植物类型和抗干剂对辣椒切茎寿命的影响

IF 1 4区 农林科学 Q3 HORTICULTURE Horttechnology Pub Date : 2023-04-01 DOI:10.21273/horttech05144-22
J. Stommel, Laura E. Dougherty, Paul J. Collins, Christian Wien, Richard H. Uva
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引用次数: 0

摘要

在花卉种植贸易中,切好的辣椒茎通常是为了其果实而种植的,以增加与传统插花的叶子和花朵的颜色对比。茎通常被剥去叶子,因为叶子枯萎得很快。对三种不同的植物类型和商业水化保护喷雾产品进行了评估,以确定有效的花瓶寿命处理和新的辣椒品系,这些品系将果实和叶片的兴趣与可接受的采后切茎寿命结合起来。选择了3个美国农业部自交系,生长高大,生长旺盛,叶片黑色的辣椒选育品系作为切茎进行评价。190-2号线产生直立的,类似塔巴斯科的水果;191-1产生直立,簇生,圆形果;196-1毫无结果。三种商业喷雾处理crown Glory (FLCG), Finishing Touch和Aqua Finish Clear (AFC)对储存在10°C和23°C的处理过的茎进行了评估。辣椒选育品系对切茎、叶片和果瓶寿命的影响最大。无果系196-1的花瓶寿命比有果系长。冷藏延长了剪下的茎的花瓶寿命。23℃时FLCG降低了无果系196-1的叶片花瓶寿命,AFC延长了无果系196-1的叶片花瓶寿命。果实相对于叶片表现出更强的抗干燥性,191-1光滑的果实比190-2干燥得更快。当切下的茎在10°C下保存7天并移至23°C时,也发现了类似的趋势。然而,在2022年的试验中,190-2的花瓶寿命缩短,而191-1和196-1的花瓶寿命延长,突出了采前因素对花瓶寿命的影响。结果表明,辣椒新品系的切花茎具有旺盛的直立生长习性和黑色的叶片,加上不同的果实形态,为令人惊叹的切花插花提供了创新的可能性。
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Plant Type and Antidesiccants Influence Longevity of Cut Pepper Stems for Floriculture Applications
In the floriculture trade, cut pepper (Capsicum annuum) stems are typically grown for their fruit to add color contrast to the foliage and blossoms of conventional floral arrangements. Stems are commonly stripped of foliage because leaves wilt rapidly. Three divergent plant types and commercial hydration protection spray products were evaluated to identify effective vase life treatments and new pepper lines that combine both fruit and foliar interest with an acceptable postharvest cut stem life. Three inbred US Department of Agriculture pepper breeding lines with a tall vigorous growth habit and black foliage were selected for evaluation as cut stems. Line 190-2 produced upright, tabasco-like fruit; 191-1 produced upright, clustered, round fruit; and 196-1 was fruitless. Three commercial spray treatments Crowning Glory (FLCG), Finishing Touch, and Aqua Finish Clear (AFC) were evaluated on treated cut stems stored at 10 and 23 °C. The pepper breeding line had the greatest influence on cut stem foliage and fruit vase life. The fruitless line, 196-1 exhibited an extended vase life in comparison with fruited lines. Cold storage extended the vase life of cut stems. FLCG reduced foliage vase life at 23 °C, and AFC extended foliage vase life of the fruitless line 196-1. Relative to foliage, fruit exhibited greater resistance to desiccation, with glossier fruit of 191-1 desiccating more rapidly than fruit of 190-2. Similar trends were noted when cut stems were stored at 10 °C for 7 days and moved to 23 °C. However, in 2022 trials, the vase life of 190-2 was shortened, and those of 191-1 and 196-1 were extended, highlighting the influence of preharvest factors on vase life. The results demonstrate that cut stems of new pepper lines with vigorous upright growth habits and black-pigmented foliage, together with diverse fruit morphology, provide innovative possibilities for stunning cut flower arrangements.
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来源期刊
Horttechnology
Horttechnology 农林科学-园艺
CiteScore
2.30
自引率
10.00%
发文量
67
审稿时长
3 months
期刊介绍: HortTechnology serves as the primary outreach publication of the American Society for Horticultural Science. Its mission is to provide science-based information to professional horticulturists, practitioners, and educators; promote and encourage an interchange of ideas among scientists, educators, and professionals working in horticulture; and provide an opportunity for peer review of practical horticultural information.
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