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High Tunnel Apricot Production in Frost-prone Northern New Mexico

机译:高隧道杏子生产在冰霜 - 普罗旺斯北方新墨西哥州

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摘要

Late frost is the number one issue challenging fruit production in northern New Mexico. We had apricot (Prunus armeniaca) trees in an open field planting at Alcalde, NM, and not a single fruit was harvested from 2001 through 2014. Apricot trees in surrounding communities produce sporadic crops. In 2012, we planted apricots in two 16 x 40-ft high tunnels (9.5-ft high point). Trees were trained to a spindle system in one high tunnel and an upright fruiting offshoot (UFO) system in the other, and there were identical plantings in the open field for each high tunnel. Supplemental heating was provided starting at blooming time. There were five cultivars planted in each high tunnel at 4 x 8-ft spacing in a randomized complete block design with two replications (rows) and two trees per cultivar in each plot. In 2015, relatively high yields were obtained from all cultivars. The average yields for the spindle system were (lb/tree): 'Puget Gold' (29.0), 'Harcot' (24.1), 'Golden Amber' (19.6), 'Chinese Apricot' (18.6), and 'Katy' (16.7). Yields for the UFO system were (lb/tree): 'Golden Amber' (18.6), 'Katy' (14.9), 'Puget Gold' (11.3), 'Chinese Apricot' (10.2), and 'Harcot' (8.6). On average across all cultivars, the UFO system produced 60% of the yield of the spindle system in 2015. A heating device is necessary for high tunnel apricot fruit production in northern New Mexico because trees normally bloom in early to late March, depending on the year, while frosts can continue until mid-May. In years like 2017 and 2018 with temperatures below 10 degrees F in late February/early March, some of the expanded flower buds were killed before bloom. On those cold nights, one 100-lb tank of propane may or may not be enough for 1 night's frost protection. Economically, it would not be feasible in those years. Only in years with a cool spring, late-blooming trees, and mild temperatures in April and May can high tunnel apricot production generate positive revenue with high, direct-market prices. High tunnel apricot production with heating devices is still risky and cannot guarantee a reliable crop in northern New Mexico or similar areas.
机译:霜冻是新墨西哥州北部果实生产挑战的第一款问题。我们在Alcalde,NM的开放田间种植杏(Prunus Armeniaca)树木,而不是从2001年到2014年收获的单一水果。周围社区的杏树产生散发性作物。在2012年,我们在两个16 x 40英尺高的隧道(9.5英尺高点)中种植了杏子。树木在一个高隧道中培训到主轴系统,另一个突出的果实系统(UFO)系统,每个高隧道的开放场都有相同的种植。在盛开的时间开始提供补充加热。每个高隧道中有五种品种在每种剧集中的随机完整块设计中以4×8英尺长的间隔,每种绘图有两种复制(行)和两棵树。 2015年,从所有品种中获得相对较高的产量。主轴系统的平均产量为(LB /树):'Puget Gold'(29.0),'Harcot'(24.1),'Golden Amber'(19.6),'中国杏'(18.6)和'凯蒂'( 16.7)。 UFO系统的产量为(LB /树):'Golden Amber'(18.6),'katy'(14.9),'Puget Gold'(11.3),'中国杏'(10.2)和'harcot'(8.6) 。平均所有品种,UFO系统于2015年生产了60%的主轴系统的产量。新墨西哥州北部的高隧道杏水果生产是一种加热装置,因为树木在3月底绽放,取决于一年,霜冻可以持续到5月中旬。在2017年和2018年的多年时间里,2月底/三月后的温度低于10摄氏度,在盛开之前有些扩张的花蕾被杀死。在那些寒冷的夜晚,一个100磅的丙烷罐可能或可能不够超过1晚的霜冻保护。在经济上,在那些年份不会是可行的。只有多年来,4月份的春天,盛开的树木和温和的温度,可能会产生高隧道杏产量,以高,直销价格产生积极的收入。带有加热装置的高隧道杏制作仍然有风险,无法保证新墨西哥州北部或类似地区的可靠作物。

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