巴西南部温室黑莓栽培品种的物候、产量和果实质量

José Luís Trevizan Chiomento, Eduardo Schaeffer Kusma, Tauane Caroline Floss, Thomas dos Santos Trentin, D. Silveira, A. A. Nienow
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摘要

了解在温室中种植的黑莓栽培品种的物候期、产量和果实质量,有助于种植者制定和/或改进果园管理。本研究旨在调查在温室中种植的黑莓品种的物候、产量和果实质量是否存在差异。处理为四个黑莓栽培品种('BRS Cainguá'、'BRS Tupy'、'BRS Xavante'和'BRS Xingu'),采用随机区组设计,四次重复,每小区三株。对其生长期、产量和果实质量进行了评估。BRS Xingu "比所有评估的物候期都起步早,被证明是最早进入果实收获期的品种。而'BRS Cainguá'的采收期最晚。BRS Xingu "的总产量最高,其次是纵径最大的 "BRS Cainguá "和横径最大的 "BRS Tupy"。果实质量不受栽培品种的影响。总之,四个黑莓栽培品种在温室中的物候和果实生产潜力方面存在差异。这使得生产的开始和结束时间可以错开 15 天左右。
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Phenology, production, and fruit quality of blackberry cultivars under greenhouse in southern Brazil
Knowing the phenology, production, and fruit quality of blackberry cultivars grown in greenhouses enables growers to develop and/or improve assertive orchard management. The aim of this study was to investigate whether phenology, production, and fruit quality differ among blackberry cultivars grown under greenhouse. The treatments were four blackberry cultivars (‘BRS Cainguá’, ‘BRS Tupy’, ‘BRS Xavante’, and ‘BRS Xingu’), arranged in a randomized block design, with four replications and three plants per plot. Phenology, production, and fruit quality were assessed. ‘BRS Xingu’ had an earlier start than all the phenological stages assessed, proving to be the earliest to achieve fruit harvest stage. ‘BRS Cainguá’ was the latest to harvest. ‘BRS Xingu’ showed the highest total production values, followed by ‘BRS Cainguá’, with the largest longitudinal diameter, and ‘BRS Tupy’, with the largest transverse diameter. Fruit quality was not influenced by the cultivars. In conclusion, the four blackberry cultivars differ in terms of phenology and fruit production potential under greenhouse. This allows production to be staggered around 15 days in terms of the start and end of the harvest.
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