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红梅杏矮化盆栽设施密植栽培技术探讨
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作者 王耿 《花卉》 2017年第24期17-17,共1页
随着人民生活水平的提高,盆栽果树日益走进了人们视野,它既可作盆景供人们欣赏,又能提供一定数量的果实,越来越受到人们的喜爱,发展前景广阔。
关键词 果树栽培 矮化盆栽 设施密植
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浙江引种沾化冬枣设施栽培技术初探 被引量:3
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作者 朱跃进 任海英 +5 位作者 林瑞 郑锡良 梁森苗 张淑文 何丁生 戚行江 《中国南方果树》 北大核心 2018年第2期163-164,共2页
沾化冬枣在我国南方栽培一直存在着果难、落果严重、收益较差等问题。本文总结了浙江义乌矮化密植设施栽培沾化冬枣技术。株行距1.5m×2.0m,树高2m左右,大棚单栋宽8m,肩高3.5m,棚顶高5m,于2月中旬扣棚。40%枣花盛开时环剥主枝,喷施0... 沾化冬枣在我国南方栽培一直存在着果难、落果严重、收益较差等问题。本文总结了浙江义乌矮化密植设施栽培沾化冬枣技术。株行距1.5m×2.0m,树高2m左右,大棚单栋宽8m,肩高3.5m,棚顶高5m,于2月中旬扣棚。40%枣花盛开时环剥主枝,喷施0.01%赤霉素催花保果,并根据树势、着果能力和着果量疏果。施用商品有机肥(N+P2O5+K2O≥5.0%,有机质≥45.0%)做基肥,"清明"后和6月底至7月初分别施一次大量元素水溶肥(14-6-40+TE高钾型)。"清明"节前后萌芽展叶前用石硫合剂清园,生长季综合防控病虫害。进行生草栽培。枣苗定植3年后每667m^2产量达1 600.8kg,比露天栽培增长42.86%,裂果率降低85.23个百分点,扣除成本,露天栽培每667m^2收益2 460.56元,大棚栽培每667m^2收益13 560.74元,增长4.51倍。 展开更多
关键词 浙江 沾化冬枣 密植矮化设施栽培
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Effects of Facilities Condition on Occurrence of Freeze Injury and Fresh Pod Yield of Broad Bean 被引量:2
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作者 吴春芳 卞晓春 +1 位作者 曹云英 夏礼如 《Agricultural Science & Technology》 CAS 2015年第5期890-897,共8页
Using Tongxian No.2 as material, the effects of different film-covering time, different sowing time and different planting density on the occurrence of freeze injury and yield of fresh broad beans were investigated. T... Using Tongxian No.2 as material, the effects of different film-covering time, different sowing time and different planting density on the occurrence of freeze injury and yield of fresh broad beans were investigated. The randomized block design was adopted. The results showed that with the delayed film covering, the incidence of mild freeze injury and number of headless seedlings were increased correspondingly, but the yield was increased; with the delayed sowing, the branch number per plant, effective branch number per plant, incidence of mild freeze injury and number of headless seedlings were all reduced, and the broad beans, sowed on September 30 th, obtained the highest yield; planting density showed on effect on the occurrence of freeze injury, and the yield was increased with the increase of planting density. Under the same film-covering time, the incidence of freeze injury was reduced with the delayed sowing time and it showed no changes when planting density was changed, but the yield was increased with the increase of planting density and it was highest when broad bean seeds were sowed on September 30th;under the same sowing time, the incidence of freeze injury was increased with the delayed film-covering time and it showed no changes when planting density was changed, and the yield was increased with the delayed film-covering time and increased planting density; under the same planting density, the incidence of freeze injury was increased with the delayed film-covering time but was reduced with the delayed sowing time, and the yield was increased with the delayed film-covering time and it was highest when the broad bean seeds were sowed on September30 th. Under same film-covering time and sowing time, the total branch number per plant and effective branch number per plant were reduced, but the yield was increased with the increase of planting density; under same film-covering time and planting density, the incidence of freeze injury was reduced with the delayed sowing time, and the yield was highest when broad bean seeds were sowed on September30th; under same sowing time and planting density, the incidence of freeze injury and the yield were all increased with the delayed film-covering time. 展开更多
关键词 Facility broad bean Film-covering time Sowing time Planting density Freeze injury Fresh pod yield
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