Flower Phenotype Analysis and Classification of Camellia reticulata Cultivars

doi:10.16420/j.issn.0513-353x.2024-0521

Acta Horticulturae Sinica ›› 2025, Vol. 52 ›› Issue (6): 1530-1538.doi: 10.16420/j.issn.0513-353x.2024-0521

• Genetic & Breeding?Germplasm Resources?Molecular Biology • Previous Articles Next Articles

Flower Phenotype Analysis and Classification of Camellia reticulata Cultivars

XU Xiaodan¹, ZHENG Wei¹^,^*(), ZHANG Le¹, LI Yuqi¹, WANG Yanqing¹, WANG Zhonglang², and CHEN Longqing³

¹ Department of Landscape Architecture，Faculty of Architecture and City Planning，Kunming University of Science and Technology，Kunming 650504，China
² Kunming Institute of Botany，Chinese Academy of Sciences，Kunming 650201，China
³ Faculty of Landscape Architecture and Horticulture，Southwest Forestry University，Kunming 650224，China

Received:2025-03-07 Revised:2025-04-21 Online:2025-06-20 Published:2025-06-20
Contact: ZHENG Wei

Abstract

Abstract:

In this paper，the diversity analysis，correlation analysis，principal component analysis，and cluster analysis were conducted by flower morphological characters of the main Camellia reticulata cultivars，so as to further optimize the current cultivar classification method. The results indicated that among the nine morphological characters，the highest coefficient of variation and diversity index H were stamen morphology（tubular，fascicular，or petaloid），followed by the stamen number，petal color and petal number. The number of stamens was significantly negative-correlated with the number of petals，while the assignment of stamen morphology was significantly positive-correlated with the number of petals. The first principal components was the comprehensive character represented by stamen number（contribution rate of 46.88%），followed by the petal color（27.55%），and the petal length/width（25.57%）. A total of 100 C. reticulata cultivars were clustered into three clades. The cladeⅠhad 26 cultivars，whose stamen bases were tubular. The cladeⅡincluded 49 cultivars，with fascicular stamen bases. The clade Ⅲ involved 25 cultivars，which had petaloid stamens or few stamens but did not appear as bundles. Based on the above results，a new classification method for the C. reticulata cultivars by using stamen morphology was proposed，namely（1）tubular stamen cultivar group of C. reticulata，（2）fascicular stamen cultivar group of C. reticulata，and（3）petaloid stamen cultivar group of C. reticulata. Apart from their ornamental purpose，the tubular stamen cultivar group is also an excellent germplasm for oil use.

Key words: Camellia reticulata, flower character, cultivar classification, cultivar group, cluster analysis

XU Xiaodan, ZHENG Wei, ZHANG Le, LI Yuqi, WANG Yanqing, WANG Zhonglang, and CHEN Longqing. Flower Phenotype Analysis and Classification of Camellia reticulata Cultivars[J]. Acta Horticulturae Sinica, 2025, 52(6): 1530-1538.

