| [1] | Biomass and dynamics of growth of \textit{Ulva} species in Palmones
|
| [2] | River Estuary[J]. {Journal of Phycology}, 1997, 33(5): 764-772.
|
| [3] | {2}
|
| [4] | J]. Journal of Fisheries of China, 2009, 33(1): 45-52.
|
| [5] | {10}
|
| [6] | HO C L, PHANG S M, PANG T. Application of polymerase chain reaction
|
| [7] | using random polymorphic DNA (RAPD) primers in the molecular
|
| [8] | identification of selected \textit{Sargassum }species (Phaeophyta ,
|
| [9] | Fucales) [J]. {European Journal of Phycology}, 1995, 30(4): 273-280.
|
| [10] | LESKINEN E, PAMILO P. Evolution of the ITS sequences of ribosomal
|
| [11] | DNA in \textit{Enteromorpha }(Chlorophyceae) [J]. {Hereditas}, 1997,
|
| [12] | 6(1): 17-23.
|
| [13] | {19}
|
| [14] | HAYDEN H S, BLOMSTER J, MAGGS C A, et al. Linnaeus was right all
|
| [15] | along: \textit{Ulva }and \textit{Enteromorpha }are not distinct
|
| [16] | genera [J]. {European Journal of Phycology}, 2003, 38: 277-294.
|
| [17] | {20}
|
| [18] | morphological and physiological analysis [J]. {Marine Environmental
|
| [19] | Research}, 2010, 69(4): 207-215.
|
| [20] | {21}
|
| [21] | TSENG C K, ZHANG D R, ZHANG J P, et al. Economic Seaweeds of China
|
| [22] | Beijing: {Science Press}, 1962.
|
| [23] | {1}
|
| [24] | HERN\''{A}NDEZ I, PERALTA G, P\''{E}REZ-LLOR\''{E}NS J L, et al.
|
| [25] | OHNO M, WERLINGER C, SHIMADA S, et al. A ''green tide'' problem caused
|
| [26] | by \textit{Enteromorpha} sp. in Dichato, Chile [M]. Proceedings of
|
| [27] | the 17th International Seaweed Symposium, 2001: 781-1164.
|
| [28] | {3}
|
| [29] | MORAND P, BRIAND X. Excessive growth of macroalgae: a symptom of
|
| [30] | environmental disturbance[J]. Botanica Marina, 1996, 39(1-6):
|
| [31] | 1-516.
|
| [32] | {4}
|
| [33] | B\"{A}CK S, LEHVO A, BLOMSTER J. Mass occurrence of unattached
|
| [34] | \textit{Enteroporpha intestinalis} on the Finnish Baltic Sea coast
|
| [35] | Ann Bot Fennici, 2000, 37:155-161.
|
| [36] | {5}
|
| [37] | TSENG C K. Common Seaweeds of China [M]. Beijing: {Science Press},
|
| [38] | 83: 125-126.
|
| [39] | {6}
|
| [40] | HE Q, HU X B, ZHOU S M, et al. Evaluation on nutrition components of
|
| [41] | textit{Enteromorpha linza}[J]. {Marine Sciences}, 2006,
|
| [42] | (1):34-38.
|
| [43] | {7}
|
| [44] | SONG L R, WU Y G, HU L, et al. Chinese Materia [M]. Shanghai
|
| [45] | Scientific and Technical Publishers, 1990(1): 443.
|
| [46] | {8}
|
| [47] | MA J H, ZHANG T F, WANG J H, et al. Studies on branched \textit{Ulva
|
| [48] | linza}[J]. Journal of Fisheries of China, 2010, 34(9): 1357-1364.
|
| [49] | {9}
|
| [50] | MA J H, JI J M, XU R, et al. Preliminary study on life history of
|
| [51] | \textit{Ulva linza} Linaeus [\textit{Enteromorpha linza} (L.) J.
|
| [52] | {11}
|
| [53] | KIMURA M. Evolutionary rate at the molecular level [J]. {Nature},
|
| [54] | 68, 217: 624-626.
|
| [55] | {12}
|
| [56] | DOVER G. Molecular drive: a cohesive mode of species evolution [J].
|
| [57] | Nature}, 1982, 299: 111-117.
|
| [58] | {13}
|
| [59] | DAVID M H, SCOTT K D. Ribosomal DNA: intraspecific polymorphism,
|
| [60] | concerted evolution and phylogeny reconstruction [J]. {Systematic
|
| [61] | Zoology}, 1988, 37(1): 63-66.
|
| [62] | {14}
|
| [63] | ZHUANG L, CHEN Y Q, LI Q L, et al. Sequence determination and
|
| [64] | analysis of 18S rDNA and internal transcribed spacer regions of red
|
| [65] | tide-related \textit{Creratium furca} [J]. {Oceanologia Et
|
| [66] | Limnnologia Sinica}, 2001, 32(2): 148-154.
|
| [67] | {15}
|
| [68] | HOU J J, LAI H Y, HUANG B Q, et al. Molecular taxonomy analysis of
|
| [69] | the relationships in several representative harmful algal bloom
|
| [70] | species [J]. {Acta Hydrobiologica Sinica}, 2008, 32(5): 711-719.
|
| [71] | {16}
|
| [72] | JIANG P, WANG J F, CUI Y L, et al. Molecular phylogenetic analysis
|
| [73] | of attached Ulvaceae species and free-floating \textit{Enteromorpha}
|
| [74] | from Qingdao coasts in 2007 [J]. {Chinese} {Journal of Oceanology
|
| [75] | and Limnology}, 2008, 26(3): 276-279.
|
| [76] | {17}
|
| [77] | YING C Q, ZHANG T, LI X S, et al. Analysis of the similarity on ITS
|
| [78] | and 18S rDNA sequence of the main species from free-floating
|
| [79] | \textit{Enteromorpha} along Chinese coast [J]. {Journal of Fisheries
|
| [80] | of China}, 2009, 33(2): 215-219.
|
| [81] | {18}
|
| [82] | PANG S J, LIU F, SHAN T F, et al. Tracking the algal origin of the
|
| [83] | \textit{Ulva} bloom in the Yellow Sea by a combination of molecular
|
| [84] | {22}
|
| [85] | ZHANG X W, MAO Y Z, ZHUANG Z M, et al. Morphological characteristics
|
| [86] | and molecular phylogenetic analysis of green tide
|
| [87] | \textit{Enteromorpha} sp. occurred in the Yellow Sea [J]. {Journal
|
| [88] | of Fishery Sciences of China}, 2008, 15(5): 822-829.
|
| [89] | {23}
|
| [90] | LELIAERT F, ZHANG X W, YE N H, et al. Identity of the Qingdao algal
|
| [91] | bloom [J]. {Phycological Research}, 2009, 57(2): 147-151.
|
| [92] | {24}
|
| [93] | TIAN X L, HUO Y Z, CHEN L P, et al. Molecular detection and analysis
|
| [94] | of green seaweeds from Rudong coasts in Jiangsu Province (in
|
| [95] | Chinese) [J]. {Chinese Sci Bull} (Chinese Ver), 2011, 56(4-5):
|
| [96] | 9-317.
|
