Bulletin of Botanical Research ›› 2020, Vol. 40 ›› Issue (6): 805-812.doi: 10.7525/j.issn.1673-5102.2020.06.002
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Chen YANG1, Zhi-Xiang CHEN1, Xue-Ying YAO1, He-Shan WANG2, Qi-Zhi WANG1()
Received:
2019-12-31
Online:
2020-11-20
Published:
2020-11-04
Contact:
Qi-Zhi WANG
E-mail:wqz@hqu.edu.cn;wqz@hqu.deu.cn
About author:
YANG Chen(1996—),female,master,student,main engaging in plant classification and plant phylogeny research.
Supported by:
CLC Number:
Chen YANG, Zhi-Xiang CHEN, Xue-Ying YAO, He-Shan WANG, Qi-Zhi WANG. Pollen Morphology and Systematic Analysis of Fifteen Sanicula Species from China[J]. Bulletin of Botanical Research, 2020, 40(6): 805-812.
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URL: https://bbr.nefu.edu.cn/EN/10.7525/j.issn.1673-5102.2020.06.002
Table 1
Source of materials
种类 Species | 采集地 Collection place | 凭证标本 Voucher specimen |
---|---|---|
川滇变豆菜 Sanicula astrantiifolia Wolff ex Kretsch | 四川木里县 Muli,Sichuan | 姚淦G.Yao,129392,CDBI |
变豆菜 S.chinensis Bunge | 湖北神农架景区 Shennongjia Scenic Area | 陈志祥Z.X.Chen,0000 |
天蓝变豆菜 S.coerulescens Franch. | 四川峨眉山 Emeishan,Sichuan | 四川大学生物系植物调查队, Sichuan University Department of Biology Plant Investigation Team 53640,WUK |
软雀花 S.elata Hamilt. | 四川峨眉山 Emeishan,Sichuan | 采集人不详,51834, SZ |
长序变豆菜 S.elongata K.T.Fu | 陕西鸡峰山 Jifengshan,Shanxi | 胡志新Z.X.Hu,313,WUK |
首阳变豆菜 S.giraldii Wolff | 四川泸定 Luding,Sichuan | 植陂组P.Z.Zhi,30847,CDBI |
鳞果变豆菜 S.hacquetioides Franch | 四川康定 Kangding,Sichuan | 熊子仙Z.X.Xiong,111940,SZ |
薄片变豆菜 S.lamelligera Hance | 四川峨眉山 Emeishan,Sichuan | 陈志祥Z.X.Chen,00005655 |
直刺变豆菜 S.orthacantha S.Moore | 湖北神农架景区 Shennongjia Scenic Area | 陈志祥Z.X.Chen,00005646 |
台湾变豆菜 S.petagnioides Hayata | 台湾南投县 Nantou Hsien,Taiwan | S.T.Chiu,0091490,KUN |
红花变豆菜 S.rubriflora Fr.Schmidt | 黄泥河站附近 Near Huangniho Station | 采集人不详K.I481,WUK |
皱叶变豆菜 S.rugulosa Diels | 四川泸定 Luding,Sichuan | 植保组P.Z.Zhi,31115,CDBI |
锯叶变豆菜 S.serrata Wolff | 四川小金县 Xiaojin,Sichuan | 何兴金X.J.He,162014,SZ |
天目变豆菜 S.tienmuensis Shan et Constance | 浙江天目山 Tianmushan,Zhejiang | 采集人不详21439,WUK |
瘤果变豆菜 S.tuberculata Maxim. | 黑龙江带岭 Dailing,Heilongjiang | 采集人不详0462949,KUN |
Table 2
Micromorphological characteristics of pollen of Sanicula from China
种类 Species | 花粉类型 Type | 花粉形状 Pollen of Shape | 极轴与赤道 轴之比 P/E | 花粉大小 Pollen size (μm) | 萌发孔 Apeture | 外壁纹饰 Exine type | |
---|---|---|---|---|---|---|---|
赤道面观 Equatorial | 极面观 Amb | ||||||
川滇变豆菜 S.astrantiifolia Wolff ex Kretsch | 近长方形 Near-rectabgular | 近矩形 Subrectangular | 三角圆形 Triangular-rounded | 2.46 | (34.3-38.65)× (12.23-17.41) | 三孔沟 3-colporate | 网状 Reticular |
变豆菜 S. chinensis Bunge | 赤道收缩型 Equatorially constricted | 卵形 Ovate | 三角圆形 Triangular-rounded | 1.60 | (33.2-40.6)× (20.3-26.2) | 三孔沟 3-colporate | 网状 Reticular |
天蓝变豆菜 S.coerulescens Franch. | 长椭圆型 Long elliptic | 近矩形 Subrectangular | 三角圆形 Triangular-rounded | 1.69 | (28.51-39.68)× (17.17-24.38) | 三孔沟 3-colporate | 网状 Reticular |
软雀花 S.elata Hamilt. | 赤道收缩型 Equatorially constricted | 圆形 Round | 圆形 Round | 1.48 | (41.87-45.63)× (18.9-21.3) | 一孔沟 1-colporate | 网状 Reticular |