Figures/Tables 6

References 19

[1]	Brickell C D, Baum B R, Hetterscheid W L A, Leslie A C, Mcneill J, Trehane P, Vrugtman F, Wiersema J H. 2012. International code of nomenclature for cultivated plants. International Code of Nomenclature for Cultivated Plants, 151 (647):46-52.
[2]	Chen Junyu, Chen Ruidan. 2009. A new system for classifying China mei cultivar group,with special reference to developing superiorities of interspecific hybrid originated groups. Acta Horticulturae Sinica, 36 (5):693-700. (in Chinese)
	陈俊愉, 陈瑞丹. 2009. 中国梅花品种群分类新方案并论种间杂交起源品种群之发展优势. 园艺学报, 36 (5):693-700.
[3]	Feng Guomei. 1981. Yunnan camellia. Yunnan People’s Press. (in Chinese)
	冯国楣. 1981. 云南山茶花. 云南人民出版社.
[4]	Gu Zhijian. 1997. The discovery of tetraploid Camellia reticulata and its implication in studies on the origin of this species. Acta Phytotaxonomica Sinica, 35 (2):107-116. (in Chinese)
	顾志建. 1997. 云南山茶花四倍体的首次发现及其科学意义. 植物分类学报, 35 (2):107-116.
[5]	Guo Xin, Cheng Fangyun, Zhong Yuan, Cheng Xinyun, Tao Xiwen. 2022. The quantitative classification of flower color phenotype in Paeonia rockii (flare tree peony). Acta Horticulturae Sinica, 49 (1):86-99. (in Chinese)
	郭鑫, 成仿云, 钟原, 成信云, 陶熙文. 2022. 紫斑牡丹花色表型数量分类研究. 园艺学报, 49 (1):86-99.
[6]	Hong Yan, Bai Xinxiang, Sun Wei, Jia Fengwei, Dai Silan. 2012. The numerical classification of chrysanthemum flower color phenotype. Acta Horticulturae Sinica, 39 (7):1330-1340. (in Chinese)
	洪艳, 白新祥, 孙卫, 贾锋炜, 戴思兰. 2012. 菊花品种花色表型数量分类研究. 园艺学报, 39 (7):1330-1340.
[7]	Kunming Association for Science and Technology(KAST). 2010. Camellia reticulata,the unique and beautiful flower of Yunnan. Yunnan Science and Technology Press. (in Chinese)
	昆明市科协(KAST). 2010. 滇之奇葩——云南山茶花. 云南科技出版社.
[8]	Liu L, Gu Z. 2011. Genomic in situ hybridization identifies genome donors of Camellia reticulata(Theaceae). Plant Science,180:554-559.
[9]	Min Tianlu. 1998. The classification,differentiation and distribution of the genus Camellia Sect. Camellia. Acta Botanica Yunanica, 20 (4-5):127-148. (in Chinese)
	闵天禄. 1998. 山茶属山茶组植物的分类、分化和分布. 云南植物研究, 20 (4-5):127-148.
[10]	Qiu Yingxiong, Hu Shaoqing, Chen Yuelei, Chen Xiao, Wu Guanghong. 2004. Studies on cultivar classification of Osmanthus fragrans by ISSR-PCR analysis. Acta Horticulturae Sinica, 31 (4):529-532. (in Chinese)
	邱英雄, 胡绍庆, 陈跃磊, 陈晓, 吴光洪. 2004. ISSR-PCR技术在桂花品种分类研究中的应用. 园艺学报, 31 (4):529-532.
[11]	Wang B, Ruan Z. 2012. Genetic diversity and differentiation in Camellia reticulata(Theaceae)polyploid complex revealed by ISSR and ploidy. Genetics & Molecular Research, 11 (1):503-511.
[12]	Wang Jing, Xu Leifeng, Wang Ling, Qi Xianyu, Song Meng, Cao Yuwei, He Guoren, Tang Yuchao, Yang Panpan, Ming Jun. 2022. The numerical classification of flower color phenotype in lily. Acta Horticulturae Sinica, 49 (3):571-580. (in Chinese)
	王静, 徐雷锋, 王令, 祁先宇, 宋蒙, 曹雨薇, 何国仁, 唐玉超, 杨盼盼, 明军. 2022. 百合花色表型数量分类研究. 园艺学报, 49 (3):571-580.
[13]	Wang Y, Zhuang H, Shen Y, Wang Y, Wang Z. 2021. The dataset of camellia cultivars names in the world. Biodiversity Data Journal,9:e61646.
[14]	Wu Guijin, Chen Longqing, Wei Qiuyu, Hu Yunchong, Xu Jian, Li Dongxue, Chen Shengtong, Wang Zhonglang, Geng Fang. 2023. Statistics and phenotypic traits analysis of Camellia reticulata registered cultivars. Acta Horticulturae Sinica, 50 (10):2157-2170. (in Chinese)
	吴贵进, 陈龙清, 韦秋雨, 胡云冲, 徐剑, 栗冬雪, 陈盛通, 王仲朗, 耿芳. 2023. 滇山茶登录品种统计及表型性状分析. 园艺学报, 50 (10):2157-2170.
[15]	Xia Lifang, Gu Zhijian, Wang Zhonglang, Xiao Tiaojiang, Wang Li, Kondo katsuhiko. 1994. Dawn on the origin of Camellia reticulata—the new discovery of its wild diploid in Jinshajiang valley. Plant Diversity, 16 (3):1-3. (in Chinese)
	夏丽芳, 顾志建, 王仲朗, 肖调江, 王丽, 近藤胜彦. 1994. 探讨云南山茶起源的一线曙光——野生二倍体类型在金沙江流域的发现. 植物多样性, 16 (3):1-3.
[16]	Xin T, de Riek J, Guo H, Jarvis D, Ma L, Long C. 2015. Impact of traditional culture on Camellia reticulata in Yunnan,China. Journal of Ethnobiology and Ethnomedicine,11:74.
[17]	Xu X, Gao Y, Zheng W. 2024. Exploring genetic diversity and phylogenetic relationships in Camellia reticulata cultivars using novel low-copy nuclear gene markers. Horticulturae,10:303.
[18]	Xu X, Zheng W, Harris A J, Wang W, Shao W, Wen J. 2018. Assessing the maternal origin in the polyploid complex of Camellia reticulata based on the chloroplast rpl 16 intron sequences:implications for Camellia cross breeding. Molecular Breeding, 38 (10):123.
[19]	Xu Xiaodan, Shao Weizhu, Zheng Wei. 2018. Ploidy study on polyploidy cultivars of Camellia reticulata. Scientia Silvae Sinicae, 54 (9):44-49. (in Chinese)
	徐晓丹, 邵维助, 郑伟. 2018. 滇山茶多倍体栽培品种的细胞倍性. 林业科学, 54 (9):44-49.

