Morphological Characteristics of Pollen from 44 Species of Subgen. Yulania

doi:10.16420/j.issn.0513-353x.2022-0969

Acta Horticulturae Sinica ›› 2023, Vol. 50 ›› Issue (11): 2417-2434.doi: 10.16420/j.issn.0513-353x.2022-0969

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

Morphological Characteristics of Pollen from 44 Species of Subgen. Yulania

WANG Xiaobo¹^,², CAO Ying²^,³, GUO Wei¹^,², MA Lin¹^,², LIU Xiuli¹^,²^,^*()

¹ School of Landscape Architecture，Beijing Forestry University，Beijing 100083，China
² Beijing Key Laboratory of Ornamental Plants Germplasm Innovation & Molecular Breeding，National Engineering Research Center for Floriculture，Beijing Laboratory of Urban and Rural Ecological Environment，Beijing 100083，China
³ Beijing Botanical Garden，Beijing Floriculture Engineering Technology Research Centre，Beijing 100093，China

Received:2023-01-21 Revised:2023-07-14 Online:2023-11-25 Published:2023-11-28
Contact: LIU Xiuli

Abstract

Abstract:

In order to clarify the morphological characteristics of the pollen and taxonomic relationships of the Subgen. Yulania，the present study observed the morphological characteristics of pollen of 44 Subgen. Yulania（including 8 accessions，36 cultivars）using scanning electron microscopy（SEM）. Pollen of all tested materials is single-grained with one grooves and belong to N₁P₃C₃-type pollen grains，prolate or perprolate，with size medium（36.06-42.81）μm ×（16.39-20.07）μm and symmetrical from left to right. Pollen is subglobose in polar view，oval or long oval in equatorial view，and boat-shaped in lateral view. The extine pattern of pollen is relatively primitive and could be broadly divided into six types：hole-shaped，verrucate shaped，stripe-shaped，brain-shaped，short rod-shaped hole shaped and tuberculate. The results showed that the pollen shape and colpae of different Subgen. Yulania were similar，but the exine varied greatly. Therefore，pollen morphology can be used to distinguish different species. However，due to its low resolution，it is difficult to distinguish Yulania species accurately，and it can only be used as an auxiliary reference index for species classification.

Key words: Subgen. Yulania, pollen morphology, scanning electron microscope, cluster analysis

WANG Xiaobo, CAO Ying, GUO Wei, MA Lin, LIU Xiuli. Morphological Characteristics of Pollen from 44 Species of Subgen. Yulania[J]. Acta Horticulturae Sinica, 2023, 50(11): 2417-2434.

