切花月季在阳光温室的栽培研究
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摘要
切花月季是世界四大鲜切花之一,在世界花卉产业中具有极其重要的地位。但由于我国在切花月季栽培技术较为落后,与我国实际栽培环境相配套的栽培技术研究也很少,导致切花月季产量低、品质差。针对国内这一普遍存在的问题,为提高我国切花月季的产量和品质,降低生产成本,本课题对日光温室中切花月季的无土栽培技术进行了研究,比较了不同栽培基质对切花月季产量、品质的影响,及对10个中花引进品种在北京地区日光温室条件下的生产比较,探讨了与日光温室配套的栽培技术。
     结果表明,在日光温室环境条件下,Black Beauty、Frisco、Pretty Girl、Dream、Golden Gate5个品种的综合性状表现较好。Black Beauty的产量最高,为168枝/平米.年,瓶插寿命最长,为16.2天(20℃下测定),花型美观,表现出较好的商品特性。栽培基质的初选试验得出,泥炭是切花月季的最适栽培基质,泥炭培的切花月季单株产量最高,为170.4枝/平米.年;复合基质中泥炭+珍珠岩(体积比1:1)表现最好,与品种(?)的组合单株产量最高,为201.6枝/平米.年;泥炭+珍珠岩(体积比2:1)也表现较好。椰糠,泥炭+煤渣(体积比1:1)栽培切花月季表现不理想,切花的产量和品质均较差。基质栽培相对土壤栽培在切花品质和产量上有显著的提高。解决高温天气对低床基质的温度剧烈影响是北京地区日光温室切花月季生产的重要措施。
     日光温室最突出的特点是利用我国北方地区冬季晴天多、光能资源丰富,实现基本上不加温或少加温,进行反季节、超时令花卉生产。由于它的造价低、取材方便、节约能源、采光性和保温性好,因此经济效益好。在北方地区大力发展节能型日光温室,选择与之相适应的优良月季品种和栽培技术,是结合北方实际、切实可行的发展温室花卉生产的道路。
The soiless media, 10 varieties cut roses and environmental factors were studied in this paper. The results of the study indicated as following:
    1. five varieties cut roses were suitable in Beijing area,that is :Black Beauty Frisco, pretty girl. Dream and Golden Gate
    2. comparing in 7 kinds of soiless media, peat, mixer of peat-perlite (volume,1: 1) and mixer of peat-perlite (volume,2:1) show good expression.
    3. based on the investigation,it is critical to solve the high temperature of soiless media in summer.
引文
1.陈俊愉,王大钧,余树勋等.中国农业百科全书观赏园艺卷.北京:农业出版社,1996,517 519
    2.柴晓芹.无土栽培及其发展趋势.甘肃农业科学,1999(1):4-5
    3.杜永臣.无土栽培营养液中的氮素及其调控.中国蔬菜,1991(2):52-55
    4.方岩.北方月季抗寒栽培技术.中国花卉盆景,1998(4):13
    5.郭志刚,张伟.玫瑰.北京:清华大学出版社,1998
    6.胡继胜等.湛江地区现代月季切花栽培技术.广东园林,1989(3):28-30
    7.胡继胜等.不同基质施用相同营养液对月季切花产量的影响.广东园林,1990(4):29-33
    8.韩慧君等.商品月季生产技术.北京:中国林业出版社,2002
    9.贾乃光主编.数理统计(第2版).中国林业出版社,1993
    10.康红梅.切花月季无土栽培技术的研究—品种与基质的筛选:[学位论文].北京林业大学,2001
    11.邝禹洲.月季切花生产技术研究初报.广州园林,1989(3):26-27
    12.刘士哲.现代实用无土栽培技术.北京:中国农业出版社,2002
    13.刘红梅.切花月季修剪新方法——折枝栽培法.中国花卉盆景,1997(4):8-9
    14.刘巍.切花月季新品种介绍.中国花卉盆景,1997(4):7
    15.李玲.月季的应用与前景.中国园林,2003(5):56-58
    16.李合生.植物生理生化实验原理和技术.高等教育出版社,1999
    17.刘红梅.切花月季栽培中几项关键性技术措施的研究:[学位论文].北京林业大学,1997
    18.李式军,高祖明编译.现代无土栽培技术.北京:北京农业大学出版社,1988
    19.李洪权.切花月季生产技术.北京:金盾出版社,1997
    20.龙雅宜.切花生产技术.北京:金盾出版社,199
    21.廖沙.现代月季不同生长阶段营养元素及水平分析.园艺学报,1988,15(3):123-125
    22.连兆煌.无土栽培技术与原理.北京:中国农业出版社,1994
    23.罗中岭.当地温室气候与花卉.北京:中国农业科技出版社,1994
    24.陆景陵.植物营养学.北京:北京农业大学出版社,1994
    25.毛达如.植物营养研究方法.北京:北京农业大学出版社,1994
    26.马太和.无土栽培(增定版).北京:北京出版社,1985
    27.马江生.国外切花月季生产及消费情况选介.中国花卉盆景,1997(4):1
    28.潘会堂.北京地区月季切花生产的环境调控及理论探讨:[学位论文].北京林业大学,2002
    29.钱和等.月季岩棉育苗技术.江苏农业科学,1989(4):35
    30.冉东亚.牡丹无土盆栽及促成栽培研究:[学位论文].北京林业大学,1993
    