序号No.	品种名Cultivar	序号No.	品种名Cultivar	序号No.	品种名Cultivar
1	荷花仙子 Hehua Xianzi	35	早桃红 Zaotaohong	69	大理蝶翅 Dali Diechi
2	艳红芙蓉 Yanhong Furong	36	艳红霞 Yanhongxia	70	小叶牡丹 Xiaoye Mudan
3	麻叶松子壳 Maye Songzike	37	麻叶银红 Maye Yinhong	71	牡丹魁 Mudankui
4	艳红松子壳 Yanhong Songzike	38	云华茶 Yunhuacha	72	玉洁 Yujie
5	桂叶通草 Guiye Tongcao	39	满邑 Manyi	73	碧玉 Biyu
6	云南鹤顶红 Yunnan Hedinghong	40	大玛瑙 Damanao	74	俏玉兰 Qiaoyulan
7	松子壳 Songzike	41	朱红白点Zhuhong Baidian	75	粉玉 Fenyu
8	五角绣球 Wujiao Xiuqiu	42	金蕊蝶翅 Jinrui Diechi	76	小玉兰 Xiaoyulan
9	情人节 Qingrenjie	43	狮子头 Shizitou	77	玉兰茶 Yulancha
10	菊瓣 Juban	44	花叶宝珠 Huaye Baozhu	78	红碗茶 Hongwancha
11	粉通草 Fentongcao	45	紫溪 Zixi	79	虞美人 Yumeiren
12	童子面 Tongzimian	46	楚蝶 Chudie	80	紫溪山 Zixishan
13	紫灵 Ziling	47	西林 Xilin	81	金心大红 Jinxin Dahong
14	大红袍 Dahongpao	48	赛桃红 Saitaohong	82	卵叶银红 Luanye Yinhong
15	南松子 Nansongzi	49	仙叶茶 Xianyecha	83	喜迎春 Xiyingchun
16	色奔 Seben	50	玉带红 Yudaihong	84	二乔 Erqiao
17	麻叶通草 Maye Tongcao	51	大银红 Dayinhong	85	皎荷 Jiaohe
18	玫红桂叶 Meihong Guiye	52	大红茶 Dahongcha	86	漫舞 Manwu
19	妍荷 Yanhe	53	丹顶鹤 Dandinghe	87	卵叶漫舞 Luanye Manwu
20	相国茶 Xiangguocha	54	小银红 Xiaoyinhong	88	红莲 Honglian
21	鹿城春 Luchengchun	55	蒲门茶 Pumencha	89	金粉妍 Jinfenyan
22	松子鳞 Songzilin	56	红五心 Hongwuxin	90	独心大红茶 Duxin Dahongcha
23	恨天高 Hentiangao	57	东林 Donglin	91	小娇娇 Xiaojiaojiao
24	云针 Yunzhen	58	昭庆 Zhaoqing	92	赛童颜 Saitongyan
25	凤山茶 Fengshancha	59	佛座莲 Fozuolian	93	丹晶 Danjing
26	嫣红 Yanhong	60	粉天娇 Fentianjiao	94	柳叶银红 Liuye Yinhong
27	艳通草 Yantongcao	61	牡丹茶 Mudancha	95	晶晶 Jingjing
28	麻叶桃红 Maye Taohong	62	黑大红 Heidahong	96	红花油茶 Honghua Youcha
29	粉红蝶翅 Fenhong Diechi	63	靖安茶 Jing’ancha	97	连蕊 Lianrui
30	粉朝云 Fenzhaoyun	64	雪娇 Xuejiao	98	金蕊芙蓉 Jinrui Furong
31	桃红袍 Taohongpao	65	平瓣大理茶 Pingban Dalicha	99	滇池红梅 Dianchi Hongmei
32	归霞 Guixia	66	大理茶 Dalicha	100	玉狮子 Yushizi
33	团叶蝶翅 Tuanye Diechi	67	晚春红 Wanchunhong
34	赛牡丹 Saimudan	68	卷瓣牡丹 Juanban Mudan