Figures/Tables 5

References 32

[1]	Chen Rui-Yang, Zhang Wei, Wu Quan-an. 1989. Chromosome numbers of some species in the family Magnoliaceae in Yunnan of China. Acta Botanica Yunnanica,(2):234-238. (in Chinese)
	陈瑞阳, 张玮, 武全安. 1989. 云南部分木兰科植物染色体数目报道. 云南植物研究,(2):234-238.
[2]	Cheng Bi-xuan, Yu Chao, Zhou Li-jun, Cai Heng-yu, Luo Le, Pan Hui-tang, Zhang Qi-xiang. 2021. Pollen morphologies of R. odorata and R. chinensis from Rosa sect. chinenses DC. Journal of Yunnan Agricultural University(Natural Science), 36 (2):314-323. (in Chinese)
	程璧瑄, 于超, 周利君, 蔡珩瑜, 罗乐, 潘会堂, 张启翔. 2021. 蔷薇属月季组植物的花粉形态学研究. 云南农业大学学报(自然科学), 36 (2):314-323.
[3]	Editorial Committee of Flora of China. 1996. Flora of China Vol 30. Beijing: Science Press:126-141. (in Chinese)
	中国科学院中国植物志编辑委员会. 1996. 中国植物志第三十卷. 北京: 科学出版社:126-141.
[4]	Erdtman G. 1978. Handbook of sporology. Institute of Botany. Beijing: Science Press:1-115. (in Chinese)
	埃尔特曼G. 1978. 孢粉学手册. 北京: 科学出版社:1-115.
[5]	Fang Chen. 2020. Variation of pollen morphology under different observing methods[M. D. Dissertation]. Shanghai: East China Normal University. (in Chinese)
	方晨. 2020. 不同观察方式下的花粉形态变化幅度研究[硕士论文]. 上海: 华东师范大学.
[6]	Fu Da-li. 2001. The plant resources and new taxa and cultivars of Yulania Spach[Ph. D. Dissertation]. Changsha: Central South Forestry University. (in Chinese)
	傅大立. 2001. 辛夷植物资源分类及新品种选育研究[博士论文]. 长沙: 中南林学院.
[7]	Jia Wen-qing. 2015. Fundamental study on reproductive biology and ploidy breeding of Camellia flower[Ph. D. Dissertation]. Beijing: Chinese Academy of Forestry. (in Chinese)
	贾文庆. 2015. 山茶花生殖生物学及倍性育种基础研究[博士论文]. 北京: 中国林业科学研究院.
[8]	Li Hongchi, Wu Tianyu, Luo Jian. 2021. Pollen morphological characteristics of 30 species of Gentianaceae in Shergyla Mountain area,Tibet. Acta Horticulturae Sinica, 48 (12):2427-2442. (in Chinese) doi: 10.16420/j.issn.0513-353x.2021-0721 URL
	李洪池, 吴天彧, 罗建. 2021. 西藏色季拉山区龙胆科30种植物的花粉形态特征. 园艺学报, 48 (12):2427-2442. doi: 10.16420/j.issn.0513-353x.2021-0721 URL
[9]	Lin Xin-chun, Yu Zhi-xiong. 2003. Pollen morphology of 9 species from Magnoliaceae. Journal of Zhejiang Forestry College,(4):25-28. (in Chinese)
	林新春, 俞志雄. 2003. 9种木兰科植物的花粉形态观察. 浙江林学院学报,(4):25-28.
[10]	Liu Lin, Zhang Liang-ying, Cheng Gui-lan, He Dan, Zhang Li-fei, Meng Fan-li. 2022. Pollen morphology and its taxonomic significance of 10 Primula species from the Sygera Mountains. Guihaia, 42 (10):1675-1683. (in Chinese)
	刘林, 张良英, 程贵兰, 何丹, 张力飞, 孟凡丽. 2022. 色季拉山10种报春花属植物花粉形态及其分类学意义. 广西植物, 42 (10):1675-1683.
