Results 161 to 170 of about 81,325 (205)

Flower Bud Atrophy in Baccara Roses

Physiologia Plantarum, 1976
AbstractChanges in gibberellin content and of the production of ethylene in the two upper shoots of roses were measured as affected by decreasing temperature and light intensity, factors which encourage flower atrophy. Decreases in temperature or light intensity to the whole plant reduce the endogenous content of gibberellin in the leaves of the two ...
N. ZIESLIN, A. H. HALEVY
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Freezing tolerance of apple flower buds

Scientia Horticulturae, 2016
Abstract Flower buds are the most vulnerable parts of the dormant apple trees to frost injury. Especially during fall and spring when the processes associated with the transitional periods of hardening and de-hardening occur, tissues are more active and thus less cold hardy. The critical temperatures affecting the flower bud and the associated damage
Melba Ruth Salazar-Gutiérrez, Bernardo Chaves, Gerrit Hoogenboom   +2 more
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Bud opening of cut liatris flowers

Scientia Horticulturae, 1984
Abstract The possibility of bud opening of cut liatris flowers ( Liatris spicata L.) harvested at a tight bud stage was examined. Of the different solutions tested, 5% sucrose together with 0.2% TOG germicide solution gave the best results as evaluated by vase-life and inflorescence development.
A. Borochov, V. Keren-Paz
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Photoperiod and Flower Bud Development in Phaseolus vulgaris

Nature, 1970
THE flower buds of certain varieties of Phaseolus vulgaris are inhibited in their development and eventually abscise during the Cambridge summers. The results of preliminary experiments suggested that long photoperiods are largely responsible for this behaviour1 and this has since been confirmed.
M S, Zehni, F S, Saad, D G, Morgan
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Sesquiterpene components from the flower buds ofMagnolia fargesii

Archives of Pharmacal Research, 1997
From the Chinese crude drugshin-i, the flower buds ofMagnolia fargesii, four sesquiterpene, oplopanone (1), oplodiol (2), homalomenol A (3) and 1beta,4beta,7alpha-trihydroxyeudesmane (4) were isolated. These structures were elucidated and the(13)C-NMR chemical, shifts of these compounds were revised by means of various 2D-NMR techniques.
K Y, Jung, D S, Kim, S R, Oh, I S, Lee, J J, Lee, H K, Lee, D H, Shin, E H, Kim, C J, Cheong   +8 more
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Flower bud induction and differentiation.

2008
AbstractThis chapter describes the stages of flower bud induction and differentiation, and the factors affecting flowering bud induction (i.e. light, juvenility, temperature, growth regulators, sugars and nutrient elements, oleuropein levels, harvesting date, fruit thinning, and defoliation) in olive.
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ROLE OF FLOWER BUDS IN FLOWER BUD ABSCISSION IN HIBISCUS

Acta Horticulturae, 1995
van Meeteren, U., van Gelder, H.
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Japanese Sophora Flower Bud

2021
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FLOWER-BUD BLASTING IN TULIPS

Acta Horticulturae, 1975
W.J. de Munk, P. Hoogeterp
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