Li Minghua
5 Papers
10 Citations
Li Minghua is an academic researcher. The author has contributed to research in topics: Lotus & Petal. The author has an hindex of 2, co-authored 5 publications.
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Papers
Patent
Miniature lotus root seed breeding technique for lotus root
Ke Weidong,Peng Jing,Liu Yuping,Liu Yiman,Huang Xinfang,Ye Yuanying,Li Shuangmei,Li Feng,Honglian Zhu,Huang Laichun,Chun Zhao,Li Minghua +11 more
- 25 May 2011
TL;DR: In this article, a miniature lotus root seed breeding technique is described, which consists of the following steps of: preparing soil, arranging containers, and filling soil (mud or other substrates) until the soil is 2/3 of volumes of the containers; after the mean daily temperature is stably higher than 13 DEG C, culturing lotsus root brood bodies in the prepared containers; adding water or nutrient solution into the containers, performing management such as water depth regulation, top application, weed removal, pest control and the like in the growth and development process of the
5
Patent
Inducing technology of test tube lotus root
Ke Weidong,Peng Jing,Liu Yuping,Liu Yiman,Huang Xinfang,Ye Yuanying,Li Shuangmei,Li Feng,Honglian Zhu,Huang Laichun,Chun Zhao,Li Minghua +11 more
- 25 May 2011
TL;DR: In this paper, an inducing technology of a test tube lotus root is described, which comprises the steps of: using terminal buds or lateral buds of the lotus roots as explants; carrying out the starting of stem tips, successive proliferation and rooting; finally culturing and inducing by using a solid liquid culture base to form the test tube lotsus root.
3
Patent
Artificial hybridization breeding method for water chestnuts
Li Shuangmei,Ke Weidong,Liu Yiman,Peng Jing,Huang Xinfang,Li Feng,Liu Yuping,Zhu Honglian,Zhong Lan,Sun Yalin,Huang Laichun,Li Minghua,Yun Wang,Liu Zhengwei,Zhou Kai,Kuang Jing,Qun Ji +16 more
- 22 Feb 2017
TL;DR: In this article, an artificial hybridization breeding method for water chestnuts is described. But the method is limited to water chestnut seeds with strong growth vigor and stress resistance and obvious hybrid vigor can be directionally selectively bred by the aid of artificial hybridisation technologies.
1
Patent
Method for accelerating breeding of new lotus varieties
Ke Weidong,Honglian Zhu,Liu Zhengwei,Kuang Jing,Peng Jing,Yun Wang,Huang Xinfang,Li Minghua +7 more
- 20 May 2015
TL;DR: In this paper, a method for accelerating the breeding of new lotus varieties is described, where the hybrid lotus seeds are harvested in a yellowing sub-period and afterwards, and the small lotus roots are seeded and harvested in the current year and planted in the following year.
1
Patent
Fertilizing method for increasing yield of lotus roots cultivated in peat substrate
Liu Yiman,Zhu Honglian,Wang Lili,Ke Weidong,Li Minghua,Kuang Jing,Sun Yalin +6 more
- 19 Apr 2017
TL;DR: In this paper, a method for increasing the yield of lotus roots cultivated in a peat substrate and belonging to the field of plant root cultivation is described. But the method is not suitable for the use of artificial light.