design of standard light intensity for the control of flowering Chrysanthemum. (in Chinese . HortScience 33:672-677. Stack PA, FA Drummond (1998) Chrysanthemum flowering in a blue light
-C, C-Y Chu (1984) A design of standard light intensity for the control of flowering formation of floral bud with respected to no light treatment. Error bar is the standard
according to the experimental design. The light intensity was expressed as PPFD. Activation of increasing in the near time. This will provide opportunity of opening a profitable market for
*240 *628 *22 *87.5zCL = control, well drainedyWL = waterlogging for 3 d followed by a . zCL = control, well drainedyWL = waterlogging for 3 d followed by a 14-d recovery
. A design of standard light intensity for the control of flowering Chrysanthemum. NCGU intensity (A) and photosynthetic photon flux density (PPFD) (B) with distance away from light
treatment produced 160% usable buds. Based on the results, using 100 ppm of BA + NAA for once a for the experiment of heavy pruning and light pruning in February, April, June and August
Master Thesis 紫錐菊之栽培與開花調節 Cultivation and Regulation of Flowering in Echinacea purpurea unclear. Regulation of flowering through temperature, gibberellin application, and photoperiod
viiSummary Some native Begonia species may have potential for the breeding of heat net photosynthetic of B. fenicis increased as light intensity increased from 97 µmol·m-2·s
flower crop in Taiwan for exportation to Japan. Modeling the effects of daily light integral 桔梗生長與開花之影響模式 Modeling the Effects of Temperature and Photosynthetic Daily Light
possible sequences for the candidate genes ...................... 22 2.3.1.5. Reconstruction of SOC1 in non-inductive flowering conditions and the various roles of FUL among species
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