[11]	LiuXiu-li. 2012. Studies on germplasm resources and genetic relationship of Subgenus of Yulania in China[Ph. D. Dissertation]Beijing: Beijing Forestry University. (in Chinese)
	刘秀丽. 2012. 中国玉兰种质资源调查及亲缘关系的研究[博士论文]. 北京: 北京林业大学.
[12]	Liu Xiu-li, Chen Jin-jin, Wang Chen-yu. 2018. The research on pollen morphology and numerical taxonomy of 37 Yulania varieties. Molecular Plant Breeding, 16 (7):2389-2400. (in Chinese)
	刘秀丽, 陈金金, 王晨宇. 2018. 37个玉兰品种的花粉形态及数量分类研究. 分子植物育种, 16 (7):2389-2400.
[13]	Liu Xiu-li, Zhang Qi-xiang. 2009. Preliminary analysis on the Chinese Magnolia denudata flower culture and the application in landscape architecture. Journal of Beijing Forestry University(Social Sciences), 8 (3):54-58. (in Chinese)
	刘秀丽, 张启翔. 2009. 中国玉兰花文化及其园林应用浅析. 北京林业大学学报(社会科学版), 8 (3):54-58.
[14]	Liu Yu-hu. 2004. Magnolias of China. Beijing: Beijing Science and Technology Press:6-7. (in Chinese)
	刘玉壶. 2004. 中国木兰. 北京: 北京科学技术出版社:6-7.
[15]	Matthew S, Lobdel. 2021. Register of Magnolia cultivars. Hort Science, 56 (12):1614-1675.
[16]	Shen Ya-mei, Qian Chao, Fan Yi-rong, Tong Zai-kang. 2012. Pollen morphology of 9 Magnolia species and 3 cultivars. Journal of Zhejiang A & F University, 29 (3):394-400. (in Chinese)
	申亚梅, 钱超, 范义荣, 童再康. 2012. 12种(包括3品种)木兰属植物花粉形态学研究. 浙江农林大学学报, 29 (3):394-400.
[17]	Tian Guo-hang, Fu Da-li, Zhao Dong-wu, Zhao Jie, Zhao Tian-bang. 2006. Study on the species resources and new classification system of Yulania Spach. Chinese Agricultural Science Bulletin,(5):404-411. (in Chinese)
	田国行, 傅大立, 赵东武, 赵杰, 赵天榜. 2006. 玉兰属植物资源与新分类系统的研究. 中国农学通报,(5):404-411.
[18]	Walker J W. 1980. 原始被子植物花粉外壁进化的意义. 中科院植物所古植物研究室孢粉组译. 北京: 科学出版社.
[19]	Wang Chen-yu. 2018. The studies on taxonomy of subgenus Yulania based on morphology,palynology and SSR markers[M. D. Dissertation]. Beijing: Beijing Forestry University. (in Chinese)
	王晨宇. 2018. 基于形态、孢粉学和SSR标记的玉兰亚属分类研究[硕士论文]. 北京: 北京林业大学.
[20]	Wang Chen-yu, Liu Xiu-li, Yu Chao. 2020. The genetic diversity analysis of Subgenus Yulania and its related species. Molecular Plant Breeding, 18 (11):3786-3796. (in Chinese)
	王晨宇, 刘秀丽, 于超. 2020. 玉兰亚属及其近缘种植物遗传多样性分析. 分子植物育种, 18 (11):3786-3796.
[21]	Wang Kai-fa, Wang Xian-zeng. 1983. An introduction to palynology. Beijing: Peking University Press. (in Chinese)
	王开发, 王宪曾. 1983. 孢粉学概论. 北京: 北京大学出版社.
[22]	Wang Xing-li, Luo Jia, Yao Zhang-xiu, Yu Qin, Wang Ya-ling, Zhang Shou-zhou, Shen Ya-mei. 2018. Phylogenetic analysis of some Yulania Spach. plants based on EST-SSR markers. Molecular Plant Breeding, 16 (24):8087-8095. (in Chinese)