长序变豆菜 S.elongata K.T.Fu | 长椭圆型 Long elliptic | 近矩形 Subrectangular | 三角圆形 Triangular-rounded | 1.58 | (33.46-44.11)× (21.43-28.98) | 三孔沟 3-colporate | 网状 Reticular |
首阳变豆菜 S.giraldii Wolff | 长椭圆型 Long elliptic | 近矩形 Subrectangular | 三角圆形 Triangular-rounded | 1.72 | (36.97-42.2)× (18.44-26.27) | 三孔沟 3-colporate | 网状 Reticular |
鳞果变豆菜 S.hacquetioides Franch | 超长方型 Super-rectangular | 近矩形 Subrectangular | 三角圆形 Triangular-rounded | 2.20 | (34.18-43.3)× (15.72-21.11) | 三孔沟 3-colporate | 网状 Reticular |
薄片变豆菜 S.amelligera Hance | 长椭圆型 Long elliptic | 近矩形 Subrectangular | 三角圆形 Triangular-rounded | 2.24 | (36.25-41.36)× (15.52-19.11) | 三孔沟 3-colporate | 网状 Reticular |
直刺变豆菜 S.orthacantha S.Moore | 近长方型 Near-rectangular | 近矩形 Subrectangular | 三角圆形 Triangular-rounded | 1.99 | (36.03-43.21)× (15.22-24.05) | 三孔沟 3-colporate | 网状 Reticular |
台湾变豆菜 S.petagnioides Hayata | 椭圆型 Ellipse | 近矩形 Subrectangular | 三角圆形 Triangular-rounded | 2.18 | (42.44-54.29)× (15.56-27.80) | 三孔沟 3-colporate | 网状 Reticular |
红花变豆菜 S.rubriflora Fr.Schmidt | 超长方型 Super-rectangular | 近矩形 Subrectangular | 三角圆形 Triangular-rounded | 1.68 | (39.45-51.02)× (19.91-29.0) | 三孔沟 3-colporate | 网状 Reticular |
皱叶变豆菜 S.rugulosa Diels | 长椭圆型 Long elliptic | 近矩形 Subrectangular | 三角圆形 Triangular-rounded | 2.12 | (33.71-36.25)× (15.83-17.21) | 三孔沟 3-colporate | 网状 Reticular |
锯叶变豆菜 S.serrata Wolff | 长方型 Rectangular | 近矩形 Subrectangular | 三角圆形 Triangular-rounded | 1.80 | (33.8-42.65)× (17.3-23.87) | 三孔沟 3-colporate | 网状 Reticular |
天目变豆菜 S.tienmuensis Shan et Constanc | 长椭圆型 Long elliptic | 近矩形 Subrectangular | 三角圆形 Triangular-rounded | 1.89 | (31.64-44.80)× (17.57-23.05) | 三孔沟 3-colporate | 网状 Reticular |
瘤果变豆菜 S.tuberculata Maxim. | 长椭圆型 Long elliptic | 近矩形 Subrectangular | 三角圆形 Triangular-rounded | 1.92 | (36.68-44.99)× (15.85-24.65) | 三孔沟 3-colporate | 网状 Reticular |
1 | 秦素平,张志雯,陈于和.3种木犀科药用植物花粉形态比较研究[J].安徽农业科学,2009,37(35):17821-17822. |
Qin S P,Zhang Z W,Chen Y H.Pollen morphological comparison of three species of medicinal plants of Oleaceae[J].Journal of Anhui Agricultural Sciences,2009,37(35):17821-17822. | |
2 | Albers F,Van Der Walt J J A,Gibby M,et al.A biosystematic study of Pelargonium section Ligularia:2.reappraisal of section Chorisma[J].South African Journal of Botany,1995,61(6):339-346. |
3 | 张小平,王琼.菊科花粉形态与系统分类的研究现状与发展趋势[J]:安徽师范大学学报:自然科学版,2007,30(3):326-330. |
Zhang X P,Wang Q.Recent advance in study of pollen morphology and systematics of the family asteraceae[J].Journal of Anhui Normal University:Natural Science,2007,30(3):326-330. | |
4 | 赵先贵,肖玲,毛富春.中国植物花粉形态的研究进展[J].西北植物学报,1999,19(5):92-95. |
Zhao X G,Xiao L,Mao F C.Advances of pollen morphology in China[J].Acta Botanica Boreali-Occidentalia Sinica,1999,19(5):92-95. | |
5 | 颜素珠.花粉形态在系统分类上的应用[J].国外科技,1983(2):31-35. |
Yan S Z.Application of pollen morphology in system classification[J].Foreign Technology,1983(2):31-35. | |
6 | She Ml,Loy R.Phillippe.Apicaeae(Umbelliferae)Sanicula[M].//Editorial Committee of Chinese Flora of Chinese Academy of Sciences,flora of China.Beijing:Science Press,2005:19-24. |