    
    31.山崎肯哉著(日),刘步洲等译.营养液栽培大全.北京:北京农业大学出版社,1989
    32.孙兆法,吴绍锦.切花月季高产的理论与实践.园艺学进展,1994:56-63
    33.韦三立.花卉无土栽培.北京:中国林业出版社,2001
    34.王鹄生.花卉蔬菜无土栽培技术.长沙:湖南科学技术出版社,1993
    35.王国良等.切花月季试管苗无土高产栽培技术.南京林业大学学报,1994,18(1):37-41
    36.王沙生,高荣孚,吴贯明.植物生理学.北京:中国林业出版社,1990
    37.王香春.浅淡花卉播种育苗新技术——容器育苗.见:陈俊愉.中国花卉(Ⅰ)——首届中国花卉种苗(球)繁育推广研讨会论文集.北京:中国农业大学出版社,2000
    38.王华芳.花卉无土栽培.北京:金盾出版社,1997
    39.王明启 主编.花卉无土栽培技术.沈阳:辽宁科学技术出版社,2001
    40.吴国智.北方地区保护地切花月季栽培.中国花卉盆景,1998(4):8
    41.汪定淮,刘尚义,沈烈等编著.作物养分平衡与高产栽培—兼论作物栽培科学现代化.北京:北京大学出版社.1994
    42.温跃戈.我国花卉主产区花卉生产温室调查及区划的初步研究:[学位论文].北京林业大学,2001
    43.邢禹贤.无土栽培原理与技术.农业出版社,1994
    44.薛麒麟.切花月季花期调控.中国花卉盆景,1998(4):13
    45.续九如.林业试验设计.北京:中国林业出版社,1994
    46.杨百荔、陈棣编著.月季花事.北京:北京建筑工业出版社,1989
    47.朱建镛,吴婉苓(台湾).偃枝整枝与栽培密度对玫瑰花切花产量和品质之影响.中国园艺,1995,41(4):297-308
    48.周国宁等.水面无土漂浮栽培花卉试验.浙江农业科学,1993,5(2):104-113
    49.郑光华等.我国北方水质与无土栽培系统的选择.中国蔬菜,1996(3):31-34
    50.郑丕尧.作物生理学导论.北京:北京农业大学出版社,1992
    51.赵梁军,苏立峰等.月季.中国农业出版社,2000
    52.张小冰等,月季无土栽培营养液特性的分析与比较 山西农大学学报 2000 (2)
    53.郑光华.十年来中国无土栽培的进展.农业工程学报,1990(6)
    54.中国信息咨询公司.无土栽培技术资料.北京,1984
    55.中国土壤学会农业化学专业委员会.土壤农业化学常规分析方法.北京:科学出版社,1983
    56.北京林学院土壤教研纽编.土壤学实习实验指导书,1981
    57.A.Lauchli(美)等,张礼忠,毛知耘泽.植物的无机营养.北京:农业出版社,1992
    58.H.D.查普曼主编,庄伊美等译.园艺植物营养诊断标准.上海:上海科学技术出版社,1986
    59.K.蒙格尔(德),E.A.克尔克贝(英)著,张宜春等译.北京:农业出版社,1987
    
