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果树阳离子活性剂促花控梢技术研发成功
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作者 高雅 《中国果业信息》 2005年第1X期35-35,共1页
一种不用环剥、不用根施或喷施植物生长调节剂就能抑制果树秋梢萌发、防止枝梢冬季旺长的控梢促花新技术目前在我国南方大面积试验成功。结果表明,该技术对杧果、柑桔、龙眼、荔枝、杨梅、柚、枇杷、八角、板栗、杏和李等各种可以环割... 一种不用环剥、不用根施或喷施植物生长调节剂就能抑制果树秋梢萌发、防止枝梢冬季旺长的控梢促花新技术目前在我国南方大面积试验成功。结果表明,该技术对杧果、柑桔、龙眼、荔枝、杨梅、柚、枇杷、八角、板栗、杏和李等各种可以环割的南方果树及经济作物效果极好。填补了我国应用物理方法对南方果树及经济作物营养调控技术的一项空白。本办法操作简单,安全、省力、高效、卫生,对树体无副作用,每株树只需投资几分钱, 展开更多
关键词 果树 阳离子活性剂 花控技术 植物生长调节剂 营养调控技术
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牡丹鲜切花水培研究
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作者 袁全国 《现代农业科技》 2022年第16期51-54,共4页
为筛选出花期长、花大色艳、观赏效果佳、适合鲜切花的牡丹品种,本文开展了15个牡丹品种鲜切花水培试验。结果表明,单瓣及荷花型健壮的牡丹品种能水培出花色鲜艳、花大的花枝。多层重瓣千层牡丹品种对花茎长度及花蕾成熟度有严格的要求... 为筛选出花期长、花大色艳、观赏效果佳、适合鲜切花的牡丹品种,本文开展了15个牡丹品种鲜切花水培试验。结果表明,单瓣及荷花型健壮的牡丹品种能水培出花色鲜艳、花大的花枝。多层重瓣千层牡丹品种对花茎长度及花蕾成熟度有严格的要求,花茎越长,水培难度越大;花茎越短,花蕾成熟度越高,成花越好。水培千层牡丹根据需要决定花茎的长度及花蕾成熟度。使用市场上售卖的保鲜剂处理瓶插牡丹表现优良,花径大、叶片返水快、花色鲜艳、开花时间延长。 展开更多
关键词 牡丹 鲜切花 花控技术 水培
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Study on the Flowering Regulator of the Paeonia suffruticosa "Hongdan Lan"
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作者 Min Deng Suping Gao Yang Guo 《Journal of Agricultural Science and Technology(B)》 2012年第7期824-834,共11页
In the study, Southwest peony varieties group of Paeonia suffruticosa "Hongdan Lan" were analyzed, test was mainly divided into two parts, one is the nature of the low temperature, through the external environment i... In the study, Southwest peony varieties group of Paeonia suffruticosa "Hongdan Lan" were analyzed, test was mainly divided into two parts, one is the nature of the low temperature, through the external environment is mainly (temperature, light) gibberellin and nutrition solution regulation, on the Tianpeng peony florescence control technological research. The second is to explore the flower forcing peony after anthesis regeneration technique. The main research results: comprehensive gibberellin peony flower induction of morphological and physiological indexes, such as gibberellin concentration of 150 mgFL and 200 mg/L the effect of flower induction was better than the other treatments; gibberelin (GA3) breaking the dormancy of the peony to blossom ahead of time has the promoter action, also has certain effect on nutritional growth; to premature flowering the abscisic acid (ABA) has opposite effect; whereas auxin (IAA) and corn (ZT) effect was not obvious; rejuvenation results showed that after a year of conservation and managemental measures, flower induction after the flower of peony played a very important role in the restoration. After the winter flower induction, peony flowerpot of soil hardening, through the soil replacement, repair of roots, flower peony recovery showed a very significant effect. 展开更多
关键词 TianPeng peony flowering regulation Gibberellin (GA3) nutrition solution accumulated temperature rejuvenation.
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