哥伦比亚巴博萨帕内拉6个甘蔗品种(Saccharum spp.)的农工业行为

Ayda Fernanda Barona Rodríguez, Eduar Yovany Antolinez Sandoval, Juan Gonzalo López Lopera, Carlos Arturo Viveros Valens, Javier Jiménez Vargas, J. Sánchez, Andrea Lizeth Ballesteros Araque, Germán Andrés Vargas Orozco
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引用次数: 0

摘要

:在哥伦比亚,甘蔗生产是仅次于咖啡的第二重要农业生产线,55%的总种植面积用于生产panela(非离心糖-NCS),这项任务在该国32个省中的29个省进行。目前正在种植的材料产量低,遗传质量下降,因此需要评估适应不同环境并高产的甘蔗新品种。考虑到上述情况,哥伦比亚农业研究公司Agrosavia于2018年11月至2020年5月在Barbosa(Santander,Colom bia)的农业生态条件下,对来自哥伦比亚甘蔗研究中心Cenicaña的6个用于panela生产的甘蔗品种(CC 11-600、CC 10-450、CC 99-2461、CC 00-3257、CC 91-1606和CC 00-3771)的农业-工业行为进行了评价;建立了一个随机的完全块体设计,其中四次重复用于农艺性能,三次重复用于工业评估。从农艺学角度来看,遗传物质平均株高2.81m,茎径2.8cm,双叶螟侵扰强度为10.66%,每公顷甘蔗118.92吨;对于工业变量,每公顷果汁中的平均值为21.06°Brix和12.78吨panela;根据NTC 1311:2009和社会保护部2006年第000779号决议的要求,对涉及panela质量的评估变量进行了调整。品种CC 11-600和CC 00-3267在第一个生产周期表现最好。
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Comportamiento agroindustrial de seis variedades de Caña de azúcar (Saccharum spp.) para Panela en Barbosa (Colombia)
: In Colombia, sugarcane production is the second most important line of agricultural production after coffee, 55% of the total cultivated area is dedicated to the production of panela (non-centrifuged sugar - NCS), a task that is carried out in 29 of the 32 departments of the country. Low yields and the loss of genetic quality of the materials current-ly being cultivated have brought about the need to evaluate new varieties of sugarcane that adapt to different environ-ments and have a high production of panela. Considering the above, between November 2018 and May 2020, by the Colombian Agricultural Research Corporation - Agrosavia, under the agroecological conditions of Barbosa (Santander, Colom-bia), the agroindustrial behavior of six sugarcane varieties for panela production (CC 11-600, CC 10-450, CC 99-2461, CC 00-3257, CC 91-1606 and CC 00-3771) from the Colombian sugarcane research center - Cenicaña were evaluated; A ran-domized complete block design was established with four repetitions for agronomic performance and three replicates for industrial evaluation. Agronomically, the genetic materials presented averages of 2.81 m to plant height, 2.8 cm stem diameter, percentage of Diatraea infestation intensity of 10.66% and 118.92 tons of cane per hectare; for the industrial variables, average values of 21.06 °Brix in juice and 12.78 tons of panela per hectare were found; the evaluated variables referring to panela quality were adjusted to those required in the NTC 1311: 2009 and Resolution 000779 of 2006 of the Ministry of Social Protection. Varieties CC 11-600 and CC 00-3267 showed the best agroindustrial performance in the first production cycle.
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