	王型力, 骆甲, 姚张秀, 俞芹, 王亚玲, 张寿洲, 申亚梅. 2018. 基于EST-SSR标记的部分玉兰属植物亲缘关系分析. 分子植物育种, 16 (24):8087-8095.
[23]	Wang Ya-ling. 2003. A study on Subgenus Yulania[Ph. D. Dissertation]. Yangling: Northwest Sci-tech University of Agriculture and Forestry University. (in Chinese)
	王亚玲. 2003. 玉兰亚属的研究[博士论文]. 杨凌: 西北农林科技大学.
[24]	Wang Ya-ling, Zhang Shou-zhou, Li Yong, Zhang Wen-hui. 2005. Chromosome numbers of 13 taxa and 12 crossing combinations in Magnoliaceae. Acta Phytotaxonomica Sinica,(6):545-551. (in Chinese)
	王亚玲, 张寿洲, 李勇, 张文辉. 2005. 木兰科13个分类群和12个杂交组合的染色体数目. 植物分类学报,(6):545-551.
[25]	Wang Y L, He Z C, Ejder E, Yang J F, Zhang S Z. 2016. Cytological study of tetraploid species of Magnolia subgenus Yulan(Magnoliaceae). Cytologia, 81 (2):195-205. doi: 10.1508/cytologia.81.195 URL
[26]	Wang Zhen-jiang, Luo Guo-qing, Dai Fan-wei, Yin Hao, Xiao Geng-sheng, Tang Cui-ming. 2015. Pollen morphology of Morus atropurpurea with different ploidies. Scientia Slivae Sinicae, 51 (4):71-77. (in Chinese)
	王振江, 罗国庆, 戴凡炜, 殷浩, 肖更生, 唐翠明. 2015. 不同倍性广东桑的花粉形态. 林业科学, 51 (4):71-77.
[27]	WodeHouse R P. 1935. Pollen grains. New York: McGraw-Hil Book Co. Inc.
[28]	Xu Feng-xia, Xu Xin-lan, Hu Xiao-ying. 2004. Pollen morphology of five species from Magnolia. Acta Botanica Yunnanica,(1):83-88. (in Chinese)
	徐凤霞, 徐信兰, 胡晓颖. 2004. 五种木兰属植物的花粉形态. 云南植物研究,(1):83-88.
[29]	Xue Xiao-ming, Nan Cheng-hui, Yang Rong-zhi, Lin You-shan. 2017. Pollen morphology of seven Magnoliaceae species under a scanning electron microscope. Journal of Anhui Agricultural University, 44 (6):1098-1103. (in Chinese)
	薛晓明, 南程慧, 杨荣治, 林尤山. 2017. 木兰科7种植物花粉的扫描电镜观察. 安徽农业大学学报, 44 (6):1098-1103.
[30]	Yuan Tao, Wang Lian-ying. 2002. Discussion on the origination of Chinese tree-peony cultivars according to pollen grain morphology. Journal of Beijing Forestry University, 24 (1):5. (in Chinese)
	袁涛, 王莲英. 2002. 根据花粉形态探讨中国栽培牡丹的起源. 北京林业大学学报, 24 (1):5.
[31]	Zhao Tian-bang. 2013. Resources and cultivation benefits of Yulania plants in the world. Beijing: Science Press. (in Chinese)
	赵天榜. 2013. 世界玉兰属植物资源与栽培利用. 北京: 科学出版社.
[32]	Zou Xuan, Sun Li-yong, Wan Xiao-xia, Chen Yao, Lin Feng, Yin Zeng-fang. 2020. Establishment of flow cytometry system for DNA C-value determination of polyploid species in subgenus Yulania. Plant Science Journal, 38 (3):369-377. (in Chinese)
	邹璇, 孙李勇, 万小霞, 陈瑶, 林峰, 尹增芳. 2020. 玉兰亚属多倍体植物DNA C-值流式细胞术测定体系的建立. 植物科学学报, 38 (3):369-377.

