Estudios en Agapanto (Agapanthus africanus (L.) Hoffmgg.): Efecto del tamaño del propágulo en el desarrollo vegetativo y floral de la planta; conservación postcosecha de sus flores



Descargar 451.89 Kb.
Página10/12
Fecha de conversión27.05.2018
Tamaño451.89 Kb.
1   ...   4   5   6   7   8   9   10   11   12
(10 jun. 2000).

GILMAN, E. 1999. Agapanthus orientalis. Environmental Horticulture Department, Florida Coop. Ext. Serv., Institute of Food and Agricultural Sciences, University of Florida. Fact Sheet FPS-8 (14 abr. 2003).

HAGILADI, A.; UMIEL, N.; YANG, X.; GILAD, Z.; LILIEN, H.; BOROCHOV, A.; y HALEVY, A. 1997. Curcuma alismatifolia. I. Plant morphology and the effect of tuberous root number on flowering date and yield of inflorescences. Seventh International Symposium on Flower Bulbs, Herzliya, Israel, 10-16 March 1996. Acta-Horticulturae 430:747-753.

HALEVY, A., BYRNE, T., KOFRANEK, A., FARNHAM, J., THOMPSON, J. y HARDENBURG, R. 1978. Evaluation of postharvest handling methods for transcontinental truck shipments of cut carnations, chrysanthemums and roses. Journal of the American Society for Horticultural Science 103(2): 151-155.

HALEVY, A. y MAYAK, S. 1979. Senescence and postharvest physiology of cut flowers I. Horticultural Reviews 1 (5): 204-236.

HALEVY, A. y MAYAK, S. 1981. Senescence and postharvest physiology of cut flowers. Horticultural Reviews 3 (3): 59-143.

HAN, S.; HALEVY, A.; SACHS, R. y REID, M. 1991. Flowering and corm yield of Brodiaea in response to temperature, photoperiod, corm size, and planting depth. Journal of the American Society for Horticultural Science 116(1):19-22.

HARTMANN, H. y KESTER, D. 1988. Propagación de plantas. Universidad de California. México. Continental. 800 p.

HOLLEY, w. 1963. Grow keeping quality into your flowers. In: Rogers, M.; ed. Living flowers that last, a National Symposium. University of Missouri. Columbia, Estados Unidos. pp:9 -18.

HOFFMAN, L. 1999 (10 jun. 2000).

HOFFMANNS, L. 2000. (10 jun. 2000).

JAMIESON, R. 2001. Agapanthus in general. National Botanical Institute, Sudáfrica (25 may. 2003).

KAI DO, T. ; VEALE, D. ; HAVLIK, Y. y RAMA, D. 1997. Used plants protectors in South Africa for traditions . Journal of Ethnopharmacology 55 (3): 185-191. (Original no consultado). (Compendiado en Cabs Abstracts 1998).

KALASAREDDI, P. ; REDDY, B. ; PATIL, S. ; RYAGI, Y. y GANGADHARAPPA, P. 1998. Effect of corm size on growth and spike yield of Gladiolus cv. Snow White. Karnataka. Journal of Agricultural Sciences 4 (11): 1133-1135. (Original no consultado). (Compendiado en Cabs Abstracts 1999).

KAUSHAL, S. y UPADHYAY, R. 2000. Studies on variation in corm size and its effect on cormel production and flowering in Crocus sativus L. under mid-hill conditions of H. P. Research on Crops (1) 3: 126-128 (Original no consultado). (Compendiado en Cabs Abstracts 2001).

LARSEN, F. y CROMARTY R. 1966. Effect of N-dimetylamino succinamic acid (Alar) on microorganism growth in relation to cut flowers senescence. Proceeding American Society Horticultural Science 89: 723-726

LARSEN, F. y SCHOLES, J. 1966. Effects of 8-hydroxyquinoline citrate, N-dimetihylamino succinamid acid, and sucrose on vase life and spike characteristics of cut snapdragons. Proceeding American Society Horticultural Science 89: 694-701.

LARSON, R. 1988. Introducción a la Floricultura. México. A.G.T. 551 p.

LASKAR, M. y JANA, B. 1994. Effect of planting time and size of corms on plant growth, flowering and corm production of Gladiolus. Indian Agriculturist 2(38): 89-97 (Original no consultado). (Compendiado en Cabs Abstracts 1995).

LESZCZYNSKA, H.; BORYS, W. y GALVAN, J. 1995. Reproducción de Agapanthus orientalis Leighton. Revista Chapingo, Serie Horticultura 1: 31-34. (Original no consultado). (Compendiado en Cabs Abstracts 1996).

MAROUSKY, F. 1972. Water relations, effects of floral preservatives on bud opening, and keeping quality of cut flowers. HortScience 7(2): 114-116.

MAROUSKY, F. 1968. Physiological role of 8-hydroxyquinoline citrate and sucrose in extending life and improving quality of cut gladiolus. Proceeding Florida State Horticultural Society 81: 409-414.

MAROUSKY, F. 1969. Conditioning gladiolus spikes to maintenance of fresh weigth with pretreatments of 8-hydroxiquinoline citrate plus sucrose. Proceeding Florida State Horticultural Society 82: 411-414.

MASHAYEKHI, K. y LATIFI, N. 1997. Investigation of the effect of corm weight on saffron flowering. Iranian Journal of Agricultural Sciences 1 (28): 97-105 (Original no consultado). (Compendiado en Cabs Abstracts 1998).

MAYAK, S. y FARAGHER, J. 1986. Storage environment related stresses and flower senescence. Acta Horticulturae 181: 33-43.

MOOSEY'S COUNTRY GARDEN (MCG).2000. (4 abr. 2000).

MISSOURI BOTANICAL GARDEN (MBG). 2001.

MOHANTY, C. ; SENA, D. y DAS, R. 1994. Studies on the effect of corm size and pre-planting chemical treatment of corms on growth and flowering of gladiolus. Orissa Journal of Horticulture 22: 1-4. (Original no consultado). (Compendiado en Cabs Abstracts 1995).

MICHIGAN STATE UNIVERSITY (MSU). 1998. Ornamental Plants. ( 23 may. 2003).

MUSEUM OF CAPE TOWN. 2003. ( 25 may. 2003).

NISSEN, J. 1974. Estudio agroecológico del predio experimental “Santa Rosa”, Valdivia. Universidad Austral de Chile. Facultad de Ciencias Agrarias. Instituto de Ingeniería Agraria y Suelos. 46 p.

NOTTEN, A. 2002. Agapanthus coddii Leighton. National Botanical Institute, Sudáfrica. (17 jun. 2003).

OKHAPKINA, G. 2002. The Illustrated Encyclopedia of House Plants. (17 jun. 2003).

OKLAHOMA COMPANY, 2002. Fresh Cut Agapanthus.



Compartir con tus amigos:
1   ...   4   5   6   7   8   9   10   11   12


La base de datos está protegida por derechos de autor ©composi.info 2017
enviar mensaje

    Página principal