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2 期                             吕文君等: 荚蒾属植物分类研究进展                                           2 1 5

              their chemotaxonomic significance [ J ]. Systematics and  [M]. 11th ed. Berlin: Gebrüder Borntraeger.
              Ecologyꎬ 112: 104760.                            DONOGHUE Mꎬ 1981. Growth patterns in woody plants with
            CLARKE C Bꎬ 1882. Caprifoliaceae [ M] / / HOOKER J D.  examples from the genus Viburnum [J]. Arnoldiaꎬ 41(1):
              Flora of British India. London: L. Reeve: 6-8.     2-23.
            CLEMENT W Lꎬ DONOGHUE M Jꎬ 2011. Dissolution of    DONOGHUE M    Jꎬ 1983a.  A  preliminary  analysis  of
              Viburnum section Megalotinus (Adoxaceae) of Southeast Asia  phylogenetic relationships in Viburnum ( Caprifoliaceae )
              and its implications for  morphological  evolution and  [J]. Systematic Botanyꎬ 8: 45-58.
              biogeography [ J]. International Journal of Plant Sciencesꎬ  DONOGHUE M Jꎬ 1983b. The phylogenetic relationships of
              172(4): 559-573.                                   Viburnum [ M] / / PLATNICK Nꎬ FUNK V. Advances in
            CLEMENT W Lꎬ DONOGHUE M Jꎬ 2012. Barcoding success as  Cladistics: Vol. 2. New York: Columbia University Press:
              a function of phylogenetic relatedness in Viburnumꎬ a clade of  143-166.
              woody angiosperms [J]. BMC Evolutionary Biologyꎬ 12: 73.  DONOGHUE M Jꎬ 1985. Pollen diversity and exine evolution in
            CLEMENT W Lꎬ ARAKAKI Mꎬ SWEENEY P Wꎬ et al.ꎬ 2014. A  Viburnum and the Caprifoliaceae sensu lato [J]. Journal of
              chloroplast tree for Viburnum (Adoxaceae) and its implications  the Arnold Arboretumꎬ 66: 421-469.
              for phylogenetic classification and character evolution [ J].  DONOGHUE M Jꎬ BALDWIN B Gꎬ 1993. Phylogenetic analysis
              American Journal of Botanyꎬ 101(6): 1029-1049.     of Viburnum based on ribosomal DNA sequences from the
            CLEMENT W Lꎬ STAMMER T Jꎬ GOBLE Aꎬ et al.ꎬ           internal transcribed spacer regions [J]. American Journal of
              2021. Parallelism in endocarp form sheds light on fruit  Botanyꎬ 80(6): 145.
              syndrome evolution in Viburnum [ J]. Systematic Botanyꎬ  DONOGHUE M Jꎬ SYTSMA Kꎬ 1993. Phylogenetic analysis of
              46(2): 504-517.                                    Viburnum based on chloroplast DNA restriction ̄site data
            CRONQUIST Aꎬ 1981. An integrated system of classification of  [J]. American Journal of Botanyꎬ 80(6): 146.
              flowering plants [ M ]. New York: Columbia University  DONOGHUE M Jꎬ BELL C Dꎬ WINKWORTH R Cꎬ
              Press: 1262.                                       2003. The evolution of reproductive characters in Dipsacales
            CRONQUIST Aꎬ 1988. The evolution and classification of  [J]. International Journal of Plant Sciencesꎬ 164(S5):
              flowering plants [M]. New York: The New York Botanical  S453-S464.
              Garden: 514.                                     DONOGHUE M Jꎬ BALDWIN B Gꎬ LI Jꎬ et al.ꎬ 2004.
            DAHLGREN Rꎬ 1975. A system of the Angiosperms to be used  Viburnum phylogeny based on chloroplast trnK intron and
              to demonstrate the distribution of characters [J]. Botaniska  nuclear ribosomal ITS DNA sequences [ J ]. Systematic
              Notiserꎬ 128: 119-147.                             Botanyꎬ 29: 188-198.
            DAHLGREN R M Tꎬ 1980. A revised system of classification of  DONOGHUE M Jꎬ EATON D A Rꎬ MAYA ̄LASTRA C Aꎬ et
              the Angiosperms [ J]. Botanical Journal of the Linnean  al.ꎬ 2022. Replicated radiation of a plant clade along a cloud
              Societyꎬ 80: 91-124.                               forest archipelago [ J]. Nature Ecology & Evolution (6):
            DAHLGREN Rꎬ 1983. General aspects of Angiosperm evolution  1318-1329.
              and macrosystematics [ J]. Nordic Journal of Botanyꎬ 3:  EATON D A Rꎬ SPRINGS E Lꎬ BRAIN Pꎬ et al.ꎬ 2017.
              119-149.                                           Misconceptions on missing data in RAD ̄seq phylogenetics
            DE CANDOLLE A Pꎬ 1830. Prodromus systematis naturalis regni  with a deep ̄scale example from flower [ J]. Systematic
              vegetabilis [M]. Paris: Sumptibus Sociorum Treuttel & Würtz:  Biologyꎬ 66(3): 399-412.
              321-329.                                         EGOLF D Rꎬ 1956. Cytological and interspecific hybridization
            DEVOS Fꎬ 1951. The stem anatomy of some species of the  studies in the genus Viburnum [ D]. New York: Cornell
              Caprifoliaceae with reference to phylogeny and identification  University.
              of the species [D]. Ithaca: Cornell University.  EGOLF D Rꎬ 1962. A cytological study of the genus Viburnum
            DI W Zꎬ REN Yꎬ WANG G Dꎬ 1993. A study on pollen     [J]. Journal of the Arnold Arboretumꎬ 43: 132-172.
              morphology of the genus Viburnum from China [ J]. Acta  ENGLER Aꎬ 1924. Syllabus der Pflanzenfamilien [M]. 9th &10
              Phyotaxonomica Sinciaꎬ 31(2): 153-161. [狄维忠ꎬ 任毅ꎬ   th ed. Berlin: Gebrüder Borntraeger.
              王国端ꎬ 1993. 中国荚蒾属植物饱粉学研究 [J]. 植物分                 EOM Yꎬ CHUNG Yꎬ 1996. Perforated ray cells in Korean
              类学报ꎬ 31(2): 153-161.]                              Caprifoliaceae [J]. Iawa Journalꎬ 17: 37-43.
            DIRR M Aꎬ 2005. Viburnums: flowering shrubs for every season  ESTES Wꎬ 2010. Viburnum bracteatum (Adoxaceae) expanded
              [M]. Portlandꎬ Oregon: Timber Press Inc: 18-200.   to include Viburnum ozarkense [ J ]. Castaneaꎬ 75(2):
            DIELS Lꎬ 1936. A. Engler’ s Syllabus der Pflanzenfamilien  277-293.
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