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技术化 工厂化 信息化——国际切花月季生产的发展趋势 被引量:3

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摘要 生产消费概况 切花月季为现代月季中适宜作切花栽培的一些品种的总称,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.1991年全世界切花月季产量为45亿支,以后呈逐年上升之势,1998年仅荷兰阿斯梅尔拍卖市场的拍卖数量就达16.2亿支,居鲜切花之首,占世界十大鲜切花的44%.
作者 康红梅
机构地区 北京林业大学
出处 《中国花卉园艺》 2003年第2期32-33,共2页 China Flowers & Horticulture
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  • 1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.
  • 2Brun R,Paris B, Hammelin I. Fertigation management of rose plants grown in greenhouse on rockwool [J]. Adan in Hort. Sci., 1993,7(4): 145-148.
  • 3Raul I Cabrera,Richard Y Evans, J L Paul. Enhancement of short-term nitrogen uptake by greenhouse roses under intermittent N-deprivation [J]. Plant and Soil, 1996,179:73-79.
  • 4Scaife A A.pump/leak/buffer model for plant nitrate uptake[J]. Plant and Soil,1989,114:139-141.
  • 5Raul I Cabrera.Rose yield, dry matter partitioning and nutrient status response to rootstock selection[J]. Scientia Horticulturae,2002,95:75-83.
  • 6Armitage A M,Tsujita M J. The effect of nitrogen concentration and supplemental light on the growth and quality of 'Caliente roses'[J]. HortScience, 1978,14(5): 614-615.
  • 7H B Pemberton,V A Haby, W E Roberson,et al. Increases in root and shoot growth of Rosa multiflora cuttings taken from stock plants fertilized with lime and P[J]. Acta.Hort.,1986, 189,123-126.
  • 8ereda M,Kageyama K, Konishi K. The relationship between growth of a rose plant and its nutrient and water uptake in hydroponic culture[J]. J. of the Jap.Soc.for Hort.Sci.,1997,66(1):149-155.
  • 9Baas R,Marissen N, Dik A. Cut rose quality as affected by calcium supply and translocation[J]. Acta Hort., 2000, 518:45-54.
  • 10Naftaly Zieslin.Effect of pH in the root environment on leakage from plant roots[J]. Acta Hort.,1994,361: 282-293.

共引文献14

同被引文献50

  • 1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.
  • 2Brun R,Paris B, Hammelin I. Fertigation management of rose plants grown in greenhouse on rockwool [J]. Adan in Hort. Sci., 1993,7(4): 145-148.
  • 3Raul I Cabrera,Richard Y Evans, J L Paul. Enhancement of short-term nitrogen uptake by greenhouse roses under intermittent N-deprivation [J]. Plant and Soil, 1996,179:73-79.
  • 4Scaife A A.pump/leak/buffer model for plant nitrate uptake[J]. Plant and Soil,1989,114:139-141.
  • 5Raul I Cabrera.Rose yield, dry matter partitioning and nutrient status response to rootstock selection[J]. Scientia Horticulturae,2002,95:75-83.
  • 6Armitage A M,Tsujita M J. The effect of nitrogen concentration and supplemental light on the growth and quality of 'Caliente roses'[J]. HortScience, 1978,14(5): 614-615.
  • 7H B Pemberton,V A Haby, W E Roberson,et al. Increases in root and shoot growth of Rosa multiflora cuttings taken from stock plants fertilized with lime and P[J]. Acta.Hort.,1986, 189,123-126.
  • 8ereda M,Kageyama K, Konishi K. The relationship between growth of a rose plant and its nutrient and water uptake in hydroponic culture[J]. J. of the Jap.Soc.for Hort.Sci.,1997,66(1):149-155.
  • 9Baas R,Marissen N, Dik A. Cut rose quality as affected by calcium supply and translocation[J]. Acta Hort., 2000, 518:45-54.
  • 10Naftaly Zieslin.Effect of pH in the root environment on leakage from plant roots[J]. Acta Hort.,1994,361: 282-293.

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