序号No.	种名 Species	染色体数 Chromosome number	亲本信息 Parent information
1	望春玉兰Magnolia biondii	2n = 4x = 76
2	黄山玉兰 M. cylindrica	2n = 2x = 38
3	天目玉兰M. amoena	2n = 2x = 38
4	‘娇姿’红花玉兰M. wufengensis‘Jiaozi’		M. wufenensis
5	玉兰M. denudata	2n = 4x = 76 2n = 6x = 114
6	武当玉兰 M. sprengeri	2n = 6x = 114
7	‘红脉’二乔玉兰M. denudata‘Red Nerve’		M. denudata
8	‘春喜’玉兰 M.‘Spring Joy’		M. stellata ‘Royal Star’× M.‘Wada’s Memory’
9	‘裙舞’星花玉兰M.× loebneri‘Pirouette’		M. × loebneri‘Ballerina’
10	‘王星’星花玉兰M. stellata‘Royal Star’		M. stellata‘Waterlily’
11	‘变色龙’二乔玉兰M.× soulangeana ‘Chameleon’		M.× soulangeana
12	‘美脉’二乔玉兰M. denudata‘Meimai Erqiao’		M. denudata
13	‘百年’星花玉兰M. stellata‘Centennial’		M. stellata‘Rosea’
14	‘梅丽尔’玉兰 M. × loebneri‘Merrill’		M. × loebneri
15	‘玉灯’玉兰M. denudata‘Lamp’		M. denudata
16	‘霞灿’武当玉兰M. sprengeri‘Very Red’		M. sprengeri
17	‘芭蕾舞女’玉兰M.× loebneri‘Ballerian’		M. × loebneri ‘SpringSnow’ × M. stellata ‘Waterlily’
18	‘红运’二乔玉兰M.× soulangeana‘Hongyun’		M.× soulangeana
19	‘丽克’玉兰M.‘Ricki’		M. liliiflora‘Nigra’× M. stellata‘Rosea’
20	日本辛夷M. praecocissima	2n = 2x = 38
21	‘遗产’玉兰M.‘Legacy’		M. sprengeri var. diva‘Diva’× M. denudata
22	‘梅塞尔’玉兰M.× loebneri‘Leonard Messel’		M. × loebneri
23	‘雪堆’玉兰M. × loebneri‘Snowdrift’		M. × loebneri.
24	‘雷思丽’玉兰M.‘Leslie Jane’		M. × loebneri‘Leonard Messel’
25	‘绿地’玉兰M.‘Green Land’		未查明Not found
26	‘银河’玉兰M.‘Galaxy’		M.liliiflora‘Nigra’× M. sprengeri var. diva‘Diva’
27	‘娇红2号’红花玉兰M.‘Jiaohong 2’		M. wufenensis
28	‘库克’玉兰M.‘Emma Cook’		M. denudata × M. stellata‘Waterlily’
29	‘维达的回忆’玉兰M. salicifolia‘Wada’s Memory’		M. praecocissima × M. salicifolia
30	‘葡萄酒’玉兰M. × soulangeana‘Burgundy’		M.× soulangeana
31	红花玉兰M. wufenensis
32	‘花花公子’玉兰M.‘Big Dude’		M. sprengeri var. diva‘Diva’× M.× soulangeana ‘Picture’
33	‘金色池塘’玉兰M.‘Golden Pond’		M. acuminata × M. denudata
34	‘黄河’玉兰M.‘Yellow River’		M. acuminata × M. denudata
35	紫玉兰M. liliflora	2n = 2x = 38 2n = 4x = 76
36	‘宝石红’玉兰M.‘Rustica Rubra’		M. × soulangeana‘Lennei’
37	‘爱兰粉’玉兰M.× soulangeana‘Iolanthe’		M. × soulangeana‘Lennei’× M.‘MarkJury’
38	‘林耐’二乔玉兰M. × soulangeana‘Lennei’		M.× soulangeana
39	‘蜜蜂’玉兰M.‘Miss Honeybee’		M. acuminata var. subcordata.
40	‘红元宝’玉兰M. lilliflora‘Hongyuanbao’		M. lilliflora
41	‘洛依丝’玉兰M. acuminata‘Lois’		M. acuminata × unknown
42	‘天香’玉兰M.‘Heaven Scent’		M. liliiflora‘Nigra’× M. × veitchii‘Peter Veitch’
43	‘复色’玉兰M.‘Sunsation’		M. × brooklynensis‘Woodsman’× M.‘Elizabeth’
44	‘黄鸟’玉兰M. × brooklynensis‘Yellow Bird’		M.× brooklynensis‘Evamaria’× M. acuminata var. subcordata

