厄瓜多尔Jipijapa La Boca港减少气候变化影响的园艺生产矩阵创新

IF 0.3 Q4 MULTIDISCIPLINARY SCIENCES
Julio Gabriel-Ortega, Juan Delvalle-García, Jaime Padilla-Piloso, Nixon Pincay-Quijije, Fernando Ayón-Villao, Washington Narváez-Campana, Alfredo González-Vázquez
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引用次数: 4

摘要

2017年至2018年间,实施了一个开发温室蔬菜可持续生产技术替代品的项目,目的是创新园艺生产矩阵的变化,以帮助减少气候变化对厄瓜多尔吉皮贾帕拉博卡港地区的影响。为了实现这一目标,开展了各种活动,阐明了马纳比南部州立大学的三个实质性轴,如学术、研究和联系,并在同一所大学、波卡港农业工匠协会、权力下放自治政府和私营公司的参与下。实质性职能是通过开发知识和技术、加强生产者的能力、实现实地考察日、,以及学生(参与研究、专业前实践和联系)和教师系统地参与活动。取得的成果是开发了番茄(Alambra、Itaipu和Baikor)等技术产品,辣椒(Macantro和Tandara)和甜瓜(Kapaz和Kazik)的杂交种和方法[综合疾病管理(IDM)和综合蔬菜管理(MIV)]更为合适和及时,因为制定了基于四个基本原则的策略,如:a)系统性和接触性杀菌剂的交替,b)不施用系统性杀菌剂三次以上c)使用代替接触性杀菌剂的微生物(芽孢杆菌和/或木霉)和d)减少施用次数。向生产商提供了这些技术和方法,使他们能够获得更好的产品,并使他们有机会在差异化的市场利基(超市)中实现利润率更高的业务;以及加强生产者的知识、态度和做法
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Innovaciones en la matriz productiva hortícola para reducir el efecto del cambio climático en Puerto la Boca, Jipijapa, Ecuador
Between 2017 and 2018, a project on the development of technological alternatives for the sustainable production of greenhouse vegetables was implemented, with the aim of innovating the change in the horticultural production matrix to contribute to the reduction of the effect of climate change on the Puerto La Boca area, Jipijapa, Ecuador. In order to fulfill this objective, various activities were developed, articulating the three substantive axes of the State University of the South of Manabi, such as academia, research and linking, with the participation of the same university, the Agro-artisan Association of Puerto la Boca, the Decentralized Autonomous Government (DAG Municipal) and the private company. The substantive functions were articulated through the development of knowledge and technologies, the strengthening of the capacities of the producers, the realization of field days, as well as the systematic involvement of students (in research, pre-professional practices and bonding) and teachers in the activities The results achieved were the development of a technological offer such as tomato (Alambra, Itaipu and Baikor), pepper (Macantro and Tandara) and melon (Kapaz and Kazik) hybrids and methods [Integrated disease management (IDM) and management integrated vegetables (MIV)] more appropriate and timely as the development of a strategy based on four fundamental principles such as: a) The alternation of systemic and contact fungicides, b) non-application of the systemic fungicide more than three times c) the use of microorganisms (Bacillus and/or Trichoderma) that replace the contact fungicide and d) the reduction in the number of applications. These technologies and methodologies were made available to producers, so that they achieve better products and give them the opportunity to achieve business with better profitability margins in differentiated market niches (supermarkets); as well as the strengthening of the knowledge, attitudes and practices of the producers
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来源期刊
Journal of the Selva Andina Research Society
Journal of the Selva Andina Research Society MULTIDISCIPLINARY SCIENCES-
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