7 | 王开发,王宪曾.孢粉学概论[M].北京:北京大学出版社,1983:21-29. |
Wang K F,Wang X Z.Introduction to pollen morphology[M].Beijing:Peking University Press,1983:21-29. | |
8 | 王伏雄.中国植物花粉形态:2版[M].北京:科学出版社,1995:419-428. |
Wang F X.Pollen flora of China:2nd ed[M].Beijing:Science Press,1995:419-428. | |
9 | 席以珍,孙湘君.中国伞形科花粉形态及其早期演化[J].植物集刊,1983,1:5-84. |
Xi Y Z,Sun X J.Pollen morphology and early evolution of Umbelliferae in China[J].Plant Collection,1983,1:5-84. | |
10 | Van Wyk B E,Tilney P M,Magee A R.African Apiaceae:a synopsis of the Apiaceae/Umbelliferae of sub-Saharan Africa and Madagascar[M].Pretoria:Briza Academic Books,2013:288. |
11 | Vandelook F,Van Assche J A.Deep complex morphophysiological dormancy in Sanicula europaea(Apiaceae) fits a recurring pattern of dormancy types in genera with an Arcto-Tertiary distribution[J].Botany,2008,86(12):1370-1377. |
12 | 谢文远,马丹丹,陈锋,等.黄花变豆菜——浙江变豆菜属(伞形科)一新种[J].杭州师范大学学报:自然科学版,2019,18(1):9-12. |
Xie W Y,Ma D D,Chen F,et al.Sanicula flavovirens(Apiaceae), a new species from Zhejiang, China[J].Journal of Hangzhou Normal University:Natural Science Edition,2019,18(1):9-12. | |
13 | Hamal I A,Koul A K.Taxonomic position of Centella asiatica(L.) urban[J].Proceedings:Plant Sciences,1989,99(4):363-368. |
14 | Phillippe L R.A biosystematic study of Sanicula section Sanicula[D].Knoxville:University of Tennessee1978. |
15 | 佘孟兰,舒璞.中国天胡荽,变豆菜两亚科花粉形态的观察[J].植物分类学报,1992,30(2):126-136. |
She M L,Shu P.Pollen morphology of Hydrocotyloideae and Saniculoideae(Apiaceae) in China[J].Acta Phytotaxonomica Sinica,1992,30(2):126-136. | |
16 | 郝海平,张金谈.醋酸酐分解作用与花粉形状体积的变化[J].植物学报,1988,30(6):655-663. |
Hao H P,Zhang J T.Shape and size modification of recent pollen grains under acetolysis[J].Acta Botanica Sinica,1988,30(6):655-663. | |
17 | G.额尔特曼.花粉形态与植物分类[M].王伏雄,钱南芬,译.北京:科学出版社,1962:6-15. |
Erdtman G.Pollen morphology and plant classification[M].Wang F X,Qian N F,trans.Beijing:Science Press,1962:6-15. | |
18 | 张勇,刘启新,王利松,等.伞形科棱子芹属花粉形态特征及其演化意义[J].植物资源与环境学报,2013,22(4):29-37. |
Zhang Y,Liu Q X,Wang L S,et al.Pollen morphological characteristics of Pleurospermum Hoffm.(Apiaceae)and its evolution significance[J].Journal of Plant Resources and Environment,2013,22(4):29-37. | |
19 | 张金谈.中国木犀科花粉形态研究[J].植物学报,1982,24(6):499-505. |
Zhang J T.Study on the pollen morphology of the Chinese family Oleaceae[J].Acta Botanica Sinica,1982,24(6):499-505. | |
20 | 陈薇薇,何兴金,张雪梅,等.中国西南地区当归属植物花粉形态及其系统进化分析[J].西北植物学报,2007,27(7):1364-1372. |
Chen W W,He X J,Zhang X M,et al.Pollen morphology of the genus Angelica from southwest China and its systematic evdution analysis[J].Acta Botanica Boreali-Occidentalia Sinica,2007,27(7):1364-1372. | |
21 | 陈志祥.中国变豆菜属(伞形科)植物系统分类学研究[D].泉州:华侨大学,2019. |
Chen Z X.Taxonomic study on the genus Sanicula(Apiaceae) from China[D].Quanzhou:Huaqiao University,2019. | |
22 | 陈志祥,姚雪莹,Downie S R,等.变豆菜属15种植物的果实微形态特征及其分类学意义[J].植物科学学报,2019,37(1):1-9. |
Chen Z X,Yao X Y,Downie S R,et al.Fruit features of 15 species of Sanicula(Apiaceae) and their taxonomic significance[J].Plant Science Journal,2019,37(1):1-9. |
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