罗汉果嫁接苗研究
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摘要
对罗汉果砧木的选择,砧木种子萌发条件,嫁接技术及不同罗汉果苗生长动态的观察进行了比较系统的研究和探讨,以期充分利用砧木特性为解决罗汉果生产上普遍存在的病虫害、提高罗汉果产量和质量及扩大栽培区域提供理论和实践依据。主要结论如下:
     1、瓜萎嫁接成活率(65.0%)明显高于南瓜、丝瓜、苦瓜、葫芦砧木,其成活率分别为20.0%,35.0%,30.0%,27.5%。
     2、培养基质处理瓜蒌砧木:蚯蚓粪处理的平均株高为34.16cm,平均真叶数为10.42张叶均明显大于接菌种地表、摩西、根内、对照;30%蚯蚓粪含量的培养基质处理瓜蒌砧木出苗数最多为24。40%蚯蚓粪培养基质含量的处理瓜蒌砧木平均株高最高为6.16cm。
     3、嫁接方法试验表明:瓜蒌砧低位嫁接成活率高于高位嫁接,其分别为A 30%25%;B 42.5% 32.5%;C 35%30%;D 57.5%47.5%;E 22.5%20%。劈接用牙膏皮固定的成活率较高;时间上以4月、6月、11月的嫁接成活率较高。
     4、瓜蒌种子先破壳再浸种,75mg/kgABT_3处理的发芽率,平均根数和平均根长均为最高的。而75mg/kgABT_3处理瓜萎胚根,平均根数最高为5.79条,50mg/kgABT3处理胚根平均根长最高达2.40cm;植物生长调节物质处理中,10mg/kg、15mg/kgIBA,10mg/kgNAA,10mg/kg6-BA,羊毛脂能显著提高嫁接成活率;接穗生长情况较好。
    
    广西大学硕士学位论文
     5、嫁接苗的生长势比组培苗和薯块苗要强;而且嫁接苗结果数比较多,
    为125.4个琳,果实以大、中果为主,其中大果占26.47%,中果占47.06%,
    小果占14.71%,外果占11 .76%。
In this dissertation, the rootstock option, rootstock seeds geronintion , grafting technology and the rigorous growth of grafted seeding are studied. Expected using the characteristic of rootstock in order to solving the Siraitia producing widespreadly esse of diseases and insect, increasing Siraitia's the yield and the quantity and expend plant district provide the basis of theories and practice. The main conclusions as follows:
    1. Trichosanthes grafting Survival rate (65%) is significantly higher than Squash, Sponge tocvel, Bitter nelou,Gourd, their survival is respectivly 20.0%, 35.0%, 30.0%, 27.5 %.
    2. That plant height, euphylis total growth of Trichosanthes rootstock treating with earthworm cast is 34.16cm, 10.42; It is distinctly higher than treating rootstock with Glomus epigaeum, Glomus mosseae, Glomus intraradices and CK. The same of Glomus epigaeum is second(25.25cm,9.45); The number of germination treating Trichosanthes's seeds with 30% earthworm cast is the highest( 24.0), but the average plant height of treating Trichosanthes with 40% earthworm cast is the highest (6.16cm).
    3. Result of grafting method trial shows: Trichosanthes's lower-grafting Survival rate is better than the same treatment highter's, Their survival rate is respectivly A 30.0%, 25.0; B 42.5%, 32.5%; C 35.0%, 30.0%; D 57.5%, 47.5%; E 22.5%, 20.0%; The Survival rate of cleft grafting and toothpaste's hull is higher than that of other way; In April, Jun, November, the Survival rate is higher than that in other grafting month.
    4. The average percentage of germination, the average root number and the average root length treating Trichosanthes's seeds with 75mg/kg ABT3 are the highest, split is 88.0%, 5.26, 4.86cm; But the average root number of treating Trichosanthes radicle with 75mg/kg ABT3 is the best( 5.79). the average root length treating radicle with 50mg/kg ABT3 is the best( 2.40cm). Treating with plant-growth regulator 10mg/kg, 15mg/kg IBA, 10mg/kg NAA, 10mg/kg 6-BA and lanolin can distinctly survival rate and their scions growth is better.
    5. The grafting seedings of rigorous growth is more quickly than tissue culture seeding and sprout seedling. The bearing number of grafting seedings is 125.4. The size of fruit is mostly big, intermediate fruit. Big fruit is 26.4%, intermediate fruit is 47.06%, small fruit is 14.71% , smaller fruit is 11.76%.
引文
[1]李锋,李典鹏,蒋水元.罗汉果栽培与开发利用.中国林业出版,2002
    [2]杨继祥.《药用植物栽培学》.农业出版社,1993.
    [3]C.H.lee.Experientia,1975,31:533.
    [4]高闽.中国土特产.1995,(6):32—33.
    [5]全国中草药汇编写组.全国中草药汇编(下册).人民卫生出版社,1978,328.
    [6]中国果树栽培学.1987.
    [7]冉懋雄,周厚琼.现代中药栽培养殖与加工手册.中国中医药出版社,1999.
    [8]罗汉果花叶病病原病毒鉴定.广西科学 Guangxi Sciences,2001,8(1):66—69.
    [9]梁士楚.广西红树林群落的数量分类,广西科学院学报.1993,9(2):8-12.
    [10]梁士楚,范航清.广西海岸白骨壤群落的数量分析,广西科学院学报.1993,9(2):94-97
    [11]梁士楚,莫竹承,葛文标.广西曲湾红树植物种群分布格局的研究,见:范航清,梁士楚主编.中国红树林研究与管理,北京,科学出版社.1995,85—93.
    [12]黄思良,陈作胜.罗汉果芽枯病病因及防治技术研究,中国农业科学.2001,34(4):385—390.
    [13]E.Takahash , M.Yoshino,M. Maeda, Crop · Symptoms Resulted from peficient or Excessive Supple of Nutrient Elements [M], Tokyo: Japan Rural Culture Association,1990:133-146.(in Japanese)高桥.英,吉野实,前田正南.原色作物的 要素欠乏过剩症[M].东京:日本社团法人农山渔村文化协会,1990:113—146.
    [14]T.Shimitsu.Diagnosis for Element Disorder[M].Tokyo,Japan Ruyal Cultrue Association,1990:124(in Japanese)清水武,原色要素障害诊断事典[M].东京:日本社团法人农山渔村文化协会,1990:1—204.
    [15]郑群,宋维慧.国内外蔬菜嫁接技术研究进展(上).长江蔬菜 2000年第8期.
    [16]张穗生.试述罗汉果开发急需解决的几个问题.广西园艺.2002,42(3):9.
    [17]J.M. Lee, Cultivation of grafted vegetable Ⅰ Curent status. Grafting methods and benefits, Hortsciencs. 1994, 29(4): 235—239.
    
