher before overwintering and during turning green period of the two varieties,and they could be planted in large area in Beijing suburbs in the future.The yield performance of Huamai 18 in Miyun District and Zhongmai 886 in Fangshan District were not significantly different from that of Nongda 3486 and Zhongmai 1062.The rate of dead seedling and stem were 3.0%and 1.2%,4.0%and 8.5%,respectively.The high and stable yield could be confirmed by demonstration planting in future.

winter wheatvarietypopulationcold resistanceyield

梅丽、孟范玉、周吉红、王俊英、罗军、冯万红、高飞、王燕、张洋

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北京市农业技术推广站,北京 100029

北京市房山区种植业技术推广站,北京 102425

北京市顺义区农业科学研究所,北京 101300

北京市耕地建设保护中心,北京 100029

北京市密云区农业农村局 农业产业化服务中心,北京 101500

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冬小麦 品种 群体 抗寒性 产量

北京市科技转化与推广服务项目

2130106

2024

浙江农业科学
浙江省农业科学院,浙江大学

浙江农业科学

影响因子:0.523
ISSN:0528-9017
年,卷(期):2024.65(2)
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