@article{oai:nodai.repo.nii.ac.jp:00000184,
 author = {野口, 有里紗 and 富高 弥一平 and Noguchi, Arisa and Tomitaka Yaichibe},
 issue = {4},
 month = {2016-04-20},
 note = {ジャーマンカモミールの開花に及ぼす日長,温度及び光強度の影響と花芽分化発達過程について検討した。日長は8,12,16,24時間,温度は20,25,30℃,光強度は自然光を100%として遮光により25,50,75%の条件下でそれらの効果を見るとともに,花芽発育過程を外観と走査型電子顕微鏡から観察した。その結果,長日で出蕾,開花ともに促進され,開花時の主茎葉数が減少した。また,30℃で出蕾までの日数が短くなった。遮光が強くなるほど出蕾は遅れる傾向が見られ,25%の光強度では生育が劣った。以上の結果からジャーマンカモミールは量的長日植物であり,30℃の高温条件が開花までの日数を早めることがわかった。花芽発達段階は10段階に分類でき,それらは未分化期,生長点膨大期,総苞形成前期,総苞形成後期,小花形成前期,小花形成後期,花弁形成前期,花弁形成中期,花弁形成後期,開花期であった。, Among applied daylengths of 8, 12, 16, 24-h, longer daylength promoted the flower bud development of German chamomile (Matricaria recutita L.) and resulted in earlier flowering. Therefore, German chamomile could be designated as a quantitative long-day plant. Also, budding and flowering were accelerated at high temperature of 30/25℃ (day/night). Reduction of light intensities by shading had the effect of retarding flower bud development, especially in the lot reduced into 25% of full sun light. Flower bud differentiation and development was observed by scanning electron microscope. Floral stages of German cbamomile were divided into 10 stages 0) Vegetative stage, 1) Pre-differentiation stage, 2) Involucre differentiation stage, 3) Later stage of involucre differentiation, 4) Early stage of floret formation, 5) Later stage of floret formation, 6) Early stage of petal formation, 7) Middle stage of petal formation, 8) Later stage of petal formation, 9) Flower opened. At stage 5, budding was observed., E, 4, KJ00004074203, 論文, Article},
 pages = {268--273},
 title = {ジャーマンカモミールの開花に及ぼす日長,温度及び光強度の影響と花芽分化過程},
 volume = {47},
 year = {},
 yomi = {ノグチ, アリサ and トミタカ, ヤイチベイ}
}