Page 163 - 《广西植物》2020年第8期
P. 163

1 2 1 8                               广  西  植  物                                         40 卷
   植物ꎬ以探讨系统发生尺度上植物性系统的进化ꎬ                              gradient: experimental comparision of monoecious and
   同时不能忽视种群水平的实验ꎬ以揭示植物性系                               dioecious Ecballium [J]. Ecologyꎬ 76(4): 1036-1050.
                                                     CROSSMAN Aꎬ CHARLESWORTH Dꎬ 2014. Breakdown of
   统差异的进化和维持机理ꎮ                                        dioecy: Models where males acquire cosexual functions
                                                       [J]. Evolutionꎬ 68(2): 426-440.
   参考文献:                                             CRUDEN RWꎬ 2000. Pollen grains: why so many? [J]. Plant
                                                       Syst Evolꎬ 222(1): 143-165.
                                                     DELLAPORTA SLꎬ CALDERONURREA      Aꎬ 1993.  Sex
   AINSWORTH Cꎬ 2000. Boys and girls come out to play: the
                                                       determination in flowering plants [J]. Plant Cellꎬ 5(10):
     molecular biology of dioecious plants [J]. Ann Botꎬ 86(2):
                                                       1241-1251.
     211-221.
                                                     DELPH LFꎬ LLOYD DGꎬ 1991. Environmental and genetic
   ASHMAN TLꎬ KNIGT TMꎬ STEETS JAꎬ et al.ꎬ 2004. Pollen
                                                       control of gender in the dimorphic shrub Hebe subalpina
     limitation of plant reproduction: ecological and evolutionary
                                                       [J]. Evolutionꎬ 45(8): 1957-1964.
     causes and consequences [J]. Ecologyꎬ 85(9): 2408-2421.
                                                     DELPH LFꎬ WOLF DEꎬ 2005. Evolutionary consequences of
   BARRETT SCHꎬ 2002. The evolution of plant sexual diversity
                                                       gender plasticity in genetically dimorphic breeding systems
     [J]. Nat Rev Genetꎬ 3(4): 274-284.
                                                       [J]. New Phytolꎬ 166(1): 119-128.
   BARRETT SCHꎬ 2010. Darwin’s legacy: The formsꎬ function
                                                     DENG JYꎬ FU RHꎬ COMPTON SGꎬ et al.ꎬ 2016. Extremely
     and sexual diversity of flowers [J]. Phil Trans Roy Soc B ̄
                                                       high proportions of male flowers and geographic variation in
     Biol Sciꎬ 365(1539): 351-368.
                                                       floral ratios within male figs of Ficus tikoua despite pollinators
   BARRETT SCHꎬ 2013. The evolution of plant reproductive sys ̄
                                                       displaying active pollen collection [J]. Ecol Evolꎬ 6(2):
     tems: How often are transitions irreversible? [J]. Proc Roy
                                                       607-619.
     Soc ̄Biol Sciꎬ 280(1765): 20130913.
                                                     DEVAUX Cꎬ LEPERS Cꎬ PORCHER Eꎬ 2014. Constraints im ̄
   BARRETT SCHꎬ CASE ALꎬ 2006. The ecology and evolution of
                                                       posed by pollinator behaviour on the ecology and evolution of
     gender strategies in plants: The example of Australian Wurmbea
                                                       plant mating systems [J]. J Evol Biolꎬ 27(7): 1413-1430.
     (Colchicaceae) [J]. Aust J Botꎬ 54(5): 417-433.
                                                     DIGGLE PKꎬ STILIO VSDꎬ GSCHWEND ARꎬ et al.ꎬ
   BILLIARD Sꎬ HUSSE Lꎬ LEPERCQ Pꎬ et al.ꎬ 2015. Selfish
                                                       2011. Multiple developmental processes underlie sex differen ̄
     male ̄determining element favors the transition from hermaph ̄
                                                       tiation in angiosperms [J]. Trends Genetꎬ 27(9): 368-376.
     roditism to androdioecy [J]. Evolutionꎬ 69(3): 683-693.