    
    [18] 邓亚评.罗汉果主要病虫害.植物检疫,1997,32(5):12.
    [19] 毕胜,李桂兰,阎龙民等.山东瓜蒌高产栽培技术.特种野生动植物经济研究.1995,16(3):42—43,28—29.
    [20] 张健,刘美艳 丝瓜作砧木在夏秋黄瓜栽培中的应用研究.北方园艺,2002(6):46—47.
    [21] J.M. Lee,On the Cultivation of grafted plants of CuCurbitaceous vegetables. J. Kor. Hort, Sci. 1989, 30(3): 169—179.
    [22] W.Y.Lee, Yield performance test of watermalon grafted onto the rootstock, Sioyos angulatus in the farmfield. Kor. Soc. Hort. Sci, 1992, 10(2): 38—39.
    [23] T.Kato, and H. Lou, Effect of rootstock on the yield, mineral nutrition and hormone level in xylem sap in eggplant. J. Jpn. Soc. Sci, 1989, 58 (2): 345—352.
    [24] K.Gomi, and M. Masuda, studies on the characteristios of nutrient absorption of rootstocks in grafting fruit vegetable. Bul. Fac. Agro. Japan, 1981, 9(2): 179-186.
    [25] 卢善发等.器官组织细胞水平的嫁接,植物杂志.1994(6):23.
    [26] 卢善发,邵小明,杨世杰,嫁接植株形成过程中结合部组强学和生长素的含量变化,植物学通报.1995,12(4):88.
    [27] 卢善发,唐定台,宋经元等.利用激素调控嫁接形成的初步研究.植物学报,1996,38(4):307—311.
    [28] 卢善发,杨世杰.电波传递在嫁接基本理论研究中的应用,植物学报.1996,38(45):362—366.
    [29] 卢善发,杨世杰.电偶联原理在嫁接基础研究中的应用,植物学报.1995,37(7):539—543.
    [30] 刘用生.生长调节剂在园艺植物嫁接中的应用.北方园艺.2000(5):21—22.
    [31] 董高锋,黄涛,李耿光.外源激素对沙田柚茎尖微嫁接成活率的影响,生态科学.2001,9,20(3):26-29
    [32] 谭日升,杨国才,王丕东.银杏催根育苗试验.1999,8(3):24.
    [33] 王小纪,高存劳,薛慧君.ABT生根粉在林木果树上的应用,林业科技开发.95(4):14—15.
    