    
    60.国家统计局公布1999年花卉产销情况.花卉,2001(1):14
    61. Agbaria H,et al. Nitrate reductase and glutamine synthetase activity in rose plants crops, grown in artificial substrates in Guernsey. Acta Hort., 1998,458
    62. Argo W R, Biernhaum J A.The effect of irrigation method, water-soluble fertilization, preplant nutrient charge, and surface evaporation on early vegetative and root growth of poinsettia, J. Amer. Soc. Hort. Sci.,120(2):163-169
    63. Armitage A M, Tsujita M J.The effect of nitrogen concentration and supplemental light on the growth and quality of 'Caliente roses'.HortScience, 1978,14(5):614-615
    64. Argo W R, Biernhaum J A.Lime, water source, and fertilizer nitrogen form affect medium PH and nitrogen accumulation and uptake. HortScience, 1997a, 32(1): 71-74
    65. Ball V, Ball Redbook(16th edition). Batavia, USA:Ball Publishing, 1997
    66. Biernhaum J A, Versluys N B. Water management.Horttechnology, 1998,8(4):504-509
    67. Bell F R, Marchant A.The development and implementation of run-off management plants for the collection, containment and disposal of nutrient rich run-off from glassheuse
    68. Blom T J, Straver W A. Two years of experience with growing roses on mineral wool. ISOSC Proceedings, 1988,93-96
    69. Brito P, Structuring the rose plant "chassis":The bending technique,FloraCulture, 1999(11):42-46
    70. Blom T J.Coco coir versus granulated rockwool and 'arching' versus traditional harvesting of roses in a recirculating system. Acta Hort., 481:503-510
    71. Bellert C,et al.Limitation of rose photosynthetic capacity under N deprivation. Acta Hort.,424
    72. Bell F R,Marchant A.The development and implementation of run-off management plans for the collection,containment and disposal of nutrient rich run-off from glasshouse crops, grown in artificial substrates in Guernsey. Acta Hort., 1999,458:395-399
    73. Brun R, Chazelle L. Water and nitrate absorption kinetics in the nythemeral cycle of rose grown in the greenhouse using a recirculating solution. Jour. of Plant Nutrition, 1996,19(6):839-866
    74. Brun R, Morisot A. Modeling the uptake of water and nitrate of rose plants in the hydroponic culture. Acta Hort.,1996,417:55-63,
    75. Brun R,Chazelle L, Tarere Y ,et al. Nychthemeral of water and nitrate (NO_3) during
    
    the growth of rose plants in hydroponic culture. Acta hort.,424:59-65
    76.Brun R, Settembrino A. Production and quality of Rose hybride CV sonia in rockwool at three levels of electrical conductivity combined with two levels of relative humidity. Acta Hort.,424:115-117
    77.Bleomhard C M J, Moolenbroek van J. Management of mineral elements of roses grown in closed rockwool systems. Acta Hort.,401:481-490
    78.Brun U R, Urban L. Influence of electrical conductivity, relative humidity and seasonal variations on the behaviour of cut roses produced in soilless culture. Acta Hort., 1995,408:101-107,
    79.Brown W W, Ormrod D P. Soil temperature effects on greenhouse roses in relation to air temperature and nutrition. Amer. Soc. Hort. Sci., 1980,105(1):57-59,
    80.Chung S K,et al. Effect of winter root-zone warming on the productivity and quality of cut rose. ISOSC Proceedings, 1996,123-127
    81.Cadahia C, et al. Differences in nutrient uptake of four rose cultivars in sand culture. Acta Hort.,1998,458:335-341
    82.Economakis C D.Effect of solution conductivity on growth yield of Origanum ictamnus L. in nutrient film culture. Acta. Hort.,1992,306:204-209
    83.Falcon M F, Alvarez C E.The effect of chloride and bicarbon levels in irrigation water on nutrition content.production and quality of cut roses 'Mercedes'.Sci. Hort., 1986,29:373-385
    84.Fred T,Davies J R.Effects of VA-mycorrhizal fungi on growth and nutrient of cuttings of Rosa multiflora in two container media with three levels of fertilizer application. Plant and Soil, 1987,104:31-35
    85.Feigin et al. Response of rose plants to Cl~- and NO_3~- salinity under different COZ atmospheres. ISOSC Proceedings, 1988,135-143
    86.Fonteno W C. Know your media, the air, water, and container connection. Grower Talks,1988,51(11):110-111
    87.Gisler H R, et al. Effect of electric conductivity of the growing media on growth and yield of roses pruned in summer. Acta Hort., 424:123-127
    88.Geerten G. Lugt van der. Monitoring nutrient balance in the Netherlands. ISOSC Proceedings, 1996,287-290
    89.Gislerod H R, Field T, Mortensen L M.The effect of supplementary light and electrical conductivity on growth and quality of cut roses. Acta Hort.,
    