序号No.	种名 Species	染色体数 Chromosome number	亲本信息 Parent information
1	望春玉兰Magnolia biondii	2n = 4x = 76
2	黄山玉兰 M. cylindrica	2n = 2x = 38
3	天目玉兰M. amoena	2n = 2x = 38
4	‘娇姿’红花玉兰M. wufengensis‘Jiaozi’		M. wufenensis
5	玉兰M. denudata	2n = 4x = 76 2n = 6x = 114
6	武当玉兰 M. sprengeri	2n = 6x = 114
7	‘红脉’二乔玉兰M. denudata‘Red Nerve’		M. denudata
8	‘春喜’玉兰 M.‘Spring Joy’		M. stellata ‘Royal Star’× M.‘Wada’s Memory’
9	‘裙舞’星花玉兰M.× loebneri‘Pirouette’		M. × loebneri‘Ballerina’
10	‘王星’星花玉兰M. stellata‘Royal Star’		M. stellata‘Waterlily’
11	‘变色龙’二乔玉兰M.× soulangeana ‘Chameleon’		M.× soulangeana
12	‘美脉’二乔玉兰M. denudata‘Meimai Erqiao’		M. denudata
13	‘百年’星花玉兰M. stellata‘Centennial’		M. stellata‘Rosea’
14	‘梅丽尔’玉兰 M. × loebneri‘Merrill’		M. × loebneri
15	‘玉灯’玉兰M. denudata‘Lamp’		M. denudata
16	‘霞灿’武当玉兰M. sprengeri‘Very Red’		M. sprengeri
17	‘芭蕾舞女’玉兰M.× loebneri‘Ballerian’		M. × loebneri ‘SpringSnow’ × M. stellata ‘Waterlily’
18	‘红运’二乔玉兰M.× soulangeana‘Hongyun’		M.× soulangeana
19	‘丽克’玉兰M.‘Ricki’		M. liliiflora‘Nigra’× M. stellata‘Rosea’
20	日本辛夷M. praecocissima	2n = 2x = 38
21	‘遗产’玉兰M.‘Legacy’		M. sprengeri var. diva‘Diva’× M. denudata
22	‘梅塞尔’玉兰M.× loebneri‘Leonard Messel’		M. × loebneri
23	‘雪堆’玉兰M. × loebneri‘Snowdrift’		M. × loebneri.
24	‘雷思丽’玉兰M.‘Leslie Jane’		M. × loebneri‘Leonard Messel’
25	‘绿地’玉兰M.‘Green Land’		未查明Not found
26	‘银河’玉兰M.‘Galaxy’		M.liliiflora‘Nigra’× M. sprengeri var. diva‘Diva’
27	‘娇红2号’红花玉兰M.‘Jiaohong 2’		M. wufenensis
28	‘库克’玉兰M.‘Emma Cook’		M. denudata × M. stellata‘Waterlily’
29	‘维达的回忆’玉兰M. salicifolia‘Wada’s Memory’		M. praecocissima × M. salicifolia
30	‘葡萄酒’玉兰M. × soulangeana‘Burgundy’		M.× soulangeana
31	红花玉兰M. wufenensis
32	‘花花公子’玉兰M.‘Big Dude’		M. sprengeri var. diva‘Diva’× M.× soulangeana ‘Picture’
33	‘金色池塘’玉兰M.‘Golden Pond’		M. acuminata × M. denudata
34	‘黄河’玉兰M.‘Yellow River’		M. acuminata × M. denudata
35	紫玉兰M. liliflora	2n = 2x = 38 2n = 4x = 76
36	‘宝石红’玉兰M.‘Rustica Rubra’		M. × soulangeana‘Lennei’
37	‘爱兰粉’玉兰M.× soulangeana‘Iolanthe’		M. × soulangeana‘Lennei’× M.‘MarkJury’
38	‘林耐’二乔玉兰M. × soulangeana‘Lennei’		M.× soulangeana
39	‘蜜蜂’玉兰M.‘Miss Honeybee’		M. acuminata var. subcordata.
40	‘红元宝’玉兰M. lilliflora‘Hongyuanbao’		M. lilliflora
41	‘洛依丝’玉兰M. acuminata‘Lois’		M. acuminata × unknown
42	‘天香’玉兰M.‘Heaven Scent’		M. liliiflora‘Nigra’× M. × veitchii‘Peter Veitch’
43	‘复色’玉兰M.‘Sunsation’		M. × brooklynensis‘Woodsman’× M.‘Elizabeth’
44	‘黄鸟’玉兰M. × brooklynensis‘Yellow Bird’		M.× brooklynensis‘Evamaria’× M. acuminata var. subcordata