                                                     DIGGLE PKꎬ MILLER JSꎬ 2013. Development plasticityꎬ
   BREMER Bꎬ 2007. Linnaeus’ sexual system and flowering plant  genetic assimilationꎬ and the evolutionary diversification of
     phylogeny [J]. Nord J Botꎬ 25(1-2): 5-6.          sex expression in Solanum [ J ]. Am J Botꎬ 100 ( 6 ):
   BRUNET Jꎬ CHARLESWORTH Dꎬ 1995. Floral sex allocation  1050-1060.
     in sequentiially blooming plants [ J]. Evolutionꎬ 49 ( 1):  DORKEN  MEꎬ  BARRETT  SCHꎬ  2003.  Life ̄history
     70-79.                                            differentiation and the maintenance of monoecy and dioecy in
   CASIMIRO ̄SORIGUER Iꎬ BUIDE MLꎬ NARBONA Eꎬ           Sagittaria latifolia (Alis mataceae) [J]. Evolutionꎬ 57(9):
     2015. Diversity of sexual systems within different lineages of  1973-1988.
     the genus Silene [J]. AoB Plantsꎬ 7: plv037-plv037.  DORKEN MEꎬ PANNELL JRꎬ 2009. Hermaphroditic sex
   CASTRIC Vꎬ BILLIARD Sꎬ VEKEMANS Xꎬ 2014. Ecological  allocation evolves when mating opportunities change [ J].
     genomics: Trait transitions in explicit ecological and genomic  Curr Biolꎬ 19(6): 514-517.
     contexts: plant mating systems as case studies (781) [M] / /  DUFAY Mꎬ CHAMPELOVIER Pꎬ KÄFER Jꎬ et al.ꎬ 2014. An
     LANDRY CRꎬ AUBIN ̄HORTH N. Netherlands: Springer:  angiosperm ̄wide analysis of the gynodioecy ̄dioecy pathway
     7-36.                                             [J]. Ann Botꎬ 114(3): 539-548.
   CHARLESWORTH Dꎬ 1984. Androdioecy and the evolution of  ECKERT CGꎬ KALISZ Sꎬ GEBER MAꎬ et al.ꎬ 2010. Plant
     dioecy [J]. Biol J Linn Socꎬ 22(4): 333-348.      mating systems in a changing world [J]. Trend Ecol Evolꎬ
   CHARLESWORTH Dꎬ 2002. Plant sex determination and sex  25(1): 35-43.
     chromosomes [J]. Heredityꎬ 88(2): 94-101.       EHLERS BKꎬ BATAILLON Tꎬ 2007. ‘Inconstant males’ and
   CHARLESWORTH Dꎬ 2013. Plant sex chromosome evolution  the maintenance of labile sex expression in subdioecious
     [J]. J Exp Botꎬ 64(2): 405-420.                   plants [J]. New Phytolꎬ 174(1): 194-211.
   CHARNOV ELꎬ BULL Jꎬ 1997. When is sex environmentally  EHLERS BKꎬ THOMPSON JDꎬ 2004. Temporal variation in sex
     determined? [J]. Natureꎬ 266(5605): 828-830.      allocation in hermaphrodites of gynodioecious Thymus vulgaris
   CHUCK Gꎬ 2010. Molecular mechanisms of sex determination in  L. [J]. J Ecolꎬ 92(1): 15-23.
     monoecious and dioecious plants [ J]. Advan Botan Resꎬ  FLEMING THꎬ MAURICE Sꎬ BUCHMANN SLꎬ et al.ꎬ
     54(10): 53-83.                                    1994. Reproductive biology and relative male and female
   COOK Jꎬ BEAN Dꎬ POWER Sꎬ et al.ꎬ 2004. Evolution of a  fitness  in  a  trioecious  cactuaꎬ  Pachycereus  pringlei
     complex coevolved trait: Active pollination in a genus of fig  (Cactaceae) [J]. Am J Botꎬ 81(7): 858-867.
     wasps [J]. J Evol Biolꎬ 17(2): 238-246.         FREEMAN DCꎬ VITALE JJꎬ 1985.    The influence of
   COSTICH DEꎬ 1995. Gender specialization across a climatic  environment on the sex ratio and fitness of spinach [J]. Bot
   158   159   160   161   162   163   164   165   166