    1993,342:51-60,
    90. Hughes H E, Hanan J J. Effect of salinity in water supplies on greenhouse rose production. J. Amer. Soc. Hort. Sci., 1978,103(5):694-699
    91. Hamrick D.Grower Talks Plugs ‖.Batavia, USA:Ball Publishing, 1996. 59-90
    92. Jaffin, Champeroux A. Water and mineral of greenhouse soilless rose crops grown under summer conditions. Acta Hort., 1994,361:258-266,
    93. Jaffin, Champeroux A. Water and mineral of greenhouse soilless rose crops grown under summer conditions. Acta Hort., 1994,361:258-266,
    94. Jaffin, Champeroux A. Water and mineral of greenhouse soilless rose crops grown under summer conditions. Acta Hort., 1994,361:258-266,
    95.
    96. Kordes W.Cut Roses Cultivationin Greenhouses,(4th edition),1997.
    97. Moss G I.The effects of root-zone warming on the yield and quality of roses grown in a hydroponic system. Jour. Of Hort. Sci., 1984,59(4): 549-558
    98. Maria M C, Mlain. Water use efficiency and nutrient consumption of a greenhouse rose
    99. Menard C, Dansereau. B.Impact of growth conditions on yield of quality of cut roses. Acta Hort., 424:103-114
    100. Miller D A. Rose investigational work in Guerasey: rootstock and variety trials; growing in rockwool. Acta Hort.,189:67-79
    101. Pertusier N, et al. Action of 3 different nitrate levels of on the ramification of rose plants grown soilless in greenhouse. Acta Hort.,424:343-345
    102. Pertusier N, et al. Effect of supply nitrate level on plant absorption and drainage. Acta Hort., 424:339-341
    103. Philippe M. Possible use of ion selective electrodes for nutrient solutions in recirculated systems. ISOSC Proceedings, 1996,291-298,
    104. Pellett G,et al.Rose, Ball Redbook (16th edition). USA:Ball Publishing, 1997.705-725
    105. Pemberton H B,et al. Increases in root and shoot growth of Rose multiflora taken from stock plans fertilized with lime and P.Acta Hort., 1986,189:123-135,
    106. Raul I, Richard C, Evens Y,et al. Leaching losses of N from containter-grown roses. Sci. Hort., 1996,53:333-345,
    107. Rey F A, Tsujita M J.Copper nutrition of greenhouse roses relative to
    
    supplementary irradiation and growning media. Jour. of Plant Nutrition, 1987, 10(1):47-65
    108. Rupp L A, Dudley L M.Iron availability in rockwool may affect rose nutrition HortScience, 1989, 24(2):258-260
    109. Raviv M. Changes in tuff during proloned cultivation which affects rose production. Acta Hort., 1991, 294:99-103,
    110. Raul I, Richard C, Evans Y, et al. Cyclic nitrogen uptake by greenhouse roses. Sci. Hort., 1995, 63:57-66,
    111. Raul I, Richard C, Evans Y, et al. Paul. Nitrogen partitioning in rose plants over a flowering cycle. Sci. Hort., 1995, 63:67-76,
    112. Raviv M, Reuveni R, Krasnovsky A, et al. Recirculation of rose drainage waterunder semi-arid conditions. Acta Hort., 1995, 401: 427-433,
    113. Reddy S K. Madore M A, King P A. Survey of sulfer levels in greenhouse irrigation waters, HortScience 29(5):503
    114. (Rose hybrida cvs. Ilseta and mercedes):effects of root-shoot interactions. Acta Hort., 421:95-99
    115. Schwarz M. Soilless Culture Management. Israeli, Springer-Verlag, 1995
    116. Steiner A A.The development of soilless culture and an introduetion to the congress. WOSC Proceedings, 1976.21-37
    117. Scaife A.A pump/leak/buffer model for plant nitrate uptake. Plant anf Soil, 1989, 114: 139-141
    118. Susan H, Butler C, Bearce B C. Greenhouse rose production in media containing coal bottom ash. J. Environ. Hort.,1995, 13(4):160-164
    119. Tamimi Y N, Dennis T. Matsuyama, Distribution of nutrients in cut-flower roses and the quantities of biomass and nutrients removed during harvest.HortScience, 1999, 34(2):251-253,
    120. Urban L, Jaffrin A, Brun R. Control of sainity in the rhizosphere of plants in soilless media. Acta Hort., 1995,408:73-79,
    121. Verwer F L,J A W.Growing horticultural crops in rockwool and nutrient film. ISOSC Proceedings, 1976, 107-117
    122. van E A. Closed soilless growing systems in the Netherlands: the finishing touch. Acta Hort., 458:279-291
    123. Verwer F L, Welleman.J C C. Growing roses in Grodan Rockwool. ISOSC
    
    Proceedings, 980,301-302,
    124. Willion R A. Root medium chemical properties, Horttechnology, 1998, 8(4):486-494,,
    125. Willion R A. Root medium physical properties, Horttechnology, 8(4): 481-485, 1998,
    126. Woodson W R, Boodley J W. Effects of nitrogen from and potassium concentration on growth, flowering, nitrogen utilization of greenhouse roses. J. Amer. Soc. Hort. Sci., 1982,107(2):275-278,
    127. William R,Woodsonnd J, Boodiey W. Influence of Potassium on the growth, flowering,and chemical composition of greenhouse rose grown in recirculating nutrient solutions. HortScience, 1982,17(1):46-47
    128. Zieslin N, Snir P.Responses of rose plants cultivar 'Sonia' and Rosa indica major to changes in pH and aeration of the root environment in hydroponic culture. Sci.Hort., 1989,37:339-349
    129. Zieslin N, Snir P.Response of rose culture Sonia and rootstock Rose major to changes in PH and aeration of the root environmen. Acta. Hort., 1988,226:167-173,

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