形状 Shape	外壁纹饰 Ornamentation type	编号 No.	赤道轴长/μm Equatorial axis（E）	极轴长/μm Polar axis（P）	P/E	体积指数 Size index
超长球形	密集孔状纹饰，伴有穿孔 Dense hole-shaped with perforations pattern	1	18.89	42.70	2.26	28.40
Perprolate		2	20.56	43.55	2.12	29.92
		15	25.41	54.15	2.13	37.09
		24	21.78	44.03	2.02	30.97
		37	23.77	58.41	2.46	37.26
	密集孔状、短棒状孔穴纹饰 Dense hole-shaped，stripe-shaped pattern	3	18.50	41.49	2.24	27.70
		18	24.17	55.60	2.30	36.66
		21	25.78	59.09	2.29	39.03
	密集孔状纹饰 Dense hole-shaped pattern	4	24.54	53.56	2.18	36.25
		26	25.87	54.94	2.12	37.70
		27	21.94	53.13	2.42	34.14
		31	22.31	53.18	2.38	34.45
		33	27.19	65.53	2.41	42.21
		39	27.25	69.46	2.55	43.50
		41	27.64	68.44	2.48	43.50
		43	20.58	55.04	2.67	33.65
		44	26.11	63.90	2.45	40.85
	稀疏孔状，疣状凸起纹饰 Sparse hole-shaped，verrucate shaped pattern	5	27.04	57.73	2.14	39.51
	密集孔状，具穿孔，脑沟状凹陷纹饰 Dense hole-shaped with perforations，brain-shaped pattern	6	27.56	55.71	2.02	39.19
		8	22.77	52.01	2.28	34.42
		9	22.31	48.06	2.15	32.74
		10	22.24	45.37	2.04	31.76
		13	21.77	46.88	2.15	31.94
		20	23.36	48.56	2.08	33.68
		22	21.93	47.79	2.18	32.37
		23	21.17	47.95	2.26	31.86
		28	25.28	55.64	2.20	37.50
		29	19.37	46.08	2.38	29.88
		35	23.41	52.03	2.22	34.90
		40	21.70	49.00	2.26	32.61
	稀疏孔状纹饰 Sparse hole-shaped pattern	7	26.26	53.14	2.02	37.35
	密集孔状，疣状凸起纹饰 Dense hole-shaped，verrucate shaped pattern	11	23.92	48.31	2.02	33.99
	稀疏孔状，疣状凸起纹饰 Sparse hole-shaped，verrucate shaped pattern	12	24.19	49.40	2.04	34.57
	密集孔状，瘤状凸起纹饰 Dense hole-shaped，tuberculate pattern	19	20.40	47.44	2.33	31.11
	表面光滑，具稀疏孔状纹饰 Surface smooth，sparse hole-shaped pattern	25	23.85	56.40	2.36	36.67
	密集孔状、横纹状、短棒状孔穴纹饰 Dense hole-shaped，stripe-shaped，short rod-shaped hole shaped pattern	30	26.17	55.84	2.13	38.23
		32	26.84	65.73	2.45	42.00
		34	24.89	56.18	2.26	37.39
		36	26.95	67.45	2.50	42.63
		38	25.83	61.76	2.39	39.94
		42	23.43	51.16	2.18	34.62
长球形	密集孔状，具穿孔，脑沟状凹陷纹饰 Dense hole-shaped with perforations，brain-shaped pattern	14	23.37	46.11	1.97	32.83
Prolate		17	23.26	46.26	1.99	32.80
	密集短棒状孔穴纹饰 Dense，short，rod-shaped hole pattern	16	25.85	50.15	1.94	36.01