    
    [34] Tomti Vet al.,蚯蚓粪对植物生长的类激素效应土壤学进展.1989(6):42—44.
    [35] 钟乐芳,玄福,玄祷.蚯蚓粪的应用及加工.贮藏加工.
    [36] 胡艳霞,孙振钧,周法永.蚯蚓粪对黄瓜苗期土传病害的抑制作物,生态学报.2002,7,22(7).
    [37] C. Elvira, Sam pedro land Benitez E. Verm icm Posting. of Sludge from papermill and dairy industries with Eisenia and Vel, a Pilot Scale Study. Bioresource Technology. 1998, 63:205—211.
    [38] Edwards CA and neuh anwser EF Earthwarm Sin wasle and environ mencal managemell the Hague.SPB Acaidemic press. 1998:392.
    [39] 严丽.提高黄瓜嫁接苗成活率的措施,长江蔬菜.2001,12:29.
    [40] 邵阳,王军伟.西瓜抗病砧木及嫁接育苗技术Northerm Horticulture.
    [41] 梁秀棠.VA菌根对芒果实生苗吸收营养和生长的影响,广西农学院学报.90,9(4):83—86.
    [42] 齐国辉,郗荣庭.VA菌根与果树营养的关系,河北林果研究.1997,12(2):184—186.
    [43] 柳乏,李志清.蚯蚓粪价值大,致富经典.
    [44] 郑群,宋维慧.国内外蔬菜嫁接技术研究进展(下),长江蔬菜 2000年第9期.
    [46] 韦芝霖,蒋纪森.永福县罗汉果组培苗生产应用现状及发展对策 广西园艺 2003,48(3)14-15
    [47] 林纬,黎起秦,彭好文等.罗汉果组培苗种植存在问题及解决措施.广西农业科学,2003(4):74-75
    [48] Gomi, K. and M.Masuda, Studies on the characteristios of nutrient absorption of root stocks in grafting fruit vegetable. Bul. Fac. Agro. Jagan. 1981, 27(2): 179—186.
    [49] Jeong, S.J. Effects of several rootstocks of the growth fruit yield and quality of two cucumber eultivars. Korea, Kes, collection. 1986, 7: 67—76.
    [50] Kurata, K. Cultivation of grafted vegetables, Ⅱ. Development of grafting robots in Japan, Hortseienee. 1994, 29: 240—244.
    [51] Moretti, G; Gardiman, M; Lorat, L; Venturl, A. Adaptability to grafting and to replanting of rootstocks indentified in the germplasm of genus vitis. Vignevini 2003, 30 (4): 149—155.
    
    
    [52] Morra, L; Bilotto, M; Zerbinati, F. Spread of herbaceous grafting in horticulture in 2002. Informatore Agrario 2003, 59 (2): 27—31.
    [53] 孔令武,孙海峰.现代实用中栽培养殖技术,人民卫生出版社.2000:307—313.
    [54] 黄健君,钟什强.罗汉果一年生植株提前结实研究.广西农业科学,1997,3:123-124.
    [55] 周良才,张碧五,覃良等.罗汉果嫁接繁殖研究,广西植物.1980,1(1):11.
    [56] 马成战.罗汉果育苗技术,林业科技通讯.1998,(6):304—305.
    [57] 黄家德等.罗汉果害虫及其防治.广西植保,1998(1).
    [58] 李继华.嫁接的原理与应用.上海;上海科技出版社.1984.
    [59] 潘中田,袁琼琼,永福县罗汉果根据结线虫发生规律及其防治研究.中国南方果树,2001,5:33.
    [60] 杭玲,陈丽娟等.罗汉果茎尖脱毒快繁技术,西南农业学报.1999,12:(03),125-127.
    [61] 刘权主编.果树试验设计及统计.中国农业出版社,1994年12月
    [62] 段玉忠,柳枫.应用植物激素提高江南槐嫁接育苗效果试验初报.甘肃林业科技,1994,(2):245-46.

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