哈密瓜水肥一体化综合抗逆减灾综合栽培技术
Comprehensive Cultivation Techniques for Water and Fertilizer Integration of Hami Melon in Adversity Resistance and Disaster Reduction

作者: 沙勇龙 , 黎万春 , 孟建军 , 杨 军 :新疆维吾尔自治区葡萄瓜果研究所,新疆 鄯善;

关键词: 哈密瓜水肥一体化关键栽培技术抗逆减灾Hami Melon Integration of Water and Fertilizer Key Cultivation Techniques Adversity Resistance and Disaster Reduction

摘要:
极端气温的不断出现,在吐鲁番春季甜瓜生产上,出现苗期连续低温和成熟期的持续高温,造成大面积的植株萎蔫、死秧,是目前在生产上所面临的急需解决的首要问题,经过两年的摸索生产试验,通过壮根、减少裸露面积等技术,来提高早春的低温和降低夏季膜下根部的高温。总结出一套适合我区的目前生产哈密瓜水肥一体化综合抗逆减灾的综合栽培技术。

Abstract: The continuous emergence of extreme temperature in the production of muskmelon in Turpan, the continuous high temperature in the seedling stage and the mature period of the seedling stage, which caused a large area of plant wilt and dead seedlings, are the most urgent problems to be solved in the production. After two years of exploration and production experiment, through the technique of strengthening root and reducing the bare area, a comprehensive cultivation technique of water and fertilizer integrated comprehensive resistance and disaster reduction for the current production of Hami melon is summarized.

文章引用: 沙勇龙 , 黎万春 , 孟建军 , 杨 军 (2017) 哈密瓜水肥一体化综合抗逆减灾综合栽培技术。 农业科学, 7, 429-432. doi: 10.12677/HJAS.2017.76055

参考文献

[1] 新疆甜瓜西瓜资源调查组. 新疆甜瓜西瓜志[M]. 乌鲁木齐: 新疆人民出版社, 1985.

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