Juan Luis Valenzuela, José Gregorio Díaz, M. C. Salas-Sanjuán
{"title":"Improvement in Productivity and Quality of Soilless Saffron Crops by Implementing Fertigation","authors":"Juan Luis Valenzuela, José Gregorio Díaz, M. C. Salas-Sanjuán","doi":"10.3390/agriengineering6020094","DOIUrl":null,"url":null,"abstract":"Saffron cultivation is important in global agriculture and is mainly flourishing in Mediterranean climates. Although it originated in Asia Minor, it is widely grown in regions such as Iran, India, Spain, Morocco, Greece, and Italy. Labour-intensive harvesting, mainly by hand, characterises its production and offers substantial employment opportunities in cultivating areas. However, traditional saffron-producing countries such as Spain, Italy, and Greece have witnessed declining production due to labour demands and competition from low-wage countries. Mechanization remains unfeasible due to the delicate nature of the plant. To revitalise saffron cultivation, efforts have been focused on reducing labour costs, improving productivity, and improving quality through innovative techniques, such as soilless crops. In this study, the productivity and quality of saffron was evaluated in a soilless culture and three fertigation doses were evaluated: a control, consisting of Sonneveld and Voogt’s standard nutrient solution, and two treatments with two supplemented solutions, 30% K and 30% Ca. The results indicated that the solution with 30% K obtained higher corm productivity, as well as better quality saffron, as all the products of this treatment were included in Category I according to the ISO 3632 standard, while the quality of saffron grown with the control solution was lower.","PeriodicalId":7846,"journal":{"name":"AgriEngineering","volume":"19 3","pages":""},"PeriodicalIF":0.0000,"publicationDate":"2024-06-05","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"AgriEngineering","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.3390/agriengineering6020094","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 0
Abstract
Saffron cultivation is important in global agriculture and is mainly flourishing in Mediterranean climates. Although it originated in Asia Minor, it is widely grown in regions such as Iran, India, Spain, Morocco, Greece, and Italy. Labour-intensive harvesting, mainly by hand, characterises its production and offers substantial employment opportunities in cultivating areas. However, traditional saffron-producing countries such as Spain, Italy, and Greece have witnessed declining production due to labour demands and competition from low-wage countries. Mechanization remains unfeasible due to the delicate nature of the plant. To revitalise saffron cultivation, efforts have been focused on reducing labour costs, improving productivity, and improving quality through innovative techniques, such as soilless crops. In this study, the productivity and quality of saffron was evaluated in a soilless culture and three fertigation doses were evaluated: a control, consisting of Sonneveld and Voogt’s standard nutrient solution, and two treatments with two supplemented solutions, 30% K and 30% Ca. The results indicated that the solution with 30% K obtained higher corm productivity, as well as better quality saffron, as all the products of this treatment were included in Category I according to the ISO 3632 standard, while the quality of saffron grown with the control solution was lower.
藏红花种植在全球农业中占有重要地位,主要在地中海气候条件下蓬勃发展。虽然藏红花起源于小亚细亚,但在伊朗、印度、西班牙、摩洛哥、希腊和意大利等地区广泛种植。劳动密集型采摘(主要是手工采摘)是藏红花生产的特点,为种植区提供了大量就业机会。然而,由于劳动力需求和来自低工资国家的竞争,西班牙、意大利和希腊等传统藏红花生产国的藏红花产量不断下降。由于藏红花植物的娇嫩特性,机械化仍然不可行。为了振兴藏红花种植,人们一直致力于通过无土栽培等创新技术降低劳动力成本、提高生产率和改善质量。在这项研究中,对无土栽培藏红花的生产率和质量进行了评估,并对三种施肥剂量进行了评估:一种是由 Sonneveld 和 Voogt 的标准营养液组成的对照组,另一种是两种添加了 30% K 和 30% Ca 的溶液的处理组。结果表明,添加 30% K 的溶液可获得更高的花蕾产量和更好的藏红花质量,因为根据 ISO 3632 标准,该处理的所有产品都属于 I 类,而使用对照溶液种植的藏红花质量较低。