Comparative trial of spring vegetable-soybean varieties

doi:10.16178/j.issn.0528-9017.20240609

Abstract

Abstract:

A comparative trial was conducted on 13 spring vegetable-soybean varieties, evaluating indicators such as growth period, plant traits, pod traits, and yield. It was found that Zhexian 12 and Zhenong 17 could be sown earlier to enhance planting efficiency. Zhenong 6 and Zhexian 9 are suitable for continued promotion and application. Sucheng 6 and Zhenong 11, with their strong plant growth vigor, high yield, green pods, plump grains, and good marketability, are highly favored by large-scale growers and have promising prospects for promotion and application. Four varieties, Kaikeyuan Lufeicui, Sucheng 2, Xuchun 4, and Kaikeyuan Cuilyubao, showed good overall performance and are recommended for multi-site trials to facilitate their promotion.

Key words: vegetable-soybean, variety, plant traits, pod traits, yield

CLC Number:

S565.1

JIN Shuifeng, ZHANG Dan, WU Jianlie, HUANG Yue, ZHONG Yuting, RUAN Qianqian, ZHANG Yuwei, ZOU Yijing. Comparative trial of spring vegetable-soybean varieties[J]. Journal of Zhejiang Agricultural Sciences, 2025, 66(4): 932-934.

Figures/Tables 2

References 10

[1]	邹宜静, 夏国绵, 丁桔, 等. 鲜食秋大豆高产高效栽培技术[J]. 上海蔬菜, 2011(5): 45-46.
[2]	刘佳, 王丽, 董志敏. 吉林省鲜食大豆栽培技术[J]. 吉林蔬菜, 2012(11): 31.
[3]	葛长军, 徐丽荣, 闫良, 等. 鲜食大豆品种比较试验研究初报[J]. 陕西农业科学, 2015, 61(8): 13-15, 20.
[4]	吴早贵. 浙江省菜用大豆产业现状及发展对策探讨[J]. 浙江农业科学, 2004, 45(6): 297-299.
[5]	葛明初, 张古文, 刘娜, 等. 菜用大豆新品种浙农17号在海宁市的农艺性状及栽培技术要点[J]. 浙江农业科学, 2023, 64(10): 2438-2441.
[6]	张古文, 许林英, 张琳玲, 等. 菜用大豆新品种、‘浙农11号’、[J]. 园艺学报, 2021, 48(S2): 2855-2856.
[7]	管耀祖, 林立坚, 黄惠芳, 等. 中熟菜用大豆新品种浙鲜9号[J]. 长江蔬菜, 2017(7): 18-19.
[8]	龚亚明, 胡齐赞, 茅国夫, 等. 菜用大豆新品种浙农6号[J]. 中国蔬菜, 2010(3): 32.
[9]	魏章焕, 陆新苗. 菜用大豆新品种浙农6号引种试验示范初报[J]. 上海蔬菜, 2012(4): 20-21.
[10]	傅旭军, 朱丹华, 袁凤杰, 等. 鲜食春大豆浙鲜12的选育与栽培要点[J]. 浙江农业科学, 2019, 60(2): 224-225.

品种	播种期 (月-日)	定植期 (月-日)	采收期 (月-日)	生育期/d	结荚习性	株型	株高/ cm	底荚高/ cm	主茎节数	有效分枝数	单株有效荚数	有效荚率/%
浙农8号	04-03	04-19	07-05	77	有限	收敛	20.15	2.60	7.50	4.60	36.40	96.30
浙农17号	04-03	04-19	07-05	77	有限	收敛	24.25	6.13	8.80	4.00	32.50	92.86
浙农16号	03-30	04-19	07-06	78	有限	收敛	19.90	6.16	8.00	3.40	38.70	90.21
浙农6号(CK1)	03-30	04-19	07-05	77	有限	收敛	27.50	7.20	9.00	2.00	31.40	90.23
浙农11号	03-30	04-19	07-07	79	有限	收敛	24.00	3.50	9.60	5.80	40.50	91.42
浙农15号	03-30	04-19	07-07	79	有限	收敛	22.30	2.90	8.80	5.80	37.40	91.44
苏成6号	03-25	04-17	07-09	83	有限	收敛	46.90	9.60	14.00	3.80	41.70	94.34
开科源翠绿宝	04-07	04-17	07-07	81	有限	收敛	27.10	4.80	8.60	4.40	37.10	98.67
开科源绿翡翠	04-07	04-17	07-07	81	有限	收敛	30.70	4.50	9.80	0.80	34.30	97.17
开科源翠鸟	04-07	04-16	07-07	82	有限	收敛	36.80	7.56	12.60	1.20	36.60	98.92
浙鲜12(CK2)	04-07	04-16	07-05	80	有限	收敛	22.37	7.00	7.40	4.20	38.60	95.54
浙鲜9号	03-28	04-16	07-05	80	有限	收敛	27.41	8.08	9.00	3.10	32.60	95.88
浙鲜18	03-28	04-16	07-07	82	有限	收敛	20.40	5.80	8.00	5.60	35.10	97.23
苏成2号	03-28	04-16	07-07	82	有限	收敛	49.60	9.50	12.60	2.00	38.10	90.71
徐春4号	03-28	04-16	07-07	82	有限	收敛	42.90	7.00	12.60	3.60	36.20	87.86