形状 Shape	外壁纹饰 Ornamentation type	编号 No.	赤道轴长/μm Equatorial axis（E）	极轴长/μm Polar axis（P）	P/E	体积指数 Size index
超长球形	密集孔状纹饰，伴有穿孔 Dense hole-shaped with perforations pattern	1	18.89	42.70	2.26	28.40
Perprolate		2	20.56	43.55	2.12	29.92
		15	25.41	54.15	2.13	37.09
		24	21.78	44.03	2.02	30.97
		37	23.77	58.41	2.46	37.26
	密集孔状、短棒状孔穴纹饰 Dense hole-shaped，stripe-shaped pattern	3	18.50	41.49	2.24	27.70
		18	24.17	55.60	2.30	36.66
		21	25.78	59.09	2.29	39.03
	密集孔状纹饰 Dense hole-shaped pattern	4	24.54	53.56	2.18	36.25
		26	25.87	54.94	2.12	37.70
		27	21.94	53.13	2.42	34.14
		31	22.31	53.18	2.38	34.45
		33	27.19	65.53	2.41	42.21
		39	27.25	69.46	2.55	43.50
		41	27.64	68.44	2.48	43.50
		43	20.58	55.04	2.67	33.65
		44	26.11	63.90	2.45	40.85
	稀疏孔状，疣状凸起纹饰 Sparse hole-shaped，verrucate shaped pattern	5	27.04	57.73	2.14	39.51
	密集孔状，具穿孔，脑沟状凹陷纹饰 Dense hole-shaped with perforations，brain-shaped pattern	6	27.56	55.71	2.02	39.19
		8	22.77	52.01	2.28	34.42
		9	22.31	48.06	2.15	32.74
		10	22.24	45.37	2.04	31.76
		13	21.77	46.88	2.15	31.94
		20	23.36	48.56	2.08	33.68
		22	21.93	47.79	2.18	32.37
		23	21.17	47.95	2.26	31.86
		28	25.28	55.64	2.20	37.50
		29	19.37	46.08	2.38	29.88
		35	23.41	52.03	2.22	34.90
		40	21.70	49.00	2.26	32.61
	稀疏孔状纹饰 Sparse hole-shaped pattern	7	26.26	53.14	2.02	37.35
	密集孔状，疣状凸起纹饰 Dense hole-shaped，verrucate shaped pattern	11	23.92	48.31	2.02	33.99
	稀疏孔状，疣状凸起纹饰 Sparse hole-shaped，verrucate shaped pattern	12	24.19	49.40	2.04	34.57
	密集孔状，瘤状凸起纹饰 Dense hole-shaped，tuberculate pattern	19	20.40	47.44	2.33	31.11
	表面光滑，具稀疏孔状纹饰 Surface smooth，sparse hole-shaped pattern	25	23.85	56.40	2.36	36.67
	密集孔状、横纹状、短棒状孔穴纹饰 Dense hole-shaped，stripe-shaped，short rod-shaped hole shaped pattern	30	26.17	55.84	2.13	38.23
		32	26.84	65.73	2.45	42.00
		34	24.89	56.18	2.26	37.39
		36	26.95	67.45	2.50	42.63
		38	25.83	61.76	2.39	39.94
		42	23.43	51.16	2.18	34.62
长球形	密集孔状，具穿孔，脑沟状凹陷纹饰 Dense hole-shaped with perforations，brain-shaped pattern	14	23.37	46.11	1.97	32.83
Prolate		17	23.26	46.26	1.99	32.80
	密集短棒状孔穴纹饰 Dense，short，rod-shaped hole pattern	16	25.85	50.15	1.94	36.01

Morphological Characteristics of Pollen from 44 Species of Subgen. Yulania

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