序号No.	品种名Cultivar	序号No.	品种名Cultivar	序号No.	品种名Cultivar
1	荷花仙子 Hehua Xianzi	35	早桃红 Zaotaohong	69	大理蝶翅 Dali Diechi
2	艳红芙蓉 Yanhong Furong	36	艳红霞 Yanhongxia	70	小叶牡丹 Xiaoye Mudan
3	麻叶松子壳 Maye Songzike	37	麻叶银红 Maye Yinhong	71	牡丹魁 Mudankui
4	艳红松子壳 Yanhong Songzike	38	云华茶 Yunhuacha	72	玉洁 Yujie
5	桂叶通草 Guiye Tongcao	39	满邑 Manyi	73	碧玉 Biyu
6	云南鹤顶红 Yunnan Hedinghong	40	大玛瑙 Damanao	74	俏玉兰 Qiaoyulan
7	松子壳 Songzike	41	朱红白点Zhuhong Baidian	75	粉玉 Fenyu
8	五角绣球 Wujiao Xiuqiu	42	金蕊蝶翅 Jinrui Diechi	76	小玉兰 Xiaoyulan
9	情人节 Qingrenjie	43	狮子头 Shizitou	77	玉兰茶 Yulancha
10	菊瓣 Juban	44	花叶宝珠 Huaye Baozhu	78	红碗茶 Hongwancha
11	粉通草 Fentongcao	45	紫溪 Zixi	79	虞美人 Yumeiren
12	童子面 Tongzimian	46	楚蝶 Chudie	80	紫溪山 Zixishan
13	紫灵 Ziling	47	西林 Xilin	81	金心大红 Jinxin Dahong
14	大红袍 Dahongpao	48	赛桃红 Saitaohong	82	卵叶银红 Luanye Yinhong
15	南松子 Nansongzi	49	仙叶茶 Xianyecha	83	喜迎春 Xiyingchun
16	色奔 Seben	50	玉带红 Yudaihong	84	二乔 Erqiao
17	麻叶通草 Maye Tongcao	51	大银红 Dayinhong	85	皎荷 Jiaohe
18	玫红桂叶 Meihong Guiye	52	大红茶 Dahongcha	86	漫舞 Manwu
19	妍荷 Yanhe	53	丹顶鹤 Dandinghe	87	卵叶漫舞 Luanye Manwu
20	相国茶 Xiangguocha	54	小银红 Xiaoyinhong	88	红莲 Honglian
21	鹿城春 Luchengchun	55	蒲门茶 Pumencha	89	金粉妍 Jinfenyan
22	松子鳞 Songzilin	56	红五心 Hongwuxin	90	独心大红茶 Duxin Dahongcha
23	恨天高 Hentiangao	57	东林 Donglin	91	小娇娇 Xiaojiaojiao
24	云针 Yunzhen	58	昭庆 Zhaoqing	92	赛童颜 Saitongyan
25	凤山茶 Fengshancha	59	佛座莲 Fozuolian	93	丹晶 Danjing
26	嫣红 Yanhong	60	粉天娇 Fentianjiao	94	柳叶银红 Liuye Yinhong
27	艳通草 Yantongcao	61	牡丹茶 Mudancha	95	晶晶 Jingjing
28	麻叶桃红 Maye Taohong	62	黑大红 Heidahong	96	红花油茶 Honghua Youcha
29	粉红蝶翅 Fenhong Diechi	63	靖安茶 Jing’ancha	97	连蕊 Lianrui
30	粉朝云 Fenzhaoyun	64	雪娇 Xuejiao	98	金蕊芙蓉 Jinrui Furong
31	桃红袍 Taohongpao	65	平瓣大理茶 Pingban Dalicha	99	滇池红梅 Dianchi Hongmei
32	归霞 Guixia	66	大理茶 Dalicha	100	玉狮子 Yushizi
33	团叶蝶翅 Tuanye Diechi	67	晚春红 Wanchunhong
34	赛牡丹 Saimudan	68	卷瓣牡丹 Juanban Mudan