品种	播种期 (月-日)	定植期 (月-日)	采收期 (月-日)	生育期/d	结荚习性	株型	株高/ cm	底荚高/ cm	主茎节数	有效分枝数	单株有效荚数	有效荚率/%
浙农8号	04-03	04-19	07-05	77	有限	收敛	20.15	2.60	7.50	4.60	36.40	96.30
浙农17号	04-03	04-19	07-05	77	有限	收敛	24.25	6.13	8.80	4.00	32.50	92.86
浙农16号	03-30	04-19	07-06	78	有限	收敛	19.90	6.16	8.00	3.40	38.70	90.21
浙农6号(CK1)	03-30	04-19	07-05	77	有限	收敛	27.50	7.20	9.00	2.00	31.40	90.23
浙农11号	03-30	04-19	07-07	79	有限	收敛	24.00	3.50	9.60	5.80	40.50	91.42
浙农15号	03-30	04-19	07-07	79	有限	收敛	22.30	2.90	8.80	5.80	37.40	91.44
苏成6号	03-25	04-17	07-09	83	有限	收敛	46.90	9.60	14.00	3.80	41.70	94.34
开科源翠绿宝	04-07	04-17	07-07	81	有限	收敛	27.10	4.80	8.60	4.40	37.10	98.67
开科源绿翡翠	04-07	04-17	07-07	81	有限	收敛	30.70	4.50	9.80	0.80	34.30	97.17
开科源翠鸟	04-07	04-16	07-07	82	有限	收敛	36.80	7.56	12.60	1.20	36.60	98.92
浙鲜12(CK2)	04-07	04-16	07-05	80	有限	收敛	22.37	7.00	7.40	4.20	38.60	95.54
浙鲜9号	03-28	04-16	07-05	80	有限	收敛	27.41	8.08	9.00	3.10	32.60	95.88
浙鲜18	03-28	04-16	07-07	82	有限	收敛	20.40	5.80	8.00	5.60	35.10	97.23
苏成2号	03-28	04-16	07-07	82	有限	收敛	49.60	9.50	12.60	2.00	38.10	90.71
徐春4号	03-28	04-16	07-07	82	有限	收敛	42.90	7.00	12.60	3.60	36.20	87.86

品种	荚形	荚色	茸毛色	荚长/cm	荚宽/cm	鲜百荚重/g	鲜百粒重/g	折合667 m²产量/kg
浙农8号	微弯镰形	绿	灰	4.67	1.19	237.00	68.50	693.94
浙农17号	弯镰形	绿	灰	5.64	1.23	262.70	80.83	687.88
浙农16号	弯镰形	绿	灰	5.38	1.43	280.67	74.56	724.24
浙农6号(CK1)	微弯镰形	绿	灰	6.15	1.35	333.47	90.57	872.73
浙农11号	弯镰形	绿	灰	5.43	1.35	288.33	77.52	912.12
浙农15号	弯镰形	绿	灰	5.25	1.40	312.17	89.05	800.00
苏成6号	弯镰形	绿	灰	5.69	1.42	387.83	107.59	924.24
开科源翠绿宝	弯镰形	绿	灰	5.16	1.25	281.67	78.59	803.03
开科源绿翡翠	弯镰形	深绿	灰	5.92	1.35	400.00	105.95	857.58
开科源翠鸟	弯镰形	深绿	灰	5.50	1.34	328.83	91.61	706.06
浙鲜12(CK2)	弯镰形	淡绿	灰	4.87	1.19	236.00	68.00	687.88
浙鲜9号	弯镰形	淡绿	灰	6.24	1.39	354.00	98.50	857.58
浙鲜18	弯镰形	淡绿	灰	5.46	1.39	279.50	74.19	769.70
苏成2号	弯镰形	绿	灰	5.84	1.43	283.79	82.72	857.58
徐春4号	弯镰形	绿	灰	5.72	1.38	344.00	94.10	842.42

品种	荚形	荚色	茸毛色	荚长/cm	荚宽/cm	鲜百荚重/g	鲜百粒重/g	折合667 m²产量/kg
浙农8号	微弯镰形	绿	灰	4.67	1.19	237.00	68.50	693.94
浙农17号	弯镰形	绿	灰	5.64	1.23	262.70	80.83	687.88
浙农16号	弯镰形	绿	灰	5.38	1.43	280.67	74.56	724.24
浙农6号(CK1)	微弯镰形	绿	灰	6.15	1.35	333.47	90.57	872.73
浙农11号	弯镰形	绿	灰	5.43	1.35	288.33	77.52	912.12
浙农15号	弯镰形	绿	灰	5.25	1.40	312.17	89.05	800.00
苏成6号	弯镰形	绿	灰	5.69	1.42	387.83	107.59	924.24
开科源翠绿宝	弯镰形	绿	灰	5.16	1.25	281.67	78.59	803.03
开科源绿翡翠	弯镰形	深绿	灰	5.92	1.35	400.00	105.95	857.58
开科源翠鸟	弯镰形	深绿	灰	5.50	1.34	328.83	91.61	706.06
浙鲜12(CK2)	弯镰形	淡绿	灰	4.87	1.19	236.00	68.00	687.88
浙鲜9号	弯镰形	淡绿	灰	6.24	1.39	354.00	98.50	857.58
浙鲜18	弯镰形	淡绿	灰	5.46	1.39	279.50	74.19	769.70
苏成2号	弯镰形	绿	灰	5.84	1.43	283.79	82.72	857.58
徐春4号	弯镰形	绿	灰	5.72	1.38	344.00	94.10	842.42

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