性状Traits	最小值Min	最大值Max	均值Average	标准差S	变异系数/% CV	多样性指数H
苞片数 Number of sepals	4.00	17.00	9.90	2.47	0.25	0.90
苞片长宽比 Sepal aspect ratio	0.64	1.78	1.04	0.23	0.22	0.82
花瓣数 Number of petals	6.00	80.00	21.30	11.40	0.54	1.22
花瓣长宽比 Petal aspect ratio	0.60	2.40	1.29	0.33	0.26	0.65
雄蕊数 Number of stamens	0	212.00	64.81	51.31	0.79	1.68
雄蕊长/cm Stamens length	0	4.87	2.83	1.12	0.40	0.92
雌蕊数 Number of gynoecium	0	6.00	3.20	1.48	0.46	0.68
雄蕊形态 Stamens shape	1.00	3.00	2.12	1.01	0.90	1.28
花瓣颜色 Petal color	1.00	4.00	2.27	0.92	0.72	1.23

性状Traits	最小值Min	最大值Max	均值Average	标准差S	变异系数/% CV	多样性指数H
苞片数 Number of sepals	4.00	17.00	9.90	2.47	0.25	0.90
苞片长宽比 Sepal aspect ratio	0.64	1.78	1.04	0.23	0.22	0.82
花瓣数 Number of petals	6.00	80.00	21.30	11.40	0.54	1.22
花瓣长宽比 Petal aspect ratio	0.60	2.40	1.29	0.33	0.26	0.65
雄蕊数 Number of stamens	0	212.00	64.81	51.31	0.79	1.68
雄蕊长/cm Stamens length	0	4.87	2.83	1.12	0.40	0.92
雌蕊数 Number of gynoecium	0	6.00	3.20	1.48	0.46	0.68
雄蕊形态 Stamens shape	1.00	3.00	2.12	1.01	0.90	1.28
花瓣颜色 Petal color	1.00	4.00	2.27	0.92	0.72	1.23

性状Traits	花瓣颜色 Petal color	苞片数 Number of sepals	苞片长宽比Sepal aspect ratio	花瓣数 Number of petals	花瓣长宽比Petal aspect ratio	雄蕊数 Number of stamens	雄蕊长/cm Stamens length	雄蕊形态 Stamens shape
花瓣颜色 Petal color
苞片数 Number of sepals	0.10
苞片长宽比 Sepal aspect ratio	0.09	-0.01
花瓣数 Number of petals	-0.09	0.06	0.16
花瓣长宽比 Petal aspect ratio	-0.03	-0.12	0.20^*	-0.09
雄蕊数 Number of stamens	0.07	-0.08	-0.15	-0.61^**	0.11
雄蕊长/cm Stamens length	-0.04	0.14	0.08	-0.40^**	-0.11	0.55^**
雄蕊形态 Stamens shape	-0.05	-0.02	-0.12	0.33^**	-0.08	-0.42^**	-0.40^**
雌蕊数 Number of gynoecium	-0.09	-0.12	0.04	-0.03	0.07	0.15	0.09	0.09

Flower Phenotype Analysis and Classification of Camellia reticulata Cultivars

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性状 Traits	主成分1 Principal component 1	主成分2 Principal component 2	主成分3 Principal component 3	方差解释度h² Variance interpretability
苞片数 Number of sepals	-0.11	0.18	0.22	0.82
苞片长宽比 Sepal aspect ratio	-0.21	-0.34	0.21	0.79
花瓣颜色 Petal color	0.11	0.63	0.24	0.93
花瓣数 Number of petals	-0.76	0.20	0.36	0.97
花瓣长宽比 Petal aspect ratio	-0.38	-0.53	0.70	0.93
雄蕊数 Number of stamens	0.87	-0.10	-0.02	0.99
雄蕊长/cm Stamens length	0.70	-0.26	0.21	0.87
雄蕊形态 Stamens shape	-0.84	0.14	0.17	0.98
雌蕊数 Number of gynoecium	0.53	0.27	0.33	0.95
贡献率/% Contribution rate	46.88	27